mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling an operation of energy storage systems (113, 123, 133) of a wind park, wherein the wind park comprises a plurality of energy storage systems each of which is associated with a wind turbine (114, 124, 134) comprised by the wind park, and wherein each of the plural energy storage systems is configured to be operable to provide electrical energy to an auxiliary system of the associated wind turbine to power the auxiliary system when the wind turbine is disconnected from a power grid, wherein the method comprises obtaining for each of the energy storage systems storage system state information indicating an availability of the energy storage system to store and/or provide electrical energy, operating the plural energy storage systems (113, 123, 133) as a combined energy storage system based on the obtained storage system state information, and controlling the providing of electrical energy from the combined energy storage system to the power grid and/or to a load and/or the storing of electrical energy in the combined energy storage system, wherein the controlling of the providing of electrical energy from the combined energy storage system includes maintaining a reserve margin of energy in at least some of the energy storage systems (113, 123, 133), the reserve margin of energy being an amount of energy reserved for powering the auxiliary system of the associated wind turbine when the wind turbine (114, 124, 134) is disconnected from the power grid. obtaining for each of the energy storage systems storage system state information indicating an availability of the energy storage system to store and/or provide electrical energy, operating the plural energy storage systems (113, 123, 133) as a combined energy storage system based on the obtained storage system state information, and controlling the providing of electrical energy from the combined energy storage system to the power grid and/or to a load and/or the storing of electrical energy in the combined energy storage system, wherein the controlling of the providing of electrical energy from the combined energy storage system includes maintaining a reserve margin of energy in at least some of the energy storage systems (113, 123, 133), the reserve margin of energy being an amount of energy reserved for powering the auxiliary system of the associated wind turbine when the wind turbine (114, 124, 134) is disconnected from the power grid.
Bearing point for a tailgate or front flap bracket, wherein the tailgate or front flap bracket has a body connection at one end and a tailgate connection at the other end, wherein a contact disc is arranged between the body connection and the tailgate or front flap bracket, wherein a bolt supports the tailgate or front flap bracket in a retaining manner with respect to the body connection, wherein the bolt is at least partially surrounded by an axle, wherein the axle has, at one end, an integrally formed collar and, at the other end, an additional rotary disc, wherein the axle is partially or completely surrounded by a body sleeve in the working position, wherein the body sleeve is part of the body connection, wherein the contact disc is arranged between the body sleeve and the collar at least partially in contact, wherein the electrical insulator is arranged between the body sleeve and the axle, wherein the contact disc of the tailgate or front flap bracket, the body connection and the tailgate connection consist of a current-conducting metallic material.
A method for transmitting signals having data and pilot symbols in a mobile communication system, the method comprising: configuring output signals by adding the pilot symbols and auxiliary signals to all data symbols, wherein the auxiliary signals are calculated to make a sum of the data symbols and the auxiliary signals to be zero; and transmitting the output signals to a receiving end, wherein the pilot symbols have the same amplitude. configuring output signals by adding the pilot symbols and auxiliary signals to all data symbols, wherein the auxiliary signals are calculated to make a sum of the data symbols and the auxiliary signals to be zero; and transmitting the output signals to a receiving end,
Measurement device for a fluid volume for use in a hydraulic system, comprising a line element in which a hydraulic fluid of the hydraulic system is able to be received, a transmission arrangement which is arranged in the line element so as to be axially displaceable along a displacement path, and a contactless sensor which is functionally connected to the transmission arrangement in order to detect a displacement of the transmission arrangement along the displacement path with respect to the line element, wherein the hydraulic fluid is able to be subdivided into two fluid columns (18, 18') by the transmission arrangement in order to transmit a working pressure between the two fluid columns (18, 18'), wherein the line element comprises, at both axial ends, connection means, which have a central passage bore for conducting hydraulic fluid, characterized in that the transmission arrangement is, at the ends of the displacement path thereof, able to be displaced into a flow transfer position, for the purpose of the flow transfer of the hydraulic fluid via at least one groove in the line element, wherein the groove continues in an axial direction as far as the passage bore.
An antibody that specifically binds to Fibroblast Activation Protein, wherein said antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 267 and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 265.
A method for winding a belt-shaped wristband around a subject, comprising: defining a second adhesion region of an exposed adhesive layer located on a rear surface of a first winding region of the belt-shaped wristband (1A, 30A, 40A, 50A, 60A) by adhering a rear surface of a second winding region of the belt-shaped wristband (1A, 30A, 40A, 50A, 60A) to the exposed adhesive layer such that a part of the exposed adhesive layer remains exposed as the second adhesion region; characterised by adjusting a diameter of the belt-shaped wristband (1A, 30A, 40A, 50A, 60A) by selectively affixing the second adhesion region of the adhesive layer to an arbitrary position of a front surface of the belt-shaped wristband (1A, 30A, 40A, 50A, 60A); and using first and second adhesion position guides (18, 19) located at the first and second winding regions (6,7) of the belt-shaped wristband (1A, 30A, 40A, 50A, 60A) respectively to define the second adhesion region of the adhesive layer when the rear surfaces of the first and second winding regions (6, 7) are adhered together.
A bra 100 comprising: a body 102 onfigured to contact a wearer's torso; at least one armhole 132 formed in the body; a neckline 134 formed in the body; and a rib band 116 associated with the body; wherein at least one of the armhole 132, the neckline 134, and the rib band 116 includes flocked silicone, and wherein the body 102 is formed of multiple layers 158, 160, 162 of material adhered together to form a laminate. a body 102 onfigured to contact a wearer's torso; at least one armhole 132 formed in the body; a neckline 134 formed in the body; and a rib band 116 associated with the body; wherein at least one of the armhole 132, the neckline 134, and the rib band 116 includes flocked silicone, and wherein the body 102 is formed of multiple layers 158, 160, 162 of material adhered together to form a laminate.
Truck comprising a chassis (5, 7) and a cab present thereon which is connected to the chassis by means of a connecting construction, which connecting construction comprises at least one plate, as well as a strip which in a lateral direction is positioned perpendicular to the at least one plate and with at least part of at least one of two longitudinal edges fixed to the at least one plate, wherein a first end of the strip is connected to a connecting element that is connected to a transverse arm connected to a stabilizer bar, which stabilizer bar is connected to the cab, and wherein the at least one plate is connected to the chassis (5, 7), characterised in that at least a single chassis-connected breaking element (31, 33) is fixed to the connecting element, in that the connecting element is connected to the arm through a shaft attached to the connecting element, in that the first end of the strip is fixed to the shaft, in that the shaft is located in a central position in an eyelet fixed to an end of the arm, which eyelet has an inner diameter exceeding a diameter of the shaft, in that a flexible element is present between the eyelet and the shaft, in that the connecting element and the shaft, in case of a collision to absorb collision energy, are adapted to be distorted relative to the arm by the single breaking element (31, 33) being arranged to break first, prior to the strip being allowed to be torn loose from the at least one plate, while the flexible element is twisted.
Differential pressure transducer comprising: a transducer body; and a differential pressure sensor, which is arranged in the transducer body, wherein the transducer body has a process connection surface with a first pressure input opening and a second pressure input opening, wherein the differential pressure sensor can be exposed to a first pressure via the first pressure input opening and to a second pressure via a second pressure input opening, wherein the first pressure input opening is sealed with a first process isolating diaphragm, wherein the second pressure input opening is sealed with a second process isolating diaphragm, wherein the first process isolating diaphragm is sealed towards the environment with a first seal, and wherein the second process isolating diaphragm is sealed towards the environment with a second seal, wherein, in measuring mode, the differential pressure transducer is clamped against a process connection flange with its process connection surface, wherein at least one plate-like spacer with plane-parallel surfaces is clamped between the process connection flange and the process connection surface, said spacer defining the distance between the process connection surface and the process connection flange and limiting a clamping of the seals between the process connection surface and the process connection flange, characterized in that the plate-like spacer has two continuous openings, each of which form a seal holder and each of which is positioned such that it is aligned with one of the measuring diaphragms. a transducer body; and a differential pressure sensor, which is arranged in the transducer body, wherein the transducer body has a process connection surface with a first pressure input opening and a second pressure input opening, wherein the differential pressure sensor can be exposed to a first pressure via the first pressure input opening and to a second pressure via a second pressure input opening, wherein the first pressure input opening is sealed with a first process isolating diaphragm, wherein the second pressure input opening is sealed with a second process isolating diaphragm, wherein the first process isolating diaphragm is sealed towards the environment with a first seal, and wherein the second process isolating diaphragm is sealed towards the environment with a second seal, wherein, in measuring mode, the differential pressure transducer is clamped against a process connection flange with its process connection surface, wherein at least one plate-like spacer with plane-parallel surfaces is clamped between the process connection flange and the process connection surface, said spacer defining the distance between the process connection surface and the process connection flange and limiting a clamping of the seals between the process connection surface and the process connection flange, characterized in that the plate-like spacer has two continuous openings, each of which form a seal holder and each of which is positioned such that it is aligned with one of the measuring diaphragms.
A control assembly comprising serially connected control units, which control light emitting diodes, wherein each of the control units comprises a first communication interface (IO1, IO2) configured for communication with a further control unit, and a second communication interface (IO1, IO2) suitable for communication with a further control unit, wherein the control units are configured such that control signals are transmitted from the first communication interface (IO1, IO2) to the second communication interface (IO1, IO2) exclusively or from the second communication interface (IO1, IO2) to the first communication interface (IO1, IO2), characterized in that the control signal transmission transmits a plurality of control commands and the control units communicate at any time of a control signal transmission unidirectional in pairs with each other by means of communication lines, wherein the control signals are a data frame which contains instructions, an address and payload, wherein each instruction indicates a command to be executed by the receiving control unit, the payload comprises a color value for color adjustment of the light-emitting diode and the address provides a numbering of the control units and each of the control units receiving such an instruction switches the direction and decodes the subsequently arriving payload.
A process, comprising reacting a compound of Formula III: or a salt thereof, with 4-hydroxypiperidine to form a compound of Formula IV: or a salt thereof.
Method for receiving data that is intended to be implemented on a bearer, said bearer forming part of a telecommunication network having a satellite component comprising at least one satellite, and a terrestrial component comprising at least one terrestrial station, said data being organized into a set of packets having an identifier, said telecommunication network comprising at least one said bearer, said method having, for each of said data packets, the steps of: a) reception of a data packet transmitted by said satellite and having an identifier, b) recovery of the identifier and verification of correct reception of said data packet, c) in the event of incorrect reception of the data packet, transmission of a negative acknowledgement message comprising the identifier of the packet to said terrestrial station, and d) reception of a data packet corresponding to said identifier that is transmitted by the terrestrial station. a) reception of a data packet transmitted by said satellite and having an identifier, b) recovery of the identifier and verification of correct reception of said data packet, c) in the event of incorrect reception of the data packet, transmission of a negative acknowledgement message comprising the identifier of the packet to said terrestrial station, and d) reception of a data packet corresponding to said identifier that is transmitted by the terrestrial station.
A stair assistance device comprising a handrail, a sleeve connected to a handle bar and a locking mechanism, said locking mechanism comprising a plurality of pad assemblies disposed within the physical constraints of the sleeve of the handle bar, said sleeve enclosing the handrail and being slideably movable along the handrail, characterised in that the said pad assemblies provide one or more linear springs that produce a force that applies a friction brake against the said handrail and provide a positive force against which the user can provide an overcoming force when manually moving the handle bar up or down the handrail, one or more of the pad assemblies consisting of a sprung steel backing plate from which a protrusion is formed providing a spring strip in the centre of a first planar surface, said protruding spring strip having its planar surface bonded with a material with a low coefficient of friction while a second planar surface of the sprung steel backing plate is bonded with a material with a high coefficient of friction, said protruding spring strip provides a force that applies pressure so that the material with a high coefficient of friction of one or more of the associated pad assemblies are held in contact with the outer surface of the hand rail thus the handle bar is frictionally held to the handrail
A network capability exposure method performed by an access network device, the method comprising the steps of: • obtaining (S 106) a request message from an application server, wherein the request message comprises first time information and second time information, wherein the first time information is used to set a first time duration during which a terminal device is in a first state, and the second time information is used to set a second time duration during which the terminal device is in a second state, wherein the first state is RRC connected mode, and the second state is RRC inactive mode, wherein the first time information is a maximum response time, and the second time information is a maximum delay time; • setting (S 107), based on the first time information, the first time duration to a time duration greater than or equal to the first time information, and setting (S 107), based on the second time information, the second time duration to a time duration less than or equal to the second time information. • obtaining (S 106) a request message from an application server, wherein the request message comprises first time information and second time information, wherein the first time information is used to set a first time duration during which a terminal device is in a first state, and the second time information is used to set a second time duration during which the terminal device is in a second state, wherein the first state is RRC connected mode, and the second state is RRC inactive mode, wherein the first time information is a maximum response time, and the second time information is a maximum delay time; • setting (S 107), based on the first time information, the first time duration to a time duration greater than or equal to the first time information, and setting (S 107), based on the second time information, the second time duration to a time duration less than or equal to the second time information.
A method, for a first radio access network, RAN, node in a first RAN, for inter-system mobility load balancing, MLB, with a second RAN node in a second RAN, the method comprising: sending, to the second RAN node, a resource status request message that includes a reporting configuration comprising a reporting format that defines how one or more respective metrics to be measured should be reported to the first RAN node upon corresponding triggering events, and one or more of the following: one or more metrics, related to load and/or capacity of the second RAN node, to be measured by the second RAN node, and one or more triggering events for initiating reporting, to the first RAN node, of the metrics measured by the second RAN node; and receiving one of the following from the second RAN node in response to the resource status request message: a resource status response message indicating successful configuration of at least a portion of the reporting configuration; or a resource status failure message indicating unsuccessful configuration for all of the reporting configuration. sending, to the second RAN node, a resource status request message that includes a reporting configuration comprising a reporting format that defines how one or more respective metrics to be measured should be reported to the first RAN node upon corresponding triggering events, and one or more of the following: one or more metrics, related to load and/or capacity of the second RAN node, to be measured by the second RAN node, and one or more triggering events for initiating reporting, to the first RAN node, of the metrics measured by the second RAN node; and one or more metrics, related to load and/or capacity of the second RAN node, to be measured by the second RAN node, and one or more triggering events for initiating reporting, to the first RAN node, of the metrics measured by the second RAN node; and receiving one of the following from the second RAN node in response to the resource status request message: a resource status response message indicating successful configuration of at least a portion of the reporting configuration; or a resource status failure message indicating unsuccessful configuration for all of the reporting configuration. a resource status response message indicating successful configuration of at least a portion of the reporting configuration; or a resource status failure message indicating unsuccessful configuration for all of the reporting configuration.
Method for operating an electric machine which is provided for driving a vehicle at a speed, comprising: generating an actual braking torque of the electric machine by operating the electric machine in the generator mode; and determining the speed of the vehicle and of the actual braking torque which is provided by the electric machine, characterized by providing a braking torque threshold value; regulating the speed of the vehicle to a constant first value if the actual braking torque is lower than the braking torque threshold value; and regulating the speed of the vehicle to a second value which is higher than the first value if the actual braking torque is equal to or higher than the braking torque threshold value. generating an actual braking torque of the electric machine by operating the electric machine in the generator mode; and determining the speed of the vehicle and of the actual braking torque which is provided by the electric machine, providing a braking torque threshold value; regulating the speed of the vehicle to a constant first value if the actual braking torque is lower than the braking torque threshold value; and regulating the speed of the vehicle to a second value which is higher than the first value if the actual braking torque is equal to or higher than the braking torque threshold value.
A method of making a coatable composition, the method comprising sequentially: a) providing an initial composition comprising silica nanoparticles dispersed in an aqueous liquid medium, wherein the silica nanoparticles have a particle size distribution with an average particle size of less than or equal to 100 nanometers, and wherein the silica sol has a pH greater than 6; b) acidifying the initial composition to a pH of less than or equal to 4 using inorganic acid to provide a acidified composition; and c) dissolving at least one metal compound in the acidified composition to provide a coatable composition, wherein the at least one metal compound comprises at least one metal in any of groups 2 through 15 of the Periodic Table of the Elements. a) providing an initial composition comprising silica nanoparticles dispersed in an aqueous liquid medium, wherein the silica nanoparticles have a particle size distribution with an average particle size of less than or equal to 100 nanometers, and wherein the silica sol has a pH greater than 6; b) acidifying the initial composition to a pH of less than or equal to 4 using inorganic acid to provide a acidified composition; and c) dissolving at least one metal compound in the acidified composition to provide a coatable composition, wherein the at least one metal compound comprises at least one metal in any of groups 2 through 15 of the Periodic Table of the Elements.