mhurhangee/patent-ind-claim-en huggingface dataset:
Braking system for vehicles comprising - a right front brake group and a left front brake group intended for the front axle of a vehicle, right rear brake group and a left rear brake group intended for a rear axle of a vehicle, - each brake group comprising a brake disc , a braking device associated with said brake disc , electro-hydraulic or electromechanical actuator means of each braking device , - a control unit for each brake group , operatively connected to the electromechanical actuators of each brake group through a relative piloting device , characterised in that - each control unit being powered by an independent power source and being galvanically isolated from the other power sources , - each control unit being programmed to implement, via said piloting device , a standard braking strategy in case of normal operating conditions for each brake group and a fault braking strategy, if it detects an electrical fault of one or more of the brake groups . - a right front brake group and a left front brake group intended for the front axle of a vehicle, right rear brake group and a left rear brake group intended for a rear axle of a vehicle, - each brake group comprising a brake disc , a braking device associated with said brake disc , electro-hydraulic or electromechanical actuator means of each braking device , - a control unit for each brake group , operatively connected to the electromechanical actuators of each brake group through a relative piloting device , characterised in that - each control unit being powered by an independent power source and being galvanically isolated from the other power sources , - each control unit being programmed to implement, via said piloting device , a standard braking strategy in case of normal operating conditions for each brake group and a fault braking strategy, if it detects an electrical fault of one or more of the brake groups .
Tubular food casing having a sheet-like textile support material and a continuous full-surface coating formed from linear thermoplastic polymers located thereupon, wherein the support material consists of a woven fabric, knitted fabric, nonwoven fabric, consolidated nonwoven fabric formed from natural fibres, synthetic fibres or a mixture thereof, characterized in that the coating comprises, as an essential constituent, at least one linear hotmelt polymer but does not contain any precipitated or regenerated cellulose, and in that the coating forms the outer side of the casing, the hotmelt polymer having an MVR value in the range from 25 to 500 cm 3 per 10 min, measured at 190 °C under a load of 2.16 kg.
A tip-retention device for use with a welding torch , comprising: - a sidewall surrounding a hollow interior; - a tip-retention wall attached to the sidewall , wherein the tip-retention wall includes a bore which is configured to retain a contact tip ; and - a gas channel configured to allow gas to flow around the tip-retention wall , - an annular rim at the leading edge of the device which is configured to direct the gas towards the contact tip , and wherein the annular rim is configured to protect the channel from welding spatter, characterized in that gas channels are defined by curved cutaways in the side wall , wherein each gas channel is bordered by a flat on either side of the gas channel , by the annular rim that comprises a leading edge of the tip-retention device and at the rear of each gas channel by a ledge of the sidewall , wherein each gas channel comprises a first slot or hole on a first side of the tip-retention wall and a second slot or hole on a second side of the tip-retention wall . - a sidewall surrounding a hollow interior; - a tip-retention wall attached to the sidewall , wherein the tip-retention wall includes a bore which is configured to retain a contact tip ; and - a gas channel configured to allow gas to flow around the tip-retention wall , - an annular rim at the leading edge of the device which is configured to direct the gas towards the contact tip , and wherein the annular rim is configured to protect the channel from welding spatter, gas channels are defined by curved cutaways in the side wall , wherein each gas channel is bordered by a flat on either side of the gas channel , by the annular rim that comprises a leading edge of the tip-retention device and at the rear of each gas channel by a ledge of the sidewall , wherein each gas channel comprises a first slot or hole on a first side of the tip-retention wall and a second slot or hole on a second side of the tip-retention wall .
A pump configured to move fluid from one location to another location, the pump comprising: a pump housing of the pump; wherein the pump housing is composed of a wall structure; wherein the wall structure includes a fluid-side interior surface and exterior surface; and characterized in that a first laminar portion of a thickness of the wall structure is composed of a resin that does not include any reinforcing fibers and a second laminar portion of the thickness of the wall structure is composed of a resin with reinforcing fibers dispersed through the resin; wherein the thickness is located between the fluid-side interior surface and exterior surface, and wherein the first laminar portion of the thickness of the wall structure is located at the fluid-side interior surface and the second laminar portion of the thickness of the wall structure is located adjacent the first laminar portion and the exterior surface; wherein the fluid-side interior surface is not a separably distinct layer laminated onto the resin having reinforcing fibers dispersed in the resin throughout the thickness of the wall structure. a pump housing of the pump; wherein the pump housing is composed of a wall structure; wherein the wall structure includes a fluid-side interior surface and exterior surface; and characterized in that a first laminar portion of a thickness of the wall structure is composed of a resin that does not include any reinforcing fibers and a second laminar portion of the thickness of the wall structure is composed of a resin with reinforcing fibers dispersed through the resin; wherein the thickness is located between the fluid-side interior surface and exterior surface, and wherein the first laminar portion of the thickness of the wall structure is located at the fluid-side interior surface and the second laminar portion of the thickness of the wall structure is located adjacent the first laminar portion and the exterior surface; wherein the fluid-side interior surface is not a separably distinct layer laminated onto the resin having reinforcing fibers dispersed in the resin throughout the thickness of the wall structure.
A laminate comprising a layer of tobacco material and a support sheet , wherein the layer of tobacco material has a rough and irregular surface so as to provide a permeable structure through which air may be drawn when the laminate is rolled or folded, characterised in that the tobacco material comprises from 12 wt% to 16 wt% water.
A method for producing a silicon-carbide-based composite, wherein in the production of a silicon-carbide-based composite comprising a carbon-fiber-reinforced / silicon carbide composite, i.e. a C/SiC composite, or a silicon-carbide-fiber-reinforced / silicon carbide composite, i.e. a SiC/SiC composite, a film boiling method is carried out using an organosilicon polymer having a chlorine-free polysilane skeleton, wherein the organosilicon polymer is in a liquid form at room temperature.
A computer-implemented method comprising: receiving , by a credential issuer computer , a request to issue a credential for a communication device , the request including a communication device public key associated with the communication device and information identifying a user account; determining, by the credential issuer computer, an account identifier of the user account, based on the information identifying the user account; determining , by the credential issuer computer, the credential to issue to the communication device by querying a token vault that stores mappings of account identifiers and tokens assigned to the account identifiers, wherein the credential comprises a token that is a substitute for the account identifier; provisioning , by the credential issuer computer, the credential to the communication device; generating , by the credential issuer computer, a payload derived from hashing the credential and the communication device public key; storing , by the credential issuer computer, the payload in a record of a blockchain; and synchronizing , by the credential issuer computer, the record to other network nodes on the blockchain. receiving , by a credential issuer computer , a request to issue a credential for a communication device , the request including a communication device public key associated with the communication device and information identifying a user account; determining, by the credential issuer computer, an account identifier of the user account, based on the information identifying the user account; determining , by the credential issuer computer, the credential to issue to the communication device by querying a token vault that stores mappings of account identifiers and tokens assigned to the account identifiers, wherein the credential comprises a token that is a substitute for the account identifier; provisioning , by the credential issuer computer, the credential to the communication device; generating , by the credential issuer computer, a payload derived from hashing the credential and the communication device public key; storing , by the credential issuer computer, the payload in a record of a blockchain; and synchronizing , by the credential issuer computer, the record to other network nodes on the blockchain.
A brushless permanent magnet machine comprising: a rotor that is essentially circular shaped and having an inner circumference and an outer circumference; a pair of magnets arranged in the rotor, each magnet of the pair of magnets ; being U-shaped with a pole at each end, each of said magnets having a radially outward side pointing in the direction of the outer circumference of the rotor and a radially inward side pointing in the direction of the inner circumference of the rotor , characterized in defining an inner concave space within the rotor between two poles of each of said magnets and between the outer circumference of the rotor and the radially outward side, and having a thickness direction extending along a contour of the magnet between the opposite poles of the magnet , an extension component in one of the magnets of the pair and a mating receiving component in the other one of the magnets of the pair to receive the extension component of the one of the magnets , and a non-magnetic retaining component provided in each of the inner concave spaces in the rotor , each of the retaining components configured to secure a corresponding one of the magnets in place within the rotor , each retaining component being in direct contact with the corresponding magnet, wherein the pair of magnets are each composed of a non-rare earth material having a lower coercivity than a rare earth material, and wherein a direction of magnetization of each of the pair of magnets is parallel to the thickness direction of the corresponding magnet. a rotor that is essentially circular shaped and having an inner circumference and an outer circumference; a pair of magnets arranged in the rotor, each magnet of the pair of magnets ; being U-shaped with a pole at each end, each of said magnets having a radially outward side pointing in the direction of the outer circumference of the rotor and a radially inward side pointing in the direction of the inner circumference of the rotor , characterized in defining an inner concave space within the rotor between two poles of each of said magnets and between the outer circumference of the rotor and the radially outward side, and having a thickness direction extending along a contour of the magnet between the opposite poles of the magnet , an extension component in one of the magnets of the pair and a mating receiving component in the other one of the magnets of the pair to receive the extension component of the one of the magnets , and a non-magnetic retaining component provided in each of the inner concave spaces in the rotor , each of the retaining components configured to secure a corresponding one of the magnets in place within the rotor , each retaining component being in direct contact with the corresponding magnet, wherein the pair of magnets are each composed of a non-rare earth material having a lower coercivity than a rare earth material, and wherein a direction of magnetization of each of the pair of magnets is parallel to the thickness direction of the corresponding magnet.
A method comprising: displaying information in a display of an apparatus corresponding to a current output state; detecting a bending of the body of the apparatus ; in response to detecting the bending being over a first threshold and below a second threshold, displaying information corresponding to a non-current output state, wherein the information corresponding to the non-current output state will be temporarily displayed until the bending falls back below the first threshold; and in response to detecting the bending exceeding the second threshold, displaying information corresponding to the non-current output state and setting the non-current output state to a current output state. displaying information in a display of an apparatus corresponding to a current output state; detecting a bending of the body of the apparatus ; in response to detecting the bending being over a first threshold and below a second threshold, displaying information corresponding to a non-current output state, wherein the information corresponding to the non-current output state will be temporarily displayed until the bending falls back below the first threshold; and in response to detecting the bending exceeding the second threshold, displaying information corresponding to the non-current output state and setting the non-current output state to a current output state.
A laminated glass for vehicle, comprising: a pair of glass plates ; and an intermediate adhesive film between the pair of glass plates , wherein the intermediate adhesive film has one continuous transmission region which includes an optical opening for transceiving an optical signal of an information acquisition device disposed inside a vehicle and transceiving the optical signal with outside the vehicle, and a light shielding region provided around a whole periphery of the optical opening except a part thereof, and a light shielding region of the laminated glass for vehicle corresponding to the light shielding region of the intermediate adhesive film has a visible light transmittance as measured according to the method in the description of 3% or less. a pair of glass plates ; and an intermediate adhesive film between the pair of glass plates , wherein the intermediate adhesive film has one continuous transmission region which includes an optical opening for transceiving an optical signal of an information acquisition device disposed inside a vehicle and transceiving the optical signal with outside the vehicle, and a light shielding region provided around a whole periphery of the optical opening except a part thereof, and a light shielding region of the laminated glass for vehicle corresponding to the light shielding region of the intermediate adhesive film has a visible light transmittance as measured according to the method in the description of 3% or less.
A method of operating a wireless relay to serve User Equipment, UE, over a wireless Proxy Mobile Internet Protocol, PMIP, tunnel and a wireline PMIP tunnel, the method comprising the wireless relay receiving a wireless network address for use over a wireless network and receiving a wireline network address for use over a wireline network the method characterized by : the wireless relay receiving a bearer request transferred by a network controller that identifies a gateway network address; the wireless relay selecting one of the wireless network address and the wireline network address responsive to the bearer request, generating a PMIP update that indicates the selected one of the wireless network address and the wireline network address, and transferring the PMIP update to the gateway network address; and the wireless relay receiving a PMIP response and responsively exchanging user data for the UE over the wireless PMIP tunnel if the wireless network address was selected and exchanging the user data for the UE over the wireline PMIP tunnel if the wireline network address was selected. the wireless relay receiving a bearer request transferred by a network controller that identifies a gateway network address; the wireless relay selecting one of the wireless network address and the wireline network address responsive to the bearer request, generating a PMIP update that indicates the selected one of the wireless network address and the wireline network address, and transferring the PMIP update to the gateway network address; and the wireless relay receiving a PMIP response and responsively exchanging user data for the UE over the wireless PMIP tunnel if the wireless network address was selected and exchanging the user data for the UE over the wireline PMIP tunnel if the wireline network address was selected.
An electronic device , comprising: a battery , configured to supply power to the electronic device ; a battery gauge , configured to gauge the battery to generate a plurality of remaining capacities (R1-RN), a battery temperature (TB), and a battery voltage (VB) of the battery ; and a processor , configured to sequentially read the plurality of remaining capacities (R1-RN), wherein in a case that a read remaining capacity is equal to a cut-off capacity and a read previous remaining capacity is greater than a preset capacity, the processor determines whether a preset condition is met according to the battery temperature (TB) and the battery voltage (VB), wherein the preset condition is that the battery temperature (TB) is less than a temperature threshold and the battery voltage (VB) is greater than a voltage threshold, wherein in a case of determining that the preset condition is met, the processor performs a capacity correction process, wherein the capacity correction process comprises: using the read previous remaining capacity as a correction capacity (NC); and reporting the correction capacity (NC) to a system circuit . a battery , configured to supply power to the electronic device ; a battery gauge , configured to gauge the battery to generate a plurality of remaining capacities (R1-RN), a battery temperature (TB), and a battery voltage (VB) of the battery ; and a processor , configured to sequentially read the plurality of remaining capacities (R1-RN), wherein in a case that a read remaining capacity is equal to a cut-off capacity and a read previous remaining capacity is greater than a preset capacity, the processor determines whether a preset condition is met according to the battery temperature (TB) and the battery voltage (VB), wherein the preset condition is that the battery temperature (TB) is less than a temperature threshold and the battery voltage (VB) is greater than a voltage threshold, wherein in a case of determining that the preset condition is met, the processor performs a capacity correction process, wherein the capacity correction process comprises: using the read previous remaining capacity as a correction capacity (NC); and reporting the correction capacity (NC) to a system circuit . using the read previous remaining capacity as a correction capacity (NC); and reporting the correction capacity (NC) to a system circuit .
A system for an aortic procedure, the system comprising: an imaging probe configured to capture intravascular image data from an aorta; a sensor configured to measure a fluid property within the aorta; an external imaging modality for capturing extravascular image data of the aorta; and a control system configured to: co-register the intravascular image data, the extravascular image data and the fluid property, wherein a current location of the imaging probe within a vasculature is visualized while simultaneously observing functional flow metrics indicative of cardiovascular disease, provide output representing a cross-section of the aorta, crucial information on vessel tortuosity and a flow characteristic of the fluid therein, characterized in that the control system is configured to detect an endoleak associated with an aortic repair procedure based on the co-registered intravascular image data, extravascular image data and fluid property. an imaging probe configured to capture intravascular image data from an aorta; a sensor configured to measure a fluid property within the aorta; an external imaging modality for capturing extravascular image data of the aorta; and a control system configured to: co-register the intravascular image data, the extravascular image data and the fluid property, wherein a current location of the imaging probe within a vasculature is visualized while simultaneously observing functional flow metrics indicative of cardiovascular disease, provide output representing a cross-section of the aorta, crucial information on vessel tortuosity and a flow characteristic of the fluid therein, characterized in that the control system is configured to detect an endoleak associated with an aortic repair procedure based on the co-registered intravascular image data, extravascular image data and fluid property. co-register the intravascular image data, the extravascular image data and the fluid property, wherein a current location of the imaging probe within a vasculature is visualized while simultaneously observing functional flow metrics indicative of cardiovascular disease, provide output representing a cross-section of the aorta, crucial information on vessel tortuosity and a flow characteristic of the fluid therein, characterized in that the control system is configured to detect an endoleak associated with an aortic repair procedure based on the co-registered intravascular image data, extravascular image data and fluid property.