mhurhangee/patent-ind-claim-en huggingface dataset:
A curable adhesive composition precursor, comprising a first part (A) comprising (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; a second part (B) comprising (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds. a first part (A) comprising (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; (i) at least one first epoxy curating agent selected from diamines; (ii) at least one second epoxy curing agent selected from phenalkamides and/or phenalkamines; (iii) at least one first curing aid selected from metal salt hydrates; (iv) at least one second curing aid selected from phenolic amines; a second part (B) comprising (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds. (i) at least one epoxy resin; (ii) at least one first impact modifier; (iii) at least one second impact modifier different from the at least one first impact modifier; (iv) at least one amphoteric corrosion inhibitor selected from phosphonate compounds and phosphosilicate compounds.
A method comprising: establishing a secure communication tunnel between an application running on a mobile device and an identity provider gateway device ; receiving, by the identity provider gateway device, from the application running on the mobile device, and via the secure communication tunnel, an authentication request comprising a client certificate; extracting, by the identity provider gateway device, and from the client certificate, a device identifier associated with the mobile device; transmitting, by the identity provider gateway device, and to a device management server , a request to determine whether the mobile device is compliant with security policies, wherein the request to determine whether the mobile device is compliant with security policies comprises the device identifier associated with the mobile device; in response to transmitting the request to determine whether the mobile device is compliant with security policies, receiving, by the identity provider gateway device, and from the device management server, an indication of whether the mobile device is compliant with security policies; and determining, by the identity provider gateway device, and based on the indication of whether the mobile device is compliant with security policies, whether to grant the application running on the mobile device access to a service associated with the application running on the mobile device. establishing a secure communication tunnel between an application running on a mobile device and an identity provider gateway device ; receiving, by the identity provider gateway device, from the application running on the mobile device, and via the secure communication tunnel, an authentication request comprising a client certificate; extracting, by the identity provider gateway device, and from the client certificate, a device identifier associated with the mobile device; transmitting, by the identity provider gateway device, and to a device management server , a request to determine whether the mobile device is compliant with security policies, wherein the request to determine whether the mobile device is compliant with security policies comprises the device identifier associated with the mobile device; in response to transmitting the request to determine whether the mobile device is compliant with security policies, receiving, by the identity provider gateway device, and from the device management server, an indication of whether the mobile device is compliant with security policies; and determining, by the identity provider gateway device, and based on the indication of whether the mobile device is compliant with security policies, whether to grant the application running on the mobile device access to a service associated with the application running on the mobile device.
A radio frequency filter apparatus comprising: an elongate hollow body portion having an inner side and an outer side ; an iris structure on the inner side of the body portion ; and a stiffening structure on the outer side of the body portion aligned with the iris structure , the stiffening structure including a lattice forming a plurality of triangular openings, wherein the body portion , iris structure , and stiffening structure are additively manufactured as a single unit. an elongate hollow body portion having an inner side and an outer side ; an iris structure on the inner side of the body portion ; and a stiffening structure on the outer side of the body portion aligned with the iris structure , the stiffening structure including a lattice forming a plurality of triangular openings, wherein the body portion , iris structure , and stiffening structure are additively manufactured as a single unit.
A header- tank assembly for a fluid, comprising: - a header comprising a plurality of openings to receive tubes, - a cover configured to be assembled with the header to form a channel for a fluid, - a first baffle forming an end wall for the fluid channel at an end of the header , - a second baffle comprising at least one opening configured to provide a fluidal communication between the header-tank assembly and a fluid loop, - a distribution device located between the first baffle and the second baffle , the distribution device further comprising open ends, wherein at least one open end of the distribution device is in a contact with the first baffle and the other is fluidly connected with the first opening , characterised in that the first baffle comprises a sealing portion configured to be fixed to the open end of the distribution device to form a fluid- tight connection blocking the exit of the fluid from the open end of the distribution device , wherein the header- tank assembly comprises two pairs of baffles , each pair for a cover , the baffles of a pair are configured to be located at the opposite ends of the cover and wherein the sealing portion comprises a sloping portion configured to form an additional orifice at least in-line with the outline of the sealing portion . - a header comprising a plurality of openings to receive tubes, - a cover configured to be assembled with the header to form a channel for a fluid, - a first baffle forming an end wall for the fluid channel at an end of the header , - a second baffle comprising at least one opening configured to provide a fluidal communication between the header-tank assembly and a fluid loop, - a distribution device located between the first baffle and the second baffle , the distribution device further comprising open ends, wherein at least one open end of the distribution device is in a contact with the first baffle and the other is fluidly connected with the first opening ,
An indicator for management of a filter cartridge for a filtering bottle , the bottle comprising a container comprising a neck , a filter cartridge placed in the neck and extending into the container of the filtering bottle , and a cap screwed onto the neck of the container of the filtering bottle and holding the filter cartridge in the neck of the container , the cap comprising a coat extending around said cap and resting on the surface of the container , characterized in that the indicator comprises a first ring , a second ring , wherein the second ring is arranged coaxially on the first ring along the main axis extending through the central openings of the first and the second rings , wherein the first and the second rings are rotatable relative to each other around the main axis, wherein one of the rings comprises markings related to the filter cartridge arranged around said ring and defining a time unit, and wherein the other of the rings comprises an indicating element for indicating the selected marking related to the filter cartridge by rotating one of the rings relative to the other ring , wherein the indicator for management of the filter cartridge is adapted to be mounted around the neck of the container of the filtering bottle under the coat of the cap , and wherein, when the indicator is mounted, the neck of the container of the filtering bottle extends through the central openings of the first and the second rings of the indicator , the indicator embraces the neck of the container of the filtering bottle , and the first ring of the indicator rests on the container around the neck . a first ring , a second ring , wherein the second ring is arranged coaxially on the first ring along the main axis extending through the central openings of the first and the second rings , wherein the first and the second rings are rotatable relative to each other around the main axis, wherein one of the rings comprises markings related to the filter cartridge arranged around said ring and defining a time unit, and wherein the other of the rings comprises an indicating element for indicating the selected marking related to the filter cartridge by rotating one of the rings relative to the other ring , wherein the indicator for management of the filter cartridge is adapted to be mounted around the neck of the container of the filtering bottle under the coat of the cap , and wherein, when the indicator is mounted, the neck of the container of the filtering bottle extends through the central openings of the first and the second rings of the indicator , the indicator embraces the neck of the container of the filtering bottle , and the first ring of the indicator rests on the container around the neck .
A maintenance monitoring system for an in-vitro diagnostics (IVD) system , comprising: an automation system comprising: a track and a plurality of carriers, each carrier having one or more magnets in a base of each carrier , and a plurality of coil boards mounted to the track , each board comprising one or more magnetic coils arranged along the longitudinal direction of the track and configured to selectively engage the one or more magnets in the base of each carrier and at least one sensor , wherein the magnetic coils can be activated in sequence to provide a linear motor in conjunction with the carrier magnets to traverse carriers along the track , wherein the at least one sensor of each coil board comprises at least one Hall effect sensor monitoring magnetic field strength; at least one controller coupled to each of the plurality of coil boards , the at least one controller configured to selectively activate the magnetic coils of each coil board and to collect sensor data from each sensor of each coil board ; and characterized in that : the automation system comprises at least one processor configured to store the sensor data including the Hall effect sensor data in memory , analyze the Hall effect sensor data to identify any coil boards that are performing outside normal parameters from the Hall effect sensor data, and generate an alert for an operator automatically if any such coil boards have been identified. a track and a plurality of carriers, each carrier having one or more magnets in a base of each carrier , and a plurality of coil boards mounted to the track , each board comprising one or more magnetic coils arranged along the longitudinal direction of the track and configured to selectively engage the one or more magnets in the base of each carrier and at least one sensor , wherein the magnetic coils can be activated in sequence to provide a linear motor in conjunction with the carrier magnets to traverse carriers along the track , wherein the at least one sensor of each coil board comprises at least one Hall effect sensor monitoring magnetic field strength; at least one controller coupled to each of the plurality of coil boards , the at least one controller configured to selectively activate the magnetic coils of each coil board and to collect sensor data from each sensor of each coil board ; and characterized in that : the automation system comprises at least one processor configured to store the sensor data including the Hall effect sensor data in memory , analyze the Hall effect sensor data to identify any coil boards that are performing outside normal parameters from the Hall effect sensor data, and generate an alert for an operator automatically if any such coil boards have been identified.
A method, comprising: receiving , by a server , a request to share a first voice profile corresponding to a first user account associated with a first device (102-108), with a second device (102-108) associated with a second user account, the second device being voice-enabled, the first voice profile being stored on a first data store associated with the first user account; characterized by updating , by the server , a second data store associated with the second user account to include a reference to the first voice profile stored on the first data store; and sending , by the server and to the second device (102-108), a notification that the second data store has been updated to include the reference to the first voice profile. receiving , by a server , a request to share a first voice profile corresponding to a first user account associated with a first device (102-108), with a second device (102-108) associated with a second user account, the second device being voice-enabled, the first voice profile being stored on a first data store associated with the first user account; characterized by updating , by the server , a second data store associated with the second user account to include a reference to the first voice profile stored on the first data store; and sending , by the server and to the second device (102-108), a notification that the second data store has been updated to include the reference to the first voice profile.
A pane-like article comprising a pane-like substrate , wherein the substrate comprises a glass or a glass ceramic material, characterized in that in a portion of the pane-like article , the pane-like article has a reflectance of electromagnetic radiation in a wavelength range from 1.5 μm to 10 μm of about at least 10 %, and a microwave leakage of less than 80 mW/cm 2 , preferably less than 50 mW/cm 2 , more preferably less 10 mW/cm 2 , and most preferably less than 5 mW/cm 2 . wherein the substrate comprises a glass or a glass ceramic material, characterized in that in a portion of the pane-like article , the pane-like article has a reflectance of electromagnetic radiation in a wavelength range from 1.5 μm to 10 μm of about at least 10 %, and a microwave leakage of less than 80 mW/cm 2 , preferably less than 50 mW/cm 2 , more preferably less 10 mW/cm 2 , and most preferably less than 5 mW/cm 2 .
A method performed by a network apparatus of a telecommunications network , the method comprising: receiving a cell update message provided by a mobile terminal during performance of a cell update procedure; determining that the mobile terminal has applied an updated security configuration in an instance in which the cell update message includes a security configuration information element indicating that the mobile terminal has applied the updated security configuration; and determining that the mobile terminal has reverted to a prior security configuration in an instance in which the cell update message includes the security configuration information element indicating that the mobile terminal has reverted to the prior security configuration. receiving a cell update message provided by a mobile terminal during performance of a cell update procedure; determining that the mobile terminal has applied an updated security configuration in an instance in which the cell update message includes a security configuration information element indicating that the mobile terminal has applied the updated security configuration; and
An apparatus to facilitate synchronization for machine learning at autonomous machines, the apparatus comprising: one or more processing devices including a graphics processor comprising a thread scheduler and multiple streaming multiprocessors, SMs, each SM having a plurality of compute elements and a shared local memory, SLM; multiple dies, wherein each die represents a processing device of the one or more processing devices; detection logic configured to detect thread groups relating to machine learning associated with the one or more processing devices; barrier logic configured to control barrier synchronization of the thread groups across the multiple dies such that each thread in a thread group is scheduled across a set of compute elements associated with the multiple dies; and preempting and scheduling logic configured to schedule a thread group across multiple streaming multiprocessors, SMs, if the thread group does not use any barrier or a shared local memory, SLM, and if the thread group uses an amount of SLM space which is not deemed critical to system performance, the preempting and scheduling logic is configured to facilitate the thread scheduler to map said SLM space to a global memory and subsequently schedule said thread group across the multiple SMs. one or more processing devices including a graphics processor comprising a thread scheduler and multiple streaming multiprocessors, SMs, each SM having a plurality of compute elements and a shared local memory, SLM; multiple dies, wherein each die represents a processing device of the one or more processing devices; detection logic configured to detect thread groups relating to machine learning associated with the one or more processing devices; barrier logic configured to control barrier synchronization of the thread groups across the multiple dies such that each thread in a thread group is scheduled across a set of compute elements associated with the multiple dies; and preempting and scheduling logic configured to schedule a thread group across multiple streaming multiprocessors, SMs, if the thread group does not use any barrier or a shared local memory, SLM, and if the thread group uses an amount of SLM space which is not deemed critical to system performance, the preempting and scheduling logic is configured to facilitate the thread scheduler to map said SLM space to a global memory and subsequently schedule said thread group across the multiple SMs.
A method for establishing channels for a passive optical network, called a PON, the method being applied to one optical network unit, called a ONU, side, and being characterized by comprising: sending , after receiving registration messages sent from an optical line terminal, called an OLT, messages respectively responding to all of the intercepted registration messages to the OLT, wherein each of the messages respectively responding to all of the intercepted registration messages comprises first parameter information for defining self-uniqueness, and the first parameter information for defining self-uniqueness is used for defining a binding relationship for establishing plural channels with the OLT; and completing establishment of the plural channels according to a channel usage command sent from the OLT, wherein the channel usage command comprises multiple pieces of channel identification information allocated by the OLT, and wherein each of the plural channels uses one downlink wavelength and one uplink wavelength. sending , after receiving registration messages sent from an optical line terminal, called an OLT, messages respectively responding to all of the intercepted registration messages to the OLT, wherein each of the messages respectively responding to all of the intercepted registration messages comprises first parameter information for defining self-uniqueness, and the first parameter information for defining self-uniqueness is used for defining a binding relationship for establishing plural channels with the OLT; and completing establishment of the plural channels according to a channel usage command sent from the OLT, wherein the channel usage command comprises multiple pieces of channel identification information allocated by the OLT, and wherein each of the plural channels uses one downlink wavelength and one uplink wavelength.
A method for accessing a field device which is connected to a field bus adapted for an Industrial Ethernet protocol, comprising the steps of: - transmitting a request from a web browser to a web server implemented in the field device , said web browser being executed in an operation device connected to the field bus, - processing the received request in the field device by using a protocol stack of the Industrial Ethernet protocol, said protocol stack being stored in the field device , wherein the processing of the received request in the field device comprises forwarding the request from the web server , via the protocol stack of the Industrial Ethernet protocol, to an application interface which is connected to a device application executed in the field device, and transmitting a response to the request from the application interface to the web server via the protocol stack of the Industrial Ethernet protocol, wherein the application interface comprises an individual logical interface associated with the web server and the web server acts as an Industrial Ethernet client vis-a-vis the application interface , and - transmitting response information from the web server to the web browser . - transmitting a request from a web browser to a web server implemented in the field device , said web browser being executed in an operation device connected to the field bus, - processing the received request in the field device by using a protocol stack of the Industrial Ethernet protocol, said protocol stack being stored in the field device , wherein the processing of the received request in the field device comprises forwarding the request from the web server , via the protocol stack of the Industrial Ethernet protocol, to an application interface which is connected to a device application executed in the field device, and transmitting a response to the request from the application interface to the web server via the protocol stack of the Industrial Ethernet protocol, wherein the application interface comprises an individual logical interface associated with the web server and the web server acts as an Industrial Ethernet client vis-a-vis the application interface , and - transmitting response information from the web server to the web browser .