mhurhangee/patent-ind-claim-en huggingface dataset:
Electrical assembly comprising an electronic board , at least one electrical connector and an electrical component , said electrical connector being attached to the electronic board so as to connect the electrical component thereto, the electrical connector comprising a fitting part and a connecting part , the electrical component comprising at least one electrical connection conductor , one end of which is connected to an active part of the electrical component and the other end of which is free and intended to be connected to the electrical connector , characterized in that the electronic board has a through-opening allowing a part of the electrical connection conductor comprising the free end and the connecting part of the electrical connector to pass through, said electrical connection conductor extending and passing through the through-opening along a real axis having, in comparison to a nominal axis along which said electrical connection conductor is supposed to extend, an axial deviation that is less than a predetermined maximum axial deviation, the connecting part of the electrical connector having a connection surface that is configured to receive the free end of the electrical connection conductor , the connection surface having a width larger than a maximum offset of the free end of the electrical connection conductor corresponding to said predetermined maximum axial deviation of the electrical connection conductor .
An epihalohydrin-based rubber composition comprising an epihalohydrin-based rubber, a carbon black, a quinoxaline-based cross-linking agent, and a hydrotalcite compound, wherein the carbon black has an iodine adsorption amount of 100 mg/g or more and a nitrogen adsorption specific surface area of 95 to 150 m 2 /g, a content of the quinoxaline-based cross-linking agent is 0.01 to 2 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, and a content of the hydrotalcite compound is more than 3 parts by weight and less than 10 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, wherein the iodine adsorption amount and the nitrogen adsorption specific surface area are measured as indicated in the description. the carbon black has an iodine adsorption amount of 100 mg/g or more and a nitrogen adsorption specific surface area of 95 to 150 m 2 /g, a content of the quinoxaline-based cross-linking agent is 0.01 to 2 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, and a content of the hydrotalcite compound is more than 3 parts by weight and less than 10 parts by weight with respect to 100 parts by weight of the epihalohydrin-based rubber, wherein the iodine adsorption amount and the nitrogen adsorption specific surface area are measured as indicated in the description.
A method for accelerating estimation of a radio model of a first access point , wherein the radio model corresponds to a region within which radio signals transmitted by the first access point are detectable with at least predefined signal strength, the method comprising: determining a presence of the first access point in a radio environment; determining that the first access point is a beamforming node and obtaining information regarding one or more of a plurality of beams , wherein the plurality of beams are transmitted by the first access point ; and estimating the radio model of the first access point based at least upon: (i) at least some of the information regarding the one or more of the beams transmitted by the first access point and (ii) signal propagation characteristics of one or more existing access points in the radio environment as represented by respective radio models of the one or more existing access points . determining a presence of the first access point in a radio environment; determining that the first access point is a beamforming node and obtaining information regarding one or more of a plurality of beams , wherein the plurality of beams are transmitted by the first access point ; and estimating the radio model of the first access point based at least upon: (i) at least some of the information regarding the one or more of the beams transmitted by the first access point and (ii) signal propagation characteristics of one or more existing access points in the radio environment as represented by respective radio models of the one or more existing access points .
A plasma generating apparatus comprising: a cathode assembly including a cathode; an anode assembly including an anode having therein a plasma generation space; and one or more magnetic force generators configured to generate a magnetic force, wherein the anode assembly has one end portion in which a gas supply path is provided and the other end portion having an opening , the gas supply path configured to supply a plasma generating gas to the plasma generation space, and wherein the gas supply path is configured to generate a vortex of the plasma generating gas in the plasma generation space and said one or more magnetic force generators are arranged such that the magnetic force is generated in a direction opposite to a rotational direction of the vortex of the plasma generating gas and characterized in that the anode assembly further includes a guide member surrounding the anode, wherein the guide member is made of a plastic material and said one or more magnetic force generators are provided inside the guide member. a cathode assembly including a cathode; an anode assembly including an anode having therein a plasma generation space; and one or more magnetic force generators configured to generate a magnetic force, wherein the anode assembly has one end portion in which a gas supply path is provided and the other end portion having an opening , the gas supply path configured to supply a plasma generating gas to the plasma generation space, and wherein the gas supply path is configured to generate a vortex of the plasma generating gas in the plasma generation space and said one or more magnetic force generators are arranged such that the magnetic force is generated in a direction opposite to a rotational direction of the vortex of the plasma generating gas and characterized in that the anode assembly further includes a guide member surrounding the anode, wherein the guide member is made of a plastic material and said one or more magnetic force generators are provided inside the guide member.
Method for providing precise coordinate measurement with a coordinate measuring machine with a machine structure comprising a plurality of structural components , the structural components comprising at least • a base and • a probe head for approaching a measurement point, wherein the machine structure provides linking the probe head to the base , wherein the method is comprising • initially calibrating a stand-alone reference module having a sensor unit and a reference element with a defined scaling, by □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and • subsequently attaching the reference module to the coordinate measuring machine , wherein the reference element is attached to a first and the sensor unit is attached to a second structural component of the coordinate measuring machine , and providing the calibration data to a controlling and processing unit of the coordinate measuring machine in such a way that the reference module provides determination of an orientation value by means of the sensor unit representing an orientation of the sensor unit relative to the reference element . • a base and • a probe head for approaching a measurement point, wherein the machine structure provides linking the probe head to the base , wherein the method is comprising • initially calibrating a stand-alone reference module having a sensor unit and a reference element with a defined scaling, by □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and □ measuring physical properties of the reference element with reference to respective absolute standards and □ deriving calibration data for the reference module based on the measurement, the calibration data providing information about a particular positioning of the sensor unit relative to the reference element depending on a respectively detected portion of the scaling, and • subsequently attaching the reference module to the coordinate measuring machine , wherein the reference element is attached to a first and the sensor unit is attached to a second structural component of the coordinate measuring machine , and providing the calibration data to a controlling and processing unit of the coordinate measuring machine in such a way that the reference module provides determination of an orientation value by means of the sensor unit representing an orientation of the sensor unit relative to the reference element .
A method for communication via a different protocol, the method comprising: receiving, from a first antenna of a protocol translation device by a translator circuit of the protocol translation device , a signal conforming to a first wireless protocol, the first antenna being configured to communicate with a first apparatus having a battery compartment housing the protocol translation device and a battery that powers both the protocol translation device and the first apparatus ; translating, by the translator circuit , the signal into a translated signal conforming to a second wireless protocol; and providing, by the translator circuit , the translated signal to a second antenna of the protocol translation device , the second antenna being configured to communicate with a second apparatus . receiving, from a first antenna of a protocol translation device by a translator circuit of the protocol translation device , a signal conforming to a first wireless protocol, the first antenna being configured to communicate with a first apparatus having a battery compartment housing the protocol translation device and a battery that powers both the protocol translation device and the first apparatus ; translating, by the translator circuit , the signal into a translated signal conforming to a second wireless protocol; and providing, by the translator circuit , the translated signal to a second antenna of the protocol translation device , the second antenna being configured to communicate with a second apparatus .
A test lead for an electrical meter, the test lead comprising: a flexible elongate member comprising a current sensing coil at least partially disposed about a flexible core along the length of the member ; a first connector disposed at one end of the member for coupling a respective end of the current sensing coil to a test port of an electrical meter; and a second connector disposed at an opposing end of the member , the second connector being adapted for coupling a respective end of the current sensing coil to an electrically conductive member for electrical connection to a test point of an electrical circuit, to provide an electrical path, via the current sensing coil , from the electrically conductive member to the first connector . a flexible elongate member comprising a current sensing coil at least partially disposed about a flexible core along the length of the member ; a first connector disposed at one end of the member for coupling a respective end of the current sensing coil to a test port of an electrical meter; and a second connector disposed at an opposing end of the member , the second connector being adapted for coupling a respective end of the current sensing coil to an electrically conductive member for electrical connection to a test point of an electrical circuit, to provide an electrical path, via the current sensing coil , from the electrically conductive member to the first connector .
A method of forming a shaped product from an initial blank, comprising: subjecting the initial blank to a hot forming and press hardening operation to form the shaped product with a uniform first tensile strength; and subsequently, partially immersing the shaped product into a fluidized bed that is maintained within a known range of operating temperatures so as to selectively heat a first region of the shaped product to above a known temperature, while simultaneously maintaining below the known temperature a second region of the shaped product that is adjacent to the first region ; then cooling the first region such that the first region attains a second tensile strength that is less than the first tensile strength, wherein the first region is immersed into the fluidized bed , while the second region of the shaped product is not immersed into the fluidized bed , and wherein the second region is adjacent to the first region , wherein the known temperature is between 370°C and 800°C; and the method further comprising protecting the second region from being heated to the known temperature, wherein the protecting comprises directing a flow of a cooling fluid toward the second region , wherein a collar is provided about the second region of the shaped product , the collar for protecting the second region of the shaped product from being heated, and wherein the collar one of gas-cools and liquid-cools the second region of the shaped product . subjecting the initial blank to a hot forming and press hardening operation to form the shaped product with a uniform first tensile strength; and subsequently, partially immersing the shaped product into a fluidized bed that is maintained within a known range of operating temperatures so as to selectively heat a first region of the shaped product to above a known temperature, while simultaneously maintaining below the known temperature a second region of the shaped product that is adjacent to the first region ; then cooling the first region such that the first region attains a second tensile strength that is less than the first tensile strength, wherein the first region is immersed into the fluidized bed , while the second region of the shaped product is not immersed into the fluidized bed , and wherein the second region is adjacent to the first region , wherein the known temperature is between 370°C and 800°C; and the method further comprising protecting the second region from being heated to the known temperature, wherein the protecting comprises directing a flow of a cooling fluid toward the second region ,
A method for enhancing the efficiency of heating with steam, comprising adding a condensed water film formation-suppressing amine in a heating step of heating a material to be heated with the steam via a metallic material, wherein an amount of the condensed water film formation-suppressing amine to be added is controlled based on any one or more of a concentration of the condensed water film formation-suppressing amine in a drain, a pH of the drain, an electroconductivity of the drain, an amount of the drain, an amount of the steam, a temperature of the drain, a temperature of the metallic material, and an amount of the metallic material eluted in the drain.
A method for attaching a terminal to an insulated metal substrate structure for a semiconductor power module , comprising: - providing a plurality of terminals coupled to a housing block and/or a leadframe, - providing the insulated metal substrate structure with a metal top layer , a metal bottom layer and an isolating resin layer arranged between the metal top layer and the metal bottom layer , - providing and coupling a sinter layer to a top surface of the metal top layer and/or a respective bottom surface of the terminals to form a respective sintering area for the terminals , and - coupling the terminals to the metal top layer by means of sintering such that the respective sinter layer is arranged between the metal top layer and the associated terminal and connects the terminals to the metal top layer , wherein the coupling of the terminals comprises coupling the housing block and/or the leadframe to the insulated metal substrate structure such that a predetermined pressure for sintering is acting on the plurality of terminals applied by the coupling. - providing a plurality of terminals coupled to a housing block and/or a leadframe, - providing the insulated metal substrate structure with a metal top layer , a metal bottom layer and an isolating resin layer arranged between the metal top layer and the metal bottom layer , - providing and coupling a sinter layer to a top surface of the metal top layer and/or a respective bottom surface of the terminals to form a respective sintering area for the terminals , and - coupling the terminals to the metal top layer by means of sintering such that the respective sinter layer is arranged between the metal top layer and the associated terminal and connects the terminals to the metal top layer , wherein the coupling of the terminals comprises coupling the housing block and/or the leadframe to the insulated metal substrate structure such that a predetermined pressure for sintering is acting on the plurality of terminals applied by the coupling.
A wearable antenna assembly comprising an antenna feed structure and a flexible fabric material , the feed structure comprising a microstrip transmission line having a line conductor and a ground plane for mounting on opposite sides of the flexible fabric material, the ground plane having a series of apertures therein, at least partially facing the line conductor when the microstrip transmission line is mounted on the flexible fabric material, wherein the dimensions of the apertures are such that they present at least half of the ground plane facing the line conductor.
A method of assessing a subject for kidney disease, wherein said subject is a prediabetic subject, or said subject has diabetes, wherein said subject has albuminuria, comprising measuring at least one biomarker in a sample from the subject, wherein said at least one biomarker is CD5 antigen like. wherein said subject has albuminuria, comprising measuring at least one biomarker in a sample from the subject, wherein said at least one biomarker is CD5 antigen like.
A method comprising: receiving, at a network component, a session creation request (S440) for handing over a user equipment from a 5G communication network to a 4G communication network, the network component being included in the 4G communication network, the user equipment having a current active communication session within the 5G communication network with a first node of the 5G communication network acting as a User Plane Function, UPF, node of the user equipment , the session creation request including an identifier of the first node ; querying (S445), by the network component, a Domain Name Server, DNS, for a list of candidates, each candidate having a corresponding service parameter indicating whether the corresponding candidate supports N4 and Sxa services; receiving (S450), at the network component, the list of candidates to serve as a user plane serving gateway for the user equipment in the 4G communication network along with the corresponding service parameters, the list of candidates including the first node ; selecting (S455), by the network component and based on at least the identifier of the first node and on performing a topology match using the corresponding service parameters of the candidates, the first node from the list of candidates to serve as the user plane serving gateway for the user equipment in the 4G communication network; and establishing, by the network component, a new session for the user equipment in the 4G communication network using the first node as the user plane serving gateway for the user equipment in the 4G communication network. receiving, at a network component, a session creation request (S440) for handing over a user equipment from a 5G communication network to a 4G communication network, the network component being included in the 4G communication network, the user equipment having a current active communication session within the 5G communication network with a first node of the 5G communication network acting as a User Plane Function, UPF, node of the user equipment , the session creation request including an identifier of the first node ; querying (S445), by the network component, a Domain Name Server, DNS, for a list of candidates, each candidate having a corresponding service parameter indicating whether the corresponding candidate supports N4 and Sxa services; receiving (S450), at the network component, the list of candidates to serve as a user plane serving gateway for the user equipment in the 4G communication network along with the corresponding service parameters, the list of candidates including the first node ; selecting (S455), by the network component and based on at least the identifier of the first node and on performing a topology match using the corresponding service parameters of the candidates, the first node from the list of candidates to serve as the user plane serving gateway for the user equipment in the 4G communication network; and establishing, by the network component, a new session for the user equipment in the 4G communication network using the first node as the user plane serving gateway for the user equipment in the 4G communication network.
A peelable heat shrink tube which is obtained by forming a composition at a temperature lower than the melting point of a PTFE, wherein the composition contains a melt-processable fluororesin and the PTFE, the PTFE lacking a heat history of the melting point or higher after polymerization and having a specific gravity, as measured according to ASTM D4894, of 2.20 or less, the content of the PTFE being 0.05 to 3.0 wt% based on the total weight of the melt-processable fluororesin and the PTFE.
A hood for a vehicle, comprising: a front end module ; a thermoplastic central cover ; and fenders connected to the front end module and thermoplastic central cover, characterized in that the hood further comprises a rear beam ; and wherein the thermoplastic central cover extends between the rear beam and the front end module, the thermoplastic central cover comprising reinforcements along sides of the thermoplastic central cover extending between the rear beam and the front end module, the reinforcements protruding away from a top surface of the thermoplastic central cover, with a flange extending from a side of the reinforcement; and wherein each fender extends over a reinforcement and connects to a top surface of the thermoplastic central cover. a front end module ; a thermoplastic central cover ; and fenders connected to the front end module and thermoplastic central cover, characterized in that the hood further comprises a rear beam ; and wherein the thermoplastic central cover extends between the rear beam and the front end module, the thermoplastic central cover comprising reinforcements along sides of the thermoplastic central cover extending between the rear beam and the front end module, the reinforcements protruding away from a top surface of the thermoplastic central cover, with a flange extending from a side of the reinforcement; and wherein each fender extends over a reinforcement and connects to a top surface of the thermoplastic central cover.