mhurhangee/patent-ind-claim-en huggingface dataset:
An exhaust after treatment system for a vehicle, comprising an exhaust outlet pipe , having a first end that is connectable to a vehicle engine , for receiving exhaust gases from said vehicle engine, and having an outlet opening at a second end , arranged to eject the outlet gases, a catalytic converter , connected to the exhaust outlet pipe , and an electric heater element which is in heat exchanging contact with the catalytic converter and adapted for pre-heating the catalytic converter , a gas pump , which is with an inlet connected to the exhaust outlet pipe section at or near the first end , the heater element being positioned downstream of the catalytic converter with respect to the first end , and the exhaust after treatment system being adapted to, upon the vehicle being started, switch on the heater element and the pump to pump gases from the second end , in_the direction of the first end of the exhaust outlet pipe , through the catalytic converter for a pre-set period of time prior to passing exhaust gases from the engine towards the outlet opening at the second end ., an exhaust outlet pipe , having a first end that is connectable to a vehicle engine , for receiving exhaust gases from said vehicle engine, and having an outlet opening at a second end , arranged to eject the outlet gases, a catalytic converter , connected to the exhaust outlet pipe , and an electric heater element which is in heat exchanging contact with the catalytic converter and adapted for pre-heating the catalytic converter , a gas pump , which is with an inlet connected to the exhaust outlet pipe section at or near the first end , the heater element being positioned downstream of the catalytic converter with respect to the first end , and the exhaust after treatment system being adapted to, upon the vehicle being started, switch on the heater element and the pump to pump gases from the second end , in_the direction of the first end of the exhaust outlet pipe , through the catalytic converter for a pre-set period of time prior to passing exhaust gases from the engine towards the outlet opening at the second end .,
Method for determining a first parameter (SOH) representative of the state of aging of an electrochemical battery of a battery system, the method being executed by a control unit of the battery system and comprising the following successive steps: - the continuous measurement of a voltage signal, Uacc(t), at the terminals of the battery in relaxation as a function of the time elapsed, - the estimation of the first aging state parameter dependent on said measured voltage signal, said method being characterized in that it further comprises: - the calculation continuously during the relaxation of the battery of a logarithmic signal (SF) of the voltage depending on said voltage signal Uacc(t) as a function of the value in logarithmic form of the time elapsed from of the first moment (t0), - a calculation step of a modeling function (MSF) of the logarithmic signal (SF) as a function of the values of the logarithmic signal (SF), - the calculation of a second parameter (Vac) representative of the speed of evolution of the modeling function (MSF) of the logarithmic signal (SF) during relaxation, said speed of evolution being representative of the speed autocatalysis of the battery during a relaxation phase, - the estimation of the first aging state parameter as a function of the second parameter (Vac) and of a predetermined map, said map being recorded in the memory of the control unit and providing a predetermined value of the first parameter aging state as a function of the value of the second parameter (Vac). - the continuous measurement of a voltage signal, Uacc(t), at the terminals of the battery in relaxation as a function of the time elapsed, - the estimation of the first aging state parameter dependent on said measured voltage signal, - the calculation continuously during the relaxation of the battery of a logarithmic signal (SF) of the voltage depending on said voltage signal Uacc(t) as a function of the value in logarithmic form of the time elapsed from of the first moment (t0), - a calculation step of a modeling function (MSF) of the logarithmic signal (SF) as a function of the values of the logarithmic signal (SF), - the calculation of a second parameter (Vac) representative of the speed of evolution of the modeling function (MSF) of the logarithmic signal (SF) during relaxation, said speed of evolution being representative of the speed autocatalysis of the battery during a relaxation phase, - the estimation of the first aging state parameter as a function of the second parameter (Vac) and of a predetermined map, said map being recorded in the memory of the control unit and providing a predetermined value of the first parameter aging state as a function of the value of the second parameter (Vac).
A method for provisioning an unregistered cable modem (101-104) in a cable operator network comprising a computer connected to the unregistered cable modem, a dynamic host configuration protocol (DHCP) server , a spoofing domain name system (DNS) server and a non-spoofing DNS server , a captive portal application , and a trivial file transfer protocol (TFTP) server , the method comprising the steps of: the unregistered cable modem (101-104) obtaining a first configuration file for an unregistered cable modem comprising a configuration, rebooting, and activating the configuration; the computer communicating with the cable operator network via the unregistered cable modem; the computer obtaining a plurality of computer configuration parameters comprising an IP address of the spoofing DNS server from the DHCP server ; answering, by the spoofing DNS server , an HTTP request from the computer with an IP address associated with the captive portal application; obtaining, by the captive portal, an activation code from the computer; verifying, by the captive portal, the activation code; and if the activation code is correct, the TFTP server generating a second configuration file for the unregistered cable modem based at least in part on a subscription type for the unregistered cable modem; forcing, by the captive portal, the cable modem to reboot; and answering by the DHCP server a handshake from the cable modem with the configuration parameters comprising the location of the second configuration file, wherein the activation code is provided by the cable operator. the unregistered cable modem (101-104) obtaining a first configuration file for an unregistered cable modem comprising a configuration, rebooting, and activating the configuration; the computer communicating with the cable operator network via the unregistered cable modem; the computer obtaining a plurality of computer configuration parameters comprising an IP address of the spoofing DNS server from the DHCP server ; answering, by the spoofing DNS server , an HTTP request from the computer with an IP address associated with the captive portal application; obtaining, by the captive portal, an activation code from the computer; verifying, by the captive portal, the activation code; and if the activation code is correct, the TFTP server generating a second configuration file for the unregistered cable modem based at least in part on a subscription type for the unregistered cable modem; forcing, by the captive portal, the cable modem to reboot; and answering by the DHCP server a handshake from the cable modem with the configuration parameters comprising the location of the second configuration file, wherein the activation code is provided by the cable operator.
Gas cooking hob with a household appliance device, which has a functional unit, a heat protection unit and two identical retaining units provided for fastening the functional unit to the heat protection unit , wherein the functional unit is formed by an ignition unit and wherein each retaining unit comprises a fixing unit, wherein each retaining unit has two corresponding retaining means , wherein one of the two retaining means is arranged on an outer face of the ignition unit and the other retaining means is introduced into the heat protection unit .
A method performed in a network node , the network node controlling a first and a second antenna point and using the same random access resources for the first and the second antenna points , the method comprising: detecting a random access preamble received on a random access resource at the first antenna point and on the same random access resource at the second antenna point ; determining a relation between the first antenna point and the second antenna point which relation indicates coverage overlap between the first and the second antenna points; and scheduling a transmission of a random access response to the random access preamble received at the first antenna point and a transmission of a random access response to the random access preamble received at the second antenna point , the random access responses being scheduled separated in time and/or space based on the determined relation. detecting a random access preamble received on a random access resource at the first antenna point and on the same random access resource at the second antenna point ; determining a relation between the first antenna point and the second antenna point which relation indicates coverage overlap between the first and the second antenna points; and scheduling a transmission of a random access response to the random access preamble received at the first antenna point and a transmission of a random access response to the random access preamble received at the second antenna point , the random access responses being scheduled separated in time and/or space based on the determined relation.
A vibration device comprising: a vibrator including a cylinder having an opening in an axial direction (Z) of the cylinder between a first opening end face of the cylinder and a second opening end face of the cylinder on an opposite side of the first opening end face , a light-transmissive cover coupled to the cylinder on the side of the first opening end face so as to cover the opening of the cylinder , and a piezoelectric element between the first opening end face of the cylinder and the light-transmissive cover for vibrating the light-transmissive cover , the vibrator having an opening end portion including the second opening end face ; an elastic member (8, 38, 38A - 38D, 58, 68, 68A, 78, 98) for holding the opening end portion of the vibrator ; and a case member connected to the elastic member (8, 38, 38A - 38D, 58, 68, 68A, 78, 98), characterized in that the elastic member (38, 38A - 38D, 58, 68, 68A, 78) is a leaf spring having a first connection portion connected to the vibrator , and a second connection portion connected to the case member (38, 38A - 38D, 58, 68, 68A, 78, 98). a vibrator including a cylinder having an opening in an axial direction (Z) of the cylinder between a first opening end face of the cylinder and a second opening end face of the cylinder on an opposite side of the first opening end face , a light-transmissive cover coupled to the cylinder on the side of the first opening end face so as to cover the opening of the cylinder , and a piezoelectric element between the first opening end face of the cylinder and the light-transmissive cover for vibrating the light-transmissive cover , the vibrator having an opening end portion including the second opening end face ; an elastic member (8, 38, 38A - 38D, 58, 68, 68A, 78, 98) for holding the opening end portion of the vibrator ; and a case member connected to the elastic member (8, 38, 38A - 38D, 58, 68, 68A, 78, 98), characterized in that the elastic member (38, 38A - 38D, 58, 68, 68A, 78) is a leaf spring having a first connection portion connected to the vibrator , and a second connection portion connected to the case member (38, 38A - 38D, 58, 68, 68A, 78, 98).
A method for analyzing a presence of objects within a first space, said first space being provided with a capturing system comprising a first plurality of camera devices and a first playback system for reproducing audio and/or visual signals in the first space, the method comprising obtaining a first three-dimensional volumetric representation of a scene within the first space, generated by a processing unit associated with the capturing system, from input streams of at least a first and a second camera device, said first 3D volumetric representation comprising at least one object shown at a location within the scene; establishing a video conference between the first place and a second place; generating one or more probe signals comprising voice signals of one or more persons participating the video conference in the second space; controlling the processing unit to reproduce, using one or more loudspeakers of the first playback system, one or more audio signals on the basis of the probe signals into the first space; controlling the processing unit to capture a second 3D volumetric representation of the scene including reproductions of the one or more audio signals within the first space; and analyzing the reproductions of the one or more audio signals of the second 3D volumetric representation captured within the first space to determine whether said reproductions correspond to the location of the at least one object shown in the first 3D volumetric representation. obtaining a first three-dimensional volumetric representation of a scene within the first space, generated by a processing unit associated with the capturing system, from input streams of at least a first and a second camera device, said first 3D volumetric representation comprising at least one object shown at a location within the scene; establishing a video conference between the first place and a second place; generating one or more probe signals comprising voice signals of one or more persons participating the video conference in the second space; controlling the processing unit to reproduce, using one or more loudspeakers of the first playback system, one or more audio signals on the basis of the probe signals into the first space; controlling the processing unit to capture a second 3D volumetric representation of the scene including reproductions of the one or more audio signals within the first space; and analyzing the reproductions of the one or more audio signals of the second 3D volumetric representation captured within the first space to determine whether said reproductions correspond to the location of the at least one object shown in the first 3D volumetric representation.
A method for performing a garbage collection operation in a cloud tier of data of a computing system that provides an active tier of data and the cloud tier of data in a cloud storage, the method comprising: processing metadata, stored in the active tier, for the cloud tier by a garbage collection engine of an on-site installation data protection system to identify containers in the cloud tier to be cleaned in a cloud storage, wherein the identified containers contain regions, wherein some of the regions include both dead segments and live segments; generating recipes, by the garbage collection engine, that identify locations of the live segments in the identified regions in the identified containers based upon metadata stored in the active tier that identifies the live segments and the dead segments; writing the recipes to a Uniform Resource Locator, URL; and detecting an event that the recipes have been written to the URL; invoking functions in a serverless cloud system in response to detecting the event; performing the recipes by the functions, wherein the functions copy the live regions to new regions in new containers in the cloud tier from the identified containers and then deleting the identified containers; characterized by : polling the cloud storage for a poll file written by the functions, wherein the poll file allows the data protection system to validate the recipes performed by the functions, wherein the poll file preferably comprises a checksum that is compared to a locally stored checksum. processing metadata, stored in the active tier, for the cloud tier by a garbage collection engine of an on-site installation data protection system to identify containers in the cloud tier to be cleaned in a cloud storage, wherein the identified containers contain regions, wherein some of the regions include both dead segments and live segments; generating recipes, by the garbage collection engine, that identify locations of the live segments in the identified regions in the identified containers based upon metadata stored in the active tier that identifies the live segments and the dead segments; writing the recipes to a Uniform Resource Locator, URL; and detecting an event that the recipes have been written to the URL; invoking functions in a serverless cloud system in response to detecting the event; performing the recipes by the functions, wherein the functions copy the live regions to new regions in new containers in the cloud tier from the identified containers and then deleting the identified containers; characterized by : polling the cloud storage for a poll file written by the functions, wherein the poll file allows the data protection system to validate the recipes performed by the functions, wherein the poll file preferably comprises a checksum that is compared to a locally stored checksum.
A vaccine pharmaceutical composition for use in inducing humoral immunity, comprising: an antigen; and an immunity induction promoter that is a bisphosphonate, wherein the vaccine pharmaceutical composition is administered transdermally or transmucosally. an antigen; and an immunity induction promoter that is a bisphosphonate, wherein the vaccine pharmaceutical composition is administered transdermally or transmucosally.
A method comprising: discovering, by a first Software Defined Networking, SDN, controller 132 configured on a fabric management server 140 communicably coupled to a management switch 202, a physical server 12 communicably coupled to the management switch 202; receiving, by the first SDN controller 132 from the physical server 12 via the management switch 202, interface configuration information associated with one or more network interfaces coupling the physical server 12 to an Internet Protocol, IP, fabric switch 206; determining, by the first SDN controller 142 based at least in part on the interface configuration information, an IP fabric configuration for the physical server; instantiating, by the first SDN controller 132, a second SDN controller 142 on a second physical server; and providing, by the first SDN controller 132, the IP fabric configuration to the second SDN controller 142 characterised by further comprising receiving an introspector 330 by the physical server 12 from a provisioning server 210, wherein the introspector 330 is configured to determine the interface configuration information associated with one or more network interfaces of the physical server 12, and wherein the receiving, by the first SDN controller 132, the interface configuration information associated with the one or more network interfaces comprises receiving the interface configuration information from the introspector 330. discovering, by a first Software Defined Networking, SDN, controller 132 configured on a fabric management server 140 communicably coupled to a management switch 202, a physical server 12 communicably coupled to the management switch 202; receiving, by the first SDN controller 132 from the physical server 12 via the management switch 202, interface configuration information associated with one or more network interfaces coupling the physical server 12 to an Internet Protocol, IP, fabric switch 206; determining, by the first SDN controller 142 based at least in part on the interface configuration information, an IP fabric configuration for the physical server; instantiating, by the first SDN controller 132, a second SDN controller 142 on a second physical server; and providing, by the first SDN controller 132, the IP fabric configuration to the second SDN controller 142 characterised by further comprising receiving an introspector 330 by the physical server 12 from a provisioning server 210, wherein the introspector 330 is configured to determine the interface configuration information associated with one or more network interfaces of the physical server 12, and wherein the receiving, by the first SDN controller 132, the interface configuration information associated with the one or more network interfaces comprises receiving the interface configuration information from the introspector 330.
A bracket for a ventilated façade, the bracket having an elongated shape wherein the transverse cross-sectional shape of the bracket resembles a rectangular shape without one border, so that the transverse cross-section is "["-shaped, characterized in that the bracket is formed using polymeric material reinforced with basalt fibres, and in that a spring is fastened to the bracket , the spring being adapted to attach a vertical structural profile to the bracket .
An antimicrobial composition comprising: a) 5 to 40% by weight of an ammonium salt having at least one covalently bonded hydrogen attached to the nitrogen or of an anionic surfactant with ammonium group as counter ion or mixtures thereof; and, b) 0.1 to 20% by weight of a carboxylic acid with pK a value is in between 4.5 to 6.5 and wherein the carboxylic acid is selected from fatty acid having chain length C 4 to C 16 , Cyclic aliphatic carboxylic acid, aromatic carboxylic acid or mixtures thereof. a) 5 to 40% by weight of an ammonium salt having at least one covalently bonded hydrogen attached to the nitrogen or of an anionic surfactant with ammonium group as counter ion or mixtures thereof; and, b) 0.1 to 20% by weight of a carboxylic acid with pK a value is in between 4.5 to 6.5 and wherein the carboxylic acid is selected from fatty acid having chain length C 4 to C 16 , Cyclic aliphatic carboxylic acid, aromatic carboxylic acid or mixtures thereof.
A system for preventing hydrate formation in a pipeline , the system including: a heater housing , the heater housing having an outer diameter sized to travel within the pipeline; a turbine assembly located within the heater housing, the turbine assembly having a blade that is rotatable by a flow of fluid within the pipeline; and an electric heater located within the heater housing and electrically connected to the turbine assembly, the electric heater selectively contacted by the flow of fluid within the pipeline, where the flow of fluid is operable to move the heater housing through the pipeline. a heater housing , the heater housing having an outer diameter sized to travel within the pipeline; a turbine assembly located within the heater housing, the turbine assembly having a blade that is rotatable by a flow of fluid within the pipeline; and an electric heater located within the heater housing and electrically connected to the turbine assembly, the electric heater selectively contacted by the flow of fluid within the pipeline, where the flow of fluid is operable to move the heater housing through the pipeline.
A method performed by a tire fitting system for discriminating between at least two tire sensors of a wheel to be assembled on a vehicle , wherein the method comprises: receiving an identity of an Radio Frequency Identification, RFID, tag mounted on a rim , or in a tire , of a wheel ; receiving , from the at least two tire sensors , tire sensor signals comprising status information indicating how their respective tire sensor was activated; and determining which identity of the at least two tire sensors is to be associated with the identity of the RFID tag based on the status information. receiving an identity of an Radio Frequency Identification, RFID, tag mounted on a rim , or in a tire , of a wheel ; receiving , from the at least two tire sensors , tire sensor signals comprising status information indicating how their respective tire sensor was activated; and determining which identity of the at least two tire sensors is to be associated with the identity of the RFID tag based on the status information.