mhurhangee/patent-ind-claim-en huggingface dataset:
Method for a communication network in a motor vehicle, wherein a communication in the communication network involves a data transmission being performed and the communication network has provision for at least two communication subscribers (5,5ʺ,7,9,11) that are combined to form communication paths, wherein the communication in the communication path takes place with the associated communication subscribers, and wherein the communication network has at least one firewall (3,3′,3′′′,3ʺʺ) for defending against attacks on the communication network , characterized in that the method comprises the following method steps: - ascertaining a maximum possible security assistance for each communication subscriber (5,5ʺ,7,9,11), wherein the maximum security assistance that the respective communication subscriber can provide to assist the at least one firewall (3,3′,3′′′,3ʺʺ) is ascertained, - distributing at least a part of the performance of security measures against an attack on the communication network over multiple communication subscribers (5,5ʺ,7,9,11) based on the maximum possible security assistances of the communication subscribers (5,5ʺ,7,9,11), and - matching the configuration of the at least one firewall (3,3′,3′′′,3ʺʺ) to the distribution of the security measures, so that the firewall (3,3′,3′′′,3ʺʺ) no longer performs that part of the performance of the security measures that is distributed over the multiple communication subscribers (5,5ʺ,7,9,11) . - ascertaining a maximum possible security assistance for each communication subscriber (5,5ʺ,7,9,11), wherein the maximum security assistance that the respective communication subscriber can provide to assist the at least one firewall (3,3′,3′′′,3ʺʺ) is ascertained, - distributing at least a part of the performance of security measures against an attack on the communication network over multiple communication subscribers (5,5ʺ,7,9,11) based on the maximum possible security assistances of the communication subscribers (5,5ʺ,7,9,11), and - matching the configuration of the at least one firewall (3,3′,3′′′,3ʺʺ) to the distribution of the security measures, so that the firewall (3,3′,3′′′,3ʺʺ) no longer performs that part of the performance of the security measures that is distributed over the multiple communication subscribers (5,5ʺ,7,9,11) . - matching the configuration of the at least one firewall (3,3′,3′′′,3ʺʺ) to the distribution of the security measures, so that the firewall (3,3′,3′′′,3ʺʺ) no longer performs that part of the performance of the security measures that is distributed over the multiple communication subscribers (5,5ʺ,7,9,11) .
A wear detection system comprising at least one consumable friction element and a transponder unit , wherein the transponder unit can communicate wirelessly with a transmitter-receiver unit, the transponder unit being disposed in the friction element, the friction element being a contact strip for transmitting electrical energy from a contact wire to a vehicle, characterized in that the wear detection system comprises a shield for shielding the transponder unit, a material of the contact strip forming the shield, wherein the shield can be eliminated by abrasion of a surface of the contact strip, the shield being configured in such a manner that the transponder unit can be at least partially shielded in such a manner by means of the shield as a function of a wear condition of the contact strip that communication between the transponder unit and the transmitter-receiver unit can be influenced.
Aircraft tyre , comprising a tread having an axial width L, the tread comprising: - a middle portion having an axial width L C at least equal to 50% and at most equal to 80% of the axial width L of the tread and consisting of a middle rubber composition, - and two lateral portions positioned axially on either side of the middle portion , each having an axial width (L S1 , L S2 ) at least equal to 10% and at most equal to 25% of the axial width L of the tread and each consisting of a lateral rubber composition, characterized in that the middle rubber composition comprises at least one elastomeric matrix, a reinforcing filler and a crosslinking system, said elastomeric matrix comprising from 25 to 85 parts by weight per hundred parts by weight of elastomer, phr, of a tin-functionalized butadiene and styrene copolymer and from 15 to 75 phr of isoprene elastomer, the total content of isoprene elastomer and of butadiene and of tin-functionalized butadiene and styrene copolymer in the middle rubber composition being within a range extending from 45 to 100 phr, in that at least one lateral rubber composition is different from the middle rubber composition, and in that the at least one lateral rubber composition comprises at least one diene elastomer, a reinforcing filler and a crosslinking system, which the diene elastomer predominantly comprises at least one isoprene elastomer. - a middle portion having an axial width L C at least equal to 50% and at most equal to 80% of the axial width L of the tread and consisting of a middle rubber composition, - and two lateral portions positioned axially on either side of the middle portion , each having an axial width (L S1 , L S2 ) at least equal to 10% and at most equal to 25% of the axial width L of the tread and each consisting of a lateral rubber composition, characterized in that the middle rubber composition comprises at least one elastomeric matrix, a reinforcing filler and a crosslinking system, said elastomeric matrix comprising from 25 to 85 parts by weight per hundred parts by weight of elastomer, phr, of a tin-functionalized butadiene and styrene copolymer and from 15 to 75 phr of isoprene elastomer, the total content of isoprene elastomer and of butadiene and of tin-functionalized butadiene and styrene copolymer in the middle rubber composition being within a range extending from 45 to 100 phr, in that at least one lateral rubber composition is different from the middle rubber composition, and in that the at least one lateral rubber composition comprises at least one diene elastomer, a reinforcing filler and a crosslinking system, which the diene elastomer predominantly comprises at least one isoprene elastomer.
An absorbent article comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and the backsheet, the topsheet having a first side and a second side , the first side being a body-facing side and the second side being in fluid communication with the absorbent core, said topsheet further characterized by : a. being a laminate of a second relatively hydrophobic web and a first relatively hydrophilic nonwoven web ; b. said relatively hydrophilic nonwoven web extending through said relatively hydrophobic web and being disposed on both of said sides of said topsheet ; c. the first side of the topsheet comprising a plurality of discrete tufts comprising fibers from said relatively hydrophilic nonwoven web, d. wherein said absorbent article exhibits a rewet value of less than 94 mg, and a fluid acquisition rate of at least 0.10 ml/sec when tested by the Gush Acquisition and Rewet Test Method, as measured with the method described herein. a. being a laminate of a second relatively hydrophobic web and a first relatively hydrophilic nonwoven web ; b. said relatively hydrophilic nonwoven web extending through said relatively hydrophobic web and being disposed on both of said sides of said topsheet ; c. the first side of the topsheet comprising a plurality of discrete tufts comprising fibers from said relatively hydrophilic nonwoven web, d. wherein said absorbent article exhibits a rewet value of less than 94 mg, and a fluid acquisition rate of at least 0.10 ml/sec when tested by the Gush Acquisition and Rewet Test Method, as measured with the method described herein.
Electronic pacemaker for implantation in a body of a living being and for controlling a bodily function, wherein the pacemaker comprises: an electrode portion that is, according to its intended purpose, to be attached to a body portion; an electronics assembly connected with the electrode portion , configured to generate an impulse, in particular a voltage impulse, and to emit the same via the electrode portion to the body portion to control the bodily function; an energy storage to supply the electronics assembly with electrical energy which can be recharged with electrical energy after discharge; and a charging impulse generation portion electrically connected to the energy storage , which is configured to be able to emit a charging impulse to the energy storage for the recharging of the energy storage ; wherein the charging impulse generation portion comprises a magnetization portion with oriented magnetic domains which can be contactlessly influenced by an changing magnetic field so that, when a certain field strength is reached, a remagnetization wave, caused by the continuously reversing magnetic domains, occurs in the magnetization portion which runs across the magnetization portion and leads to the generation of the charging impulse; and the electronics assembly of the electronic pacemaker is configured to send out a signal that indicates the quality of the charging impulse. an electrode portion that is, according to its intended purpose, to be attached to a body portion; an electronics assembly connected with the electrode portion , configured to generate an impulse, in particular a voltage impulse, and to emit the same via the electrode portion to the body portion to control the bodily function; an energy storage to supply the electronics assembly with electrical energy which can be recharged with electrical energy after discharge; and a charging impulse generation portion electrically connected to the energy storage , which is configured to be able to emit a charging impulse to the energy storage for the recharging of the energy storage ; wherein the charging impulse generation portion comprises a magnetization portion with oriented magnetic domains which can be contactlessly influenced by an changing magnetic field so that, when a certain field strength is reached, a remagnetization wave, caused by the continuously reversing magnetic domains, occurs in the magnetization portion which runs across the magnetization portion and leads to the generation of the charging impulse; and the electronics assembly of the electronic pacemaker is configured to send out a signal that indicates the quality of the charging impulse.
A bimodal polymerization catalyst system comprising: a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of Formula I: where R 4 is independently a C 1 to C 20 alkyl, aryl or aralkyl group or a hydrogen, where R 3 is a C 1 to C 20 alkyl, aryl or aralkyl group, and where each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen, and where: R 1 and R 2 of Formula I together, with the carbon atoms to which they are bonded, form a cycloalkyl group. a non-metallocene olefin polymerization catalyst; and a zirconocene catalyst of Formula I: where R 4 is independently a C 1 to C 20 alkyl, aryl or aralkyl group or a hydrogen, where R 3 is a C 1 to C 20 alkyl, aryl or aralkyl group, and where each X is independently a halide, C 1 to C 20 alkyl, aralkyl group or hydrogen, and where: R 1 and R 2 of Formula I together, with the carbon atoms to which they are bonded, form a cycloalkyl group.
A method for generating responses during a conversation between a user and a chatbot, comprising: receiving , during the conversation between the user and the chatbot, a first sound input in the conversation; extracting a first audio attribute from the first sound input, wherein the first audio attribute indicates a first condition of the user; determining an initial audio attribute of the user from a user profile, wherein the initial audio attribute indicates an initial condition of the user; determining, before receiving a second sound input in the conversation, a difference between the first audio attribute and the initial audio attribute, wherein the difference indicates an initial condition change of the user from the initial condition to the first condition; generating a response to the first sound input based at least on the initial condition change; receiving , during the conversation between the user and the chatbot, the second sound input in the conversation; extracting a second audio attribute from the second sound input, wherein the second audio attribute indicates a second condition of a user; determining a difference between the second audio attribute and the first audio attribute, wherein the difference indicates a condition change of the user from the first condition to the second condition; and generating a response to the second sound input based at least on the condition change. receiving , during the conversation between the user and the chatbot, a first sound input in the conversation; extracting a first audio attribute from the first sound input, wherein the first audio attribute indicates a first condition of the user; determining an initial audio attribute of the user from a user profile, wherein the initial audio attribute indicates an initial condition of the user; determining, before receiving a second sound input in the conversation, a difference between the first audio attribute and the initial audio attribute, wherein the difference indicates an initial condition change of the user from the initial condition to the first condition; generating a response to the first sound input based at least on the initial condition change; receiving , during the conversation between the user and the chatbot, the second sound input in the conversation; extracting a second audio attribute from the second sound input, wherein the second audio attribute indicates a second condition of a user; determining a difference between the second audio attribute and the first audio attribute, wherein the difference indicates a condition change of the user from the first condition to the second condition; and generating a response to the second sound input based at least on the condition change.
A computer-implemented method comprising: intercepting an email in transit to an email server ; performing an initial analysis of the email; based on the initial analysis: generating at least one unique link (302-304, 352) for reporting suspicious content associated with the email; and generating an email warning tag comprising text information and the at least one unique link (302-304, 352) for reporting the suspicious content associated with the email; injecting the email warning tag into the email, wherein injecting the email warning tag into the email produces a modified email comprising content from the email and the email warning tag ; sending the modified email comprising the content from the email and the email warning tag to the email server ; receiving , from a user device (130A-B) associated with an email address specified by the email, a selection of the at least one unique link in the email warning tag ; identifying, based on information in the at least one unique link, a particular organization associated with the email; retrieving an email policy associated with the organization; and performing a further analysis on the email in response to the selection of the at least one unique link, wherein the further analysis is more computationally intensive than the initial analysis and is based on the email policy associated with the organization. intercepting an email in transit to an email server ; performing an initial analysis of the email; based on the initial analysis: generating at least one unique link (302-304, 352) for reporting suspicious content associated with the email; and generating an email warning tag comprising text information and the at least one unique link (302-304, 352) for reporting the suspicious content associated with the email; generating at least one unique link (302-304, 352) for reporting suspicious content associated with the email; and generating an email warning tag comprising text information and the at least one unique link (302-304, 352) for reporting the suspicious content associated with the email; injecting the email warning tag into the email, wherein injecting the email warning tag into the email produces a modified email comprising content from the email and the email warning tag ; sending the modified email comprising the content from the email and the email warning tag to the email server ; receiving , from a user device (130A-B) associated with an email address specified by the email, a selection of the at least one unique link in the email warning tag ; identifying, based on information in the at least one unique link, a particular organization associated with the email; retrieving an email policy associated with the organization; and performing a further analysis on the email in response to the selection of the at least one unique link, wherein the further analysis is more computationally intensive than the initial analysis and is based on the email policy associated with the organization.
Method for connecting information sources, said information sources being referenced in an information container and source base , wherein information containers generated from said information sources are manipulated, by one or more operators during a session, using a device enabling the operators to perform operations on the information containers, an information container corresponding to a form of unitary presentation of information, for the use of an operator, offering a visual representation of numerical information, said method being characterised in that : - any operation performed by an operator on an information container and belonging to a type of operation on the information containers identified in a nomenclature of predefined operations , is recorded by the device in a register of the operations on the information containers of a digital processing system of said device; and in that : - a processing of the register of operations by the digital processing system determines relational links between the information sources . - any operation performed by an operator on an information container and belonging to a type of operation on the information containers identified in a nomenclature of predefined operations , is recorded by the device in a register of the operations on the information containers of a digital processing system of said device; - a processing of the register of operations by the digital processing system determines relational links between the information sources .
An adhesive sheet for adhesion to the skin, comprising an adhesive layer formed on a support, wherein the adhesive layer comprises at least a thermoplastic elastomer, and a non-volatile hydrocarbon oil in an amount exceeding 50 parts by weight and not more than 800 parts by weight per 100 parts by weight of the elastomer, and the thermoplastic elastomer is a mixture of a triblock copolymer and a diblock copolymer, wherein the content of the diblock copolymer in the mixture is not less than 20 wt%, and wherein the non-volatile hydrocarbon oil has a kinematic viscosity of not less than 80 mm 2 /s at 40°C, wherein the content of the thermoplastic elastomer in the adhesive layer is not less than 8 wt% and not more than 66 wt%, wherein the thermoplastic elastomer is a mixture of a styrene-isoprene-styrene block copolymer and a styrene-isoprene block copolymer, and wherein the adhesive layer optionally further comprises a tackifier, and the content of the tackifier in the adhesive layer is not more than 2 wt%, and wherein, when the adhesive layer comprises the tackifier, the tackifier is selected from the group consisting of rosin-based resin, polyterpene resin, cumarone-indene resin, petroleum-based resin, terpene-phenol resin, and alicyclic saturated hydrocarbon resin. the adhesive layer comprises at least a thermoplastic elastomer, and a non-volatile hydrocarbon oil in an amount exceeding 50 parts by weight and not more than 800 parts by weight per 100 parts by weight of the elastomer, and the thermoplastic elastomer is a mixture of a triblock copolymer and a diblock copolymer, wherein the content of the diblock copolymer in the mixture is not less than 20 wt%, and wherein the non-volatile hydrocarbon oil has a kinematic viscosity of not less than 80 mm 2 /s at 40°C, wherein the content of the thermoplastic elastomer in the adhesive layer is not less than 8 wt% and not more than 66 wt%, wherein the thermoplastic elastomer is a mixture of a styrene-isoprene-styrene block copolymer and a styrene-isoprene block copolymer, and wherein the adhesive layer optionally further comprises a tackifier, and the content of the tackifier in the adhesive layer is not more than 2 wt%, and wherein, when the adhesive layer comprises the tackifier, the tackifier is selected from the group consisting of rosin-based resin, polyterpene resin, cumarone-indene resin, petroleum-based resin, terpene-phenol resin, and alicyclic saturated hydrocarbon resin.
A dynamic strain sensor (10; 60; 70; 92) comprising: a strain sensitive transistor (38; 41; 71) to monitor strain along a surface, the sensitive transistor (38; 41; 71) comprising: a substrate (12; 42; 64) for attachment to the surface; a gate metal electrode (14; 44; 68) coupled to the substrate (12; 42; 64); a piezoelectric layer (16; 46; 66); and a semiconductor layer (18; 48; 75), wherein the piezoelectric layer (16; 46; 66) is positioned between the gate metal electrode (14; 44; 68) and the semiconductor layer (18; 48; 75); a source metal electrode (20; 50; 72) in direct contact with a first portion of the semiconductor layer (18; 48; 75) and a first portion of the piezoelectric layer (16; 46; 66); and a drain metal electrode (22; 52; 74) in direct contact with a second portion of the semiconductor layer (18; 48; 75) and a second portion of the piezoelectric layer (16; 46; 66); an isolator layer (24; 54; 72) deposited onto the semiconductor layer (18; 48; 75), a portion of the source electrode metal (20; 50; 72), and a portion of the drain electrode metal (22; 52; 74); and a light emitting diode (40; 73) coupled to the isolator layer (24; 54; 75) and a portion of the drain source electrode (20; 50; 72) to form the dynamic strain sensor (10; 60; 70; 92). a substrate (12; 42; 64) for attachment to the surface; a gate metal electrode (14; 44; 68) coupled to the substrate (12; 42; 64); a piezoelectric layer (16; 46; 66); and a semiconductor layer (18; 48; 75), wherein the piezoelectric layer (16; 46; 66) is positioned between the gate metal electrode (14; 44; 68) and the semiconductor layer (18; 48; 75); a source metal electrode (20; 50; 72) in direct contact with a first portion of the semiconductor layer (18; 48; 75) and a first portion of the piezoelectric layer (16; 46; 66); and a drain metal electrode (22; 52; 74) in direct contact with a second portion of the semiconductor layer (18; 48; 75) and a second portion of the piezoelectric layer (16; 46; 66); an isolator layer (24; 54; 72) deposited onto the semiconductor layer (18; 48; 75), a portion of the source electrode metal (20; 50; 72), and a portion of the drain electrode metal (22; 52; 74); and a light emitting diode (40; 73) coupled to the isolator layer (24; 54; 75) and a portion of the drain source electrode (20; 50; 72) to form the dynamic strain sensor (10; 60; 70; 92).