mhurhangee/ep-ind-claims huggingface dataset:
Airbag module for fixing on the underside of a rail vehicle between the rail vehicle and a track comprising: a bracket for fixing the airbag module on the underside of the rail vehicle; a support flap, with a front end and a rear end, which is pivotably mounted at its rear end by means of a pivot bearing, wherein the airbag module is convertible from a closed state into an open state by pivoting the support flap, and the front end of the support flap thereby moves toward the track; a guide element (121, 122) arranged on the front end of the support flap for contacting the track in the open state of the airbag module; and an airbag, fixed on the support flap and on the bracket, which is folded in the closed state of the airbag module and unfolded in the open state of the airbag module, and which projects past the front end of the support flap in its unfolded state, so that the unfolded airbag and the support flap together form an impact protection for a person on the track, wherein the guide element (121, 122) is configured to guide the support flap and the airbag over obstacles on the track in the presence of said respective obstacles. a bracket for fixing the airbag module on the underside of the rail vehicle; a support flap, with a front end and a rear end, which is pivotably mounted at its rear end by means of a pivot bearing, wherein the airbag module is convertible from a closed state into an open state by pivoting the support flap, and the front end of the support flap thereby moves toward the track; a guide element (121, 122) arranged on the front end of the support flap for contacting the track in the open state of the airbag module; and an airbag, fixed on the support flap and on the bracket, which is folded in the closed state of the airbag module and unfolded in the open state of the airbag module, and which projects past the front end of the support flap in its unfolded state, so that the unfolded airbag and the support flap together form an impact protection for a person on the track, wherein the guide element (121, 122) is configured to guide the support flap and the airbag over obstacles on the track in the presence of said respective obstacles.
A pump unit for a breast pump for extracting milk from a human breast, comprising: - a motor for driving the pump unit, wherein the motor is configured to provide a motor feedback signal; - a control unit for providing a control signal for controlling the motor; and - an estimator for estimating a pressure provided by the pump unit based on the motor feedback signal and the control signal; wherein the control unit is configured to obtain a desired pressure and to adjust the control signal based on a difference between the desired pressure and the estimated pressure. - a motor for driving the pump unit, wherein the motor is configured to provide a motor feedback signal; - a control unit for providing a control signal for controlling the motor; and - an estimator for estimating a pressure provided by the pump unit based on the motor feedback signal and the control signal;
A system for managing and using history information of terminals in a Converged Personal Network Service (CPNS) environment, wherein the Converged Personal Network Service enables an end device, which can perform local area communication but not cellular communication, to perform local area communication with a mobile communication terminal functioning as a Personal Network Service gateway and use a data service provided to the mobile communication terminal via cellular communication, the system comprising: a Converged Personal Network Service server for collecting and storing access information and history information of mobile communication terminals and end devices which transmit and receive information over a wireless local area network, wherein history information includes at least one of information about a plurality of connected devices, service information at the time of connection, charge information or capabilities of the plurality of connected devices, and, if the previously stored history information is requested while a Converged Personal Network Service is active between a mobile communication terminal and an end device, extracting the corresponding information, and providing the extracted information to the mobile communication terminal and the end device; the mobile communication terminals each for, while using the Converged Personal Network Service, performing a Converged Personal Network Service service-related procedure based on the history information received from the Converged Personal Network Service server; and the end devices each for, while using the Converged Personal Network Service, performing a Converged Personal Network Service service-related procedure based on the history information received via the mobile communication terminal. a Converged Personal Network Service server for collecting and storing access information and history information of mobile communication terminals and end devices which transmit and receive information over a wireless local area network, wherein history information includes at least one of information about a plurality of connected devices, service information at the time of connection, charge information or capabilities of the plurality of connected devices, and, if the previously stored history information is requested while a Converged Personal Network Service is active between a mobile communication terminal and an end device, extracting the corresponding information, and providing the extracted information to the mobile communication terminal and the end device; the mobile communication terminals each for, while using the Converged Personal Network Service, performing a Converged Personal Network Service service-related procedure based on the history information received from the Converged Personal Network Service server; and the end devices each for, while using the Converged Personal Network Service, performing a Converged Personal Network Service service-related procedure based on the history information received via the mobile communication terminal.
A method of generating human kidney organoids, comprising: (i) providing a quantity of human pluripotent stem cells (hPSCs) and culturing the hPSCs sandwiched between two layers of Matrigel and optionally collagen I to form epiblast spheroids; and (ii) contacting the epiblast spheroids with a differentiation medium comprising CHIR99021 and B27 for about 24 hours; and then (iii) culturing the epiblast spheroids with a second medium comprising CHIR99021, B27 and insulin for 48 hours, followed by addition of IWP2 and continued culturing for 48 hours, and additional replacement of the second medium with the differentiation medium; wherein the epiblast spheroids or differentiated progeny thereof are not contacted with exogenous fibroblast growth factor 2, activin or bone morphogenetic protein thereby differentiating the epiblast spheroids into kidney organoids. (i) providing a quantity of human pluripotent stem cells (hPSCs) and culturing the hPSCs sandwiched between two layers of Matrigel and optionally collagen I to form epiblast spheroids; and (ii) contacting the epiblast spheroids with a differentiation medium comprising CHIR99021 and B27 for about 24 hours; and then (iii) culturing the epiblast spheroids with a second medium comprising CHIR99021, B27 and insulin for 48 hours, followed by addition of IWP2 and continued culturing for 48 hours, and additional replacement of the second medium with the differentiation medium;
Tool for controlling an offset between two stops (24, 26), the tool comprising a body, a sliding rule and a system for controlling a displacement of the sliding rule in relation to the body, the sliding rule comprising an end configured to abut against a first stop of the two stops (24, 26), the body comprising a guide configured to allow the sliding rule to slide in a longitudinal direction and an extension that includes an end configured to abut against a second stop of the two stops (24, 26), the guide and the extension being offset in relation to one another in a transversal direction perpendicular to the longitudinal direction, characterized in that the end of the extension comprises a notch in the shape of a circular arc with a diameter equal to the diameter of the second stop in the shape of a cylindrical pellet.
A distillate fuel composition boiling in the range of 190°C to 400°C with a T10 point greater than 205°C, and having a sulfur level of less than 50 wppm, a total aromatics content of 15 to 35 wt.%, a polynuclear aromatics content of less than 3 wt.%, and wherein the ratio of total aromatics to polynuclear aromatics is greater than 11.
A screen panel for at least partly covering an air intake opening of an air inlet house of a combustion engine or a compressor, which air inlet house has at least one filter for filtering the air to be supplied to the combustion engine or the compressor, wherein the screen panel comprises: - at least a frame to be connected to the air inlet house - at least a metal grid to be connected with the frame for at least partly covering the air intake opening of the air inlet house characterized in that, at least a part of a circumferential edge of the metal grid is embedded in an elastic layer wherein the elastic layer can be clamped into the frame for connecting the metal grid with the frame. - at least a frame to be connected to the air inlet house - at least a metal grid to be connected with the frame for at least partly covering the air intake opening of the air inlet house characterized in that, at least a part of a circumferential edge of the metal grid is embedded in an elastic layer wherein the elastic layer can be clamped into the frame for connecting the metal grid with the frame.
A method on a first user equipment (802; 902) for wireless communications, comprising: sending a shared key request using a first non-access stratum, NAS, message to a first mobility management entity (804; 904), MME, wherein the first NAS message indicates an uplink count value and includes at least a portion of contextual information associated with communication with a second UE (808; 908); calculating a first UE key based on a MME-first UE key that is shared between the first MME (804; 904) and the first UE (802; 902), the uplink count value, and the at least a portion of the contextual information; receiving a second NAS message, which includes a second UE key calculated by the second UE (808; 908) or by a second MME (806; 906) associated with the second UE (808; 908), from the first MME (804; 904); calculating a final UE key based on the first UE key and on the second UE key in response to reception of the second NAS message; and performing device-to-device, D2D, communication with the second UE using the final UE key.
A coating on a roughened metal surface of an implantable medical device, the coating comprising: a poly(ethylene glycol) disposed on at least a portion of the roughened metal surface, wherein the poly(ethylene glycol) is covalently bonded directly to the roughened metal surface by an inorganic ether bond, wherein the metal surface is a titanium metal surface, the poly(ethylene glycol) covalently bonded directly to the roughened metal surface is a monolayer, and an average molecular weight of the poly(ethylene glycol) is between 400 grams per mole and 4,000 grams per mole.
Converter arrangement (C.5, C.8, C.11, C.12), comprising a) at least two single LLC converters, b) a pulse generator per single LLC converter, wherein each pulse generator is configured to supply switching pulses to one single LLC converter and c) an output controller configured to use switching frequency control and/or phase-shift control to control the pulse generators, d) the converter arrangement (C.5, C.8, C.11, C.12) comprises a load balancing control (7.12) for controlling load balancing of the converter arrangement (C.5, C.8, C.11, C.12), characterized in that e) the converter arrangement (C.5, C.8, C.11, C.12) comprises a source converter (8.12), per LLC converter, wherein each source converter (8.12) is connected to an input of exactly one LLC converter to supply a supply voltage (V in_A, V in_B) to that LLC converter, wherein each source converter (8.12) is configured to be fed by a common voltage source (V src) and wherein the load balancing control (7.12) is configured to balance an input power of the source converters (8.12). a) at least two single LLC converters, b) a pulse generator per single LLC converter, wherein each pulse generator is configured to supply switching pulses to one single LLC converter and c) an output controller configured to use switching frequency control and/or phase-shift control to control the pulse generators, d) the converter arrangement (C.5, C.8, C.11, C.12) comprises a load balancing control (7.12) for controlling load balancing of the converter arrangement (C.5, C.8, C.11, C.12), characterized in that e) the converter arrangement (C.5, C.8, C.11, C.12) comprises a source converter (8.12), per LLC converter, wherein each source converter (8.12) is connected to an input of exactly one LLC converter to supply a supply voltage (V in_A, V in_B) to that LLC converter, wherein each source converter (8.12) is configured to be fed by a common voltage source (V src) and wherein the load balancing control (7.12) is configured to balance an input power of the source converters (8.12).
A modular grandstand convertible between a closed configuration for storage or transport and an open configuration for use, comprising a plurality of boards and at least two trusses, said trusses being openable between said closed configuration, in which all said trusses are folded in a compact conformation, and said open configuration in which all said trusses are unfolded in a vertical plane similarly to a folding fan; each truss comprising a movable frame consisting of a set of rods, each of which is interconnected with at least one other rod by means of connection means allowing their rotation about a horizontal axis and/or their reciprocal sliding, so that during the unfolding of each of said trusses, the respective movable frame is also unfolded, the latter, passing from said closed configuration for transport to said open configuration for use, forms a tiered structure, on each step of which rests one end of said boards arranged horizontally at increasing heights from the ground, characterized in that each of said trusses comprises an openable shell interconnected with at least a part of said rods of said movable frame by means of connecting means allowing their rotation about a horizontal axis and/or their reciprocal sliding, so that when said movable frame is in said closed configuration for transport it is entirely housed inside its respective closed shell, while when said movable frame is in said open configuration for use it is entirely unfolded outside its respective open shell; said openable shell being conformed as an elongated box body comprising a lower half-shell and an upper half-shell, the latter being rotationally connected by one of its ends to a corresponding end of said lower half-shell.
Spin torque majority gate device (100, 200), comprising: a free ferromagnetic layer (102, 202), a spin mixing layer arranged above the free ferromagnetic layer (102, 202); a non-magnetic tunnelling layer arranged above the spin mixing layer, a plurality of input elements (108, 110, 112) arranged above the non-magnetic tunnelling layer, each input element (108, 110, 112) comprising a fixed ferromagnetic layer, an output element arranged above the non-magnetic tunnelling layer and comprising a fixed ferromagnetic layer; characterised in that the spin mixing layer comprises a material chosen from a group consisting of graphene, CuN, Au, Ag, and alloys thereof. a free ferromagnetic layer (102, 202), a spin mixing layer arranged above the free ferromagnetic layer (102, 202); a non-magnetic tunnelling layer arranged above the spin mixing layer, a plurality of input elements (108, 110, 112) arranged above the non-magnetic tunnelling layer, each input element (108, 110, 112) comprising a fixed ferromagnetic layer, an output element arranged above the non-magnetic tunnelling layer and comprising a fixed ferromagnetic layer; characterised in that the spin mixing layer comprises a material chosen from a group consisting of graphene, CuN, Au, Ag, and alloys thereof.
A touch sensor, comprising a plurality of drive electrodes (21, 21') and a plurality of sense electrodes (22, 22') intersecting each other and having mutual capacitances formed between them, and a plurality of first bridges (25, 25') electrically connecting either the drive electrodes (21, 21') or the sense electrodes (22, 22'), wherein a plurality of virtual electrodes (23, 23') is disposed in a remaining area other than an area occupied by the drive electrodes (21, 21') and the sense electrodes (22, 22'), and wherein the virtual electrodes (23, 23') are located in a same layer as the drive electrodes (21, 21') and the sense electrodes (22, 22'), characterized in that the touch sensor further comprises: a plurality of second bridges (24, 24'), wherein the plurality of virtual electrodes (23, 23') are electrically connected by the second bridges (24, 24'), and the virtual electrodes (23, 23') are at a ground potential or at a fixed potential.
An automatic security lock of the type comprising a box-like body containing respective actuation lever systems for at least one bolt, said lever systems being controlled by a respective security cylinder associated with a key and with at least one movement actuator, characterized in that said lever systems comprise an actuation rod for the at least one bolt, a sliding slider being arranged above said cylinder in substantial alignment with the respective bit of said cylinder, said slider comprising a seat for said bit and an end head suitable to abut against an inclined plane formed on a surface of said actuation rod, upon a rotation of said bit said slider translating up to abutment and forcing on the inclined plane of said rod with consequent translation of said rod in the configuration of complete extraction of said at least one bolt.
A method for determining the air change rate ACH of a space, characterized in that it comprises steps in which: - over at least two successive time periods D k corresponding to distinct given-gas flow rates q̇ k applied in the space, a campaign of measurements is carried out to make it possible to determine the concentration of the gas inside the space c ik at closely-spaced time intervals, and the concentration of the gas outside the space c ek is determined at closely-spaced time intervals; - the value of the air change rate ACH of the space is determined by causing the convergence of: on the one hand, a diffusive model expressing the temporal variation of the concentration of the gas inside the space c ik as a function of the concentration of the gas outside the space c ek and of physical parameters of the space from which parameters the air change rate ACH of the space can be calculated, and on the other hand, the measured change c ik (t) in the concentration of the gas inside the space c ik as a function of time. - over at least two successive time periods D k corresponding to distinct given-gas flow rates q̇ k applied in the space, a campaign of measurements is carried out to make it possible to determine the concentration of the gas inside the space c ik at closely-spaced time intervals, and the concentration of the gas outside the space c ek is determined at closely-spaced time intervals; - the value of the air change rate ACH of the space is determined by causing the convergence of: on the one hand, a diffusive model expressing the temporal variation of the concentration of the gas inside the space c ik as a function of the concentration of the gas outside the space c ek and of physical parameters of the space from which parameters the air change rate ACH of the space can be calculated, and on the other hand, the measured change c ik (t) in the concentration of the gas inside the space c ik as a function of time. on the one hand, a diffusive model expressing the temporal variation of the concentration of the gas inside the space c ik as a function of the concentration of the gas outside the space c ek and of physical parameters of the space from which parameters the air change rate ACH of the space can be calculated, and on the other hand, the measured change c ik (t) in the concentration of the gas inside the space c ik as a function of time.
A method for notifying access network location information, comprising: sending, by a local General Packet Radio Service Tunneling Protocol, GTP, peer, a circuit identifier, ID, to a correspondent GTP peer by carrying the circuit ID in a Create Session Request message, a Modify Bearer Request message or a Delete Session Request message; and acquiring, by the correspondent GTP peer, the circuit ID carried in the Create Session Request message, the Modify Bearer Request message or the Delete Session Request message and returning, by the correspondent GTP peer, the circuit ID to the local GTP peer by carrying the circuit ID in a corresponding Create Session Response message, Modify Bearer Response message or Delete Session Response message, wherein the circuit ID comprises at least one of a Router interface number, a Switching Hub port number, a Remote Access Server port number, a Frame Relay Data Link connection identifier, an Asynchronous Transfer Mode, ATM, virtual circuit number, and a Cable Data virtual circuit number. sending, by a local General Packet Radio Service Tunneling Protocol, GTP, peer, a circuit identifier, ID, to a correspondent GTP peer by carrying the circuit ID in a Create Session Request message, a Modify Bearer Request message or a Delete Session Request message; and acquiring, by the correspondent GTP peer, the circuit ID carried in the Create Session Request message, the Modify Bearer Request message or the Delete Session Request message and returning, by the correspondent GTP peer, the circuit ID to the local GTP peer by carrying the circuit ID in a corresponding Create Session Response message, Modify Bearer Response message or Delete Session Response message, wherein the circuit ID comprises at least one of a Router interface number, a Switching Hub port number, a Remote Access Server port number, a Frame Relay Data Link connection identifier, an Asynchronous Transfer Mode, ATM, virtual circuit number, and a Cable Data virtual circuit number.
Method of regulating the temperature of an accumulator battery in the course of charging or discharging, characterized in that it comprises the following steps: a) the acquisition of successive values (CS 60, CS 70) of the charge stage which is relative to the level of charge in said accumulator battery, b) the measurement of two values (T 60, T 70) of the temperature of said accumulator battery, when said charge state successively assumes a first value (CS 70) and a second value (CS 60), c) the estimation, as a function of the values (T 60, T 70) of the temperature measured in step b), of the value (T est) of the temperature in said accumulator battery once said charge state has achieved a third value (CS 50), and d) the regulation of the means of control (8, 9) of the temperature of said accumulator battery, as a function of the value (T est) of the temperature estimated in step c). a) the acquisition of successive values (CS 60, CS 70) of the charge stage which is relative to the level of charge in said accumulator battery, b) the measurement of two values (T 60, T 70) of the temperature of said accumulator battery, when said charge state successively assumes a first value (CS 70) and a second value (CS 60), c) the estimation, as a function of the values (T 60, T 70) of the temperature measured in step b), of the value (T est) of the temperature in said accumulator battery once said charge state has achieved a third value (CS 50), and d) the regulation of the means of control (8, 9) of the temperature of said accumulator battery, as a function of the value (T est) of the temperature estimated in step c).