mhurhangee/patent-ind-claim-en huggingface dataset:
Welding or plasma torch suited to be held by a user, said torch comprising a main body suited to be held by said user, a first area suited to carry out the welding operation and an interface area suited to receive at least one cable for connecting said torch to at least one power supply unit , wherein said interface area comprises guide means suited to guide said cable inside said main body , said guide means comprising at least one first sleeve externally associated with said cable , wherein said first sleeve comprises an external spherical surface portion suited to be inserted in a corresponding spherical seat provided in said main body , and characterized in that said guide means comprise at least one second sleeve externally associated with said cable , wherein said second sleeve comprises an external spherical surface portion suited to be inserted in a corresponding spherical seat provided in said first sleeve and in that said first sleeve is made up of two portions suited to be connected to each other through connection means . a main body suited to be held by said user, a first area suited to carry out the welding operation and an interface area suited to receive at least one cable for connecting said torch to at least one power supply unit , wherein said interface area comprises guide means suited to guide said cable inside said main body , said guide means comprising at least one first sleeve externally associated with said cable , wherein said first sleeve comprises an external spherical surface portion suited to be inserted in a corresponding spherical seat provided in said main body , and characterized in that said guide means comprise at least one second sleeve externally associated with said cable , wherein said second sleeve comprises an external spherical surface portion suited to be inserted in a corresponding spherical seat provided in said first sleeve and in that said first sleeve is made up of two portions suited to be connected to each other through connection means .
An intraocular lens , comprising a plurality of drug-containing microspheres attached to the intraocular lens, wherein the intraocular lens comprises one or more haptics , wherein drug-containing microspheres are configured to be and are attached to at least one of the one or more haptics, wherein an optic of the intraocular lens is free of drug-containing microspheres, and characterised in that the drug-containing microspheres are configured to be and are covalently bonded to the at least one haptic.
A method in a Multimedia Broadcast Multicast Service Gateway, MBMS GW, node for restoring a Multimedia Broadcast Multicast Service, MBMS, session after path failure, comprising: detecting a path failure associated with an old path between the MBMS GW node and an old Serving General Packet Radio Service, GPRS, Support Node, SGSN, , which old SGSN controls at least one MBMS session; selecting a new SGSN to re-establish said at least one MBMS session; detecting that the old path between the MBMS GW node and the old SGSN has been recovered; and sending to the old SGSN an MBMS session stop request in order to delete the MBMS session in the old SGSN . detecting a path failure associated with an old path between the MBMS GW node and an old Serving General Packet Radio Service, GPRS, Support Node, SGSN, , which old SGSN controls at least one MBMS session; selecting a new SGSN to re-establish said at least one MBMS session; detecting that the old path between the MBMS GW node and the old SGSN has been recovered; and sending to the old SGSN an MBMS session stop request in order to delete the MBMS session in the old SGSN .
Method for operating a communications network, wherein the communications network comprises a plurality of participants including a first participant and a second participant, wherein the first participant transmits a message repeating sequence consisting of N successive messages to the second participant, where N ≥ 2, wherein a respective action which can be performed by the second participant is assigned to each message in the message repeating sequence, wherein the first participant respectively begins to transmit one of the N messages at N successive transmission times T_I (I=0, ..., N-1), wherein each of the N messages contains a field which defines a waiting time assigned to the respective message W _ I = T _ N − 1 − T _ I + Δ ⁢ W _ I I = 0 , ... , N − 1 , where ΔW_I is a non-negative tolerance time, and wherein the second participant selects one message from among the messages in the message repeating sequence which are successfully received by the second participant as a useful message and measures a time elapsed since the reception of the useful message and performs the action assigned to the useful message when the elapsed time has reached the waiting time assigned to the useful message.
Programmable logic component which is configured by means of a bit stream , wherein a key formation circuit which deterministically generates an item of security information (K) relating to a cryptographic key at the runtime is configured by means of the bit stream, wherein the security information (K) can be made available to a cryptographic unit as an input parameter, and wherein the security information (K) is generated using initialization data contained in the bit stream.
A method comprising: Receiving , by a computing device , from a user device , and via a network , a route selection policy request for obtaining route selection policy rule(s) for routing one or more types of traffic from one or more applications or services , wherein the route selection policy request indicates said one or more applications or services; Receiving , from a data network service server associated with an application or service indicated in the route selection policy request, a message indicating one or more types of traffic associated with the application or service; Determining , based on the one or more types of traffic, route selection policy rule(s) associated with the application or service, wherein the route selection policy rule(s) indicate one or more of a protocol data unit session for the application or service or a network slice for the application or service; and Sending , to the user device, the route selection policy rule(s). Receiving , by a computing device , from a user device , and via a network , a route selection policy request for obtaining route selection policy rule(s) for routing one or more types of traffic from one or more applications or services , wherein the route selection policy request indicates said one or more applications or services; Receiving , from a data network service server associated with an application or service indicated in the route selection policy request, a message indicating one or more types of traffic associated with the application or service; Determining , based on the one or more types of traffic, route selection policy rule(s) associated with the application or service, wherein the route selection policy rule(s) indicate one or more of a protocol data unit session for the application or service or a network slice for the application or service; and Sending , to the user device, the route selection policy rule(s).
An electrical drive arrangement for at least one fuel injector of a fuel injection system comprising: a buffer capacitor adapted to store energy; a charging stage (64; 130) for charging said buffer capacitor ; an injector driver stage operatively connected to a fuel injector , said driver stage being operatively connected to said buffer capacitor ; a voltage regulation device operatively connected between said buffer capacitor and said injector driver stage and configured to supply an operating voltage to said injector driver stage; and a controller configured to determine a target charge voltage (V charge ) for said buffer capacitor depending on pre-set conditions; wherein said charging stage (64; 130) is adapted to receive from said controller an input representative of said target charge voltage (V charge ) characterised in that said controller receives as input a temperature information representative of the operating temperature of said buffer capacitor and is configured to adapt said target charge voltage (V charge ) depending on said temperature information. a buffer capacitor adapted to store energy; a charging stage (64; 130) for charging said buffer capacitor ; an injector driver stage operatively connected to a fuel injector , said driver stage being operatively connected to said buffer capacitor ; a voltage regulation device operatively connected between said buffer capacitor and said injector driver stage and configured to supply an operating voltage to said injector driver stage; and a controller configured to determine a target charge voltage (V charge ) for said buffer capacitor depending on pre-set conditions; wherein said charging stage (64; 130) is adapted to receive from said controller an input representative of said target charge voltage (V charge ) characterised in that said controller receives as input a temperature information representative of the operating temperature of said buffer capacitor and is configured to adapt said target charge voltage (V charge ) depending on said temperature information.
A device for providing an aerosol from an aerosolizable material, the device comprising: - an aerosolization unit through which pressure pulses of a carrier gas are passed, - a reservoir comprising the aerosolizable material and which provides the aerosolizable material to the aerosolization unit where the aerosolizable material is entrained by the carrier gas , - a duckbill valve located between the reservoir and the aerosolization unit which opens towards the aerosolization unit and wherein the duckbill valve is configured in such a way that it is closed when no pressure difference between the reservoir and the aerosolization unit exists and is open when the pressure difference between the reservoir and the aerosolization unit is larger than a predefined positive value, and which provides, in an open state, the aerosolizable material to the aerosolization unit , and - a control module for controlling the duckbill valve configured to control the amount of aerosolizable material provided to the aerosolization unit , wherein the control module comprises a force applying element providing a mechanical force applied to the duckbill valve , the force applying element via the applied mechanical force influencing the amount of aerosolizable material provided to the aerosolization unit by controlling an opening degree of the duckbill valve , wherein the force applying element is fixedly connected to the duckbill valve in such a way that it is configured to apply a pulling force to the duckbill valve to actively open the duckbill valve , and to apply a compression force in a direction opposite to the pulling force by which a preload is applied to the duckbill valve which controls the opening degree of the duckbill valve when the duckbill valve is opened by a pressure pulse. - an aerosolization unit through which pressure pulses of a carrier gas are passed, - a reservoir comprising the aerosolizable material and which provides the aerosolizable material to the aerosolization unit where the aerosolizable material is entrained by the carrier gas , - a duckbill valve located between the reservoir and the aerosolization unit which opens towards the aerosolization unit and wherein the duckbill valve is configured in such a way that it is closed when no pressure difference between the reservoir and the aerosolization unit exists and is open when the pressure difference between the reservoir and the aerosolization unit is larger than a predefined positive value, and which provides, in an open state, the aerosolizable material to the aerosolization unit , and - a control module for controlling the duckbill valve configured to control the amount of aerosolizable material provided to the aerosolization unit , wherein the control module comprises a force applying element providing a mechanical force applied to the duckbill valve , the force applying element via the applied mechanical force influencing the amount of aerosolizable material provided to the aerosolization unit by controlling an opening degree of the duckbill valve ,
An electrode assembly for a secondary battery including first and second electrode tabs , wherein the electrode assembly comprises: a body, comprising: a central region that extends lengthwise, from which at least one of the electrode tabs extends, and first and second side regions on either side of the central region, each of the first and second side regions extending laterally from the central region to the edges of the electrode assembly, characterised in that the central region is uncompressed and the first and second side regions are compressed, and the central region is thicker than the first and second side regions. a central region that extends lengthwise, from which at least one of the electrode tabs extends, and first and second side regions on either side of the central region, each of the first and second side regions extending laterally from the central region to the edges of the electrode assembly, characterised in that the central region is uncompressed and the first and second side regions are compressed, and the central region is thicker than the first and second side regions.
A housing for at least one bearing , the housing defining a location for each bearing, and/or a shaft ) adapted to extend through the at least one bearing, so the bearing would be at a predetermined location on the shaft, wherein the housing and/or the shaft also defines an internal reservoir cavity (30; 40) including a communication path comprising an aperture to enable a lubricant from the internal reservoir cavity (30; 40) to reach the at least one bearing , and being produced as a single integral item using an additive manufacturing process, characterized in that the internal reservoir cavity (30; 40) includes internal structures to inhibit rapid redistribution of a liquid lubricant, the internal structures being a mesh or labyrinthine structure or other porous structure, to provide a large surface area, and wherein the porous structure (32; 42) within each internal reservoir cavity (30; 40) has a porosity and/or a pore size that varies between different portions of the porous structure (32; 42).
An electronic device configured to output image data to an external display device , comprising: an image data acquisition part configured to acquire image data; and an image output processor configured to output the image data to the external display device , wherein when an interrupt event occurs while the image output processor outputs the image data to the external display device , the image output processor is configured to determine whether to limit the amount of information regarding the interrupt event to be displayed on the external display device according to an attribute of the interrupt event, and thereby to generate a message by selecting a plurality of information relating to the interrupt event depending on an attribute of the interrupt event, thus combining an image representing the message with the image data to be output to the external display device by adjusting the luminance of the image representing the message before sending the combined image to the external display device and outputting the combined image to the external display device . an image data acquisition part configured to acquire image data; and an image output processor configured to output the image data to the external display device , wherein when an interrupt event occurs while the image output processor outputs the image data to the external display device , the image output processor is configured to determine whether to limit the amount of information regarding the interrupt event to be displayed on the external display device according to an attribute of the interrupt event, and thereby to generate a message by selecting a plurality of information relating to the interrupt event depending on an attribute of the interrupt event, thus combining an image representing the message with the image data to be output to the external display device by adjusting the luminance of the image representing the message before sending the combined image to the external display device and outputting the combined image to the external display device .
A coaxial transmission line structure, comprising: A1) a plurality of electrically conductive layers that extend perpendicularly to a longitudinal axis of the coaxial transmission line structure; A2) a center conductor section having an input contact and an output contact , the output contact being larger than the input contact , the center conductor section having an inner portion of each of the plurality of electrically conductive layers the inner portions with sizes progressively increasing from the input contact to the larger output contact to conductively transition the input contact to the larger output contact , wherein the electrically conductive layers (18b I , 18c I ) the input contact and the output contact are electrically interconnected by a first plurality of staggered microvias (20a-20g) passing through dielectric layers (16a-16c) in the center conductor section ; and B) an outer conductor section disposed about, coaxial with, and electrically isolated from, the center conductor section by the dielectric layers (16a-16c). A2) a center conductor section having an input contact and an output contact , the output contact being larger than the input contact , the center conductor section having an inner portion of each of the plurality of electrically conductive layers the inner portions with sizes progressively increasing from the input contact to the larger output contact to conductively transition the input contact to the larger output contact , wherein the electrically conductive layers (18b I , 18c I ) the input contact and the output contact are electrically interconnected by a first plurality of staggered microvias (20a-20g) passing through dielectric layers (16a-16c) in the center conductor section ; and B) an outer conductor section disposed about, coaxial with, and electrically isolated from, the center conductor section by the dielectric layers (16a-16c).
Vehicle seat , in particular motor vehicle seat, having an at least partially foldable seating surface part (1.3) and a backrest part (1.2) that is foldable on the seating surface part (1.3), and also a multi-link mechanism (G) and a locking device which, when the seating surface part (1.3) of the unlocked vehicle seat is pivoted or folded beyond a defined limit angle (α), unlocks the multi-link mechanism (G) by which the vehicle seat is guidable, in particular pivotable and longitudinally displaceable, in a controlled manner between an unlocked first position (PU1) in which the multi-link mechanism (G) is unfolded and an unlocked second position (PU2) in which the multi-link mechanism (G) is folded, or vice versa, wherein the multi-link mechanism (G) is in the form of a four-link mechanism, the first fastening element (2.1) of which is fastenable on the floor or bodywork side and the fourth fastening element (2.4) of which is fastened on the seat side to the seating surface part (1.3) which is configured as an actuating element, wherein the first and the fourth fastening element (2.1, 2.4) couple together the second and third fastening elements (2.2, 2.3) that are mounted in a pivotable manner on the end side and are in the form of swing arms, characterized in that the first fastening element (2.1), as seen in the longitudinal direction (x), has a rear angled end on which a blocking element (2.1.1) is arranged or integrally formed, and the seating surface part (1.3) has a blocking device (1.3.1) which is in the form of a vertical slot or a vertical recess in which either, in a locked first position (PL1) of the four-link mechanism, a pin (1.3.2) arranged on the bodywork side or the floor side or, in a locked second position (PL2) of the four-link mechanism, the blocking element (2.1.1) in the form of a pin or peg is blockable.
Device allowing the collection of possible kidney stones present in a urine stream, intended for a male user, said device comprising a tubular container body , a screen placed inside this body and two end covers allowing the end openings of the container body to be selectively closed or opened, said screen extending away from the lower end of the container body , characterized in that the device comprises, immediately below the screen , a funnel for guiding the flow of urine, the opening of said funnel remote from the screen being situated away from the walls of the container body .
A heavy-duty electric or hybrid electric vehicle comprising a cooling arrangement , the cooling arrangement comprising a fan , a mounting means , and an electric motor , wherein the electric motor is an axial flux electric motor, the fan being a fan arrangement comprising a centrifugal fan assembly , an impeller , a stationary inlet shroud , and a stator comprising a plurality of stator blades located radially or semi-radially outside the impeller , the vehicle further comprising a control unit arranged to control the cooling arrangement, the control unit comprising predicting means arranged to obtain a predicted cooling requirement of the vehicle for a future time (t), wherein obtaining a predicted cooling requirement comprises obtaining information about a speed of the vehicle at a future time (t) and using a heat estimation model to estimate the amount of heat generated at the future time (t) based on the speed of the vehicle, and / or obtaining information about a characteristic of a path of the vehicle at the future time (t) and using a heat estimation model to estimate the amount of heat generated at the future time (t) based on the characteristic of the path of the vehicle. the fan being a fan arrangement comprising a centrifugal fan assembly , an impeller , a stationary inlet shroud , and a stator comprising a plurality of stator blades located radially or semi-radially outside the impeller , the vehicle further comprising a control unit arranged to control the cooling arrangement, the control unit comprising predicting means arranged to obtain a predicted cooling requirement of the vehicle for a future time (t), wherein obtaining a predicted cooling requirement comprises obtaining information about a speed of the vehicle at a future time (t) and using a heat estimation model to estimate the amount of heat generated at the future time (t) based on the speed of the vehicle, and / or obtaining information about a characteristic of a path of the vehicle at the future time (t) and using a heat estimation model to estimate the amount of heat generated at the future time (t) based on the characteristic of the path of the vehicle.