mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: receiving , by a device and from a source, a message for routing to a destination on a communication channel, the communication channel having been established between the source and the destination; determining , by the device, policy information associated with at least one of the message, the source, or the destination, the policy information describing an action for a network device to perform; associating , by the device, the message with a policy token based on the policy information, the policy token including information identifying a different device that stores the policy information for the network device; providing , by the device, the message and the policy token to the network device on the communication channel to permit or cause the network device to request the policy information from the different device based on the policy token, and to perform the action described by the policy information, where the message and the policy token further permit or cause the network device to remove the policy token from the message and to provide the message to the destination on the communication channel. receiving , by a device and from a source, a message for routing to a destination on a communication channel, the communication channel having been established between the source and the destination; determining , by the device, policy information associated with at least one of the message, the source, or the destination, the policy information describing an action for a network device to perform; associating , by the device, the message with a policy token based on the policy information, the policy token including information identifying a different device that stores the policy information for the network device; providing , by the device, the message and the policy token to the network device on the communication channel to permit or cause the network device to request the policy information from the different device based on the policy token, and to perform the action described by the policy information, where the message and the policy token further permit or cause the network device to remove the policy token from the message and to provide the message to the destination on the communication channel.
A method for operating a wind power installation , and - the wind power installation comprises an aerodynamic rotor with rotor blades, - the rotor can be operated with a variable rotor rotation speed, - the wind power installation outputs an output power generated from wind for feeding into an electrical supply grid, - the wind power installation can be operated in a normal operating mode without power reduction and - in a reduced operating mode with power reduction, in which a specified power reduced with respect to a rated installation power is specified, wherein - when operating in the reduced operating mode for wind speeds above a rated wind speed (V Nenn ), at least in one rotation speed increase region, the wind power installation increases its rotor rotation speed as the wind speed rises further, wherein in spite of the continued increase in the rotation speed the output power is not increased. - the wind power installation comprises an aerodynamic rotor with rotor blades, - the rotor can be operated with a variable rotor rotation speed, - the wind power installation outputs an output power generated from wind for feeding into an electrical supply grid, - the wind power installation can be operated in a normal operating mode without power reduction and - in a reduced operating mode with power reduction, in which a specified power reduced with respect to a rated installation power is specified, wherein - when operating in the reduced operating mode for wind speeds above a rated wind speed (V Nenn ), at least in one rotation speed increase region, the wind power installation increases its rotor rotation speed as the wind speed rises further, wherein in spite of the continued increase in the rotation speed the output power is not increased.
A device for use in conjunction with a personal emergency response system (PERS), the device comprising: a wearable personal help button including a call button , a motion sensor , and a transmitter or transceiver configured to transmit a wireless call signal in response to the call button being pressed; and an electronic processor programmed to perform a compliance monitoring process using the motion sensor to assess compliance with wearing the wearable personal help button, wherein the compliance monitoring process is performed at successive compliance check times and includes, at each compliance check time: acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time. a wearable personal help button including a call button , a motion sensor , and a transmitter or transceiver configured to transmit a wireless call signal in response to the call button being pressed; and an electronic processor programmed to perform a compliance monitoring process using the motion sensor to assess compliance with wearing the wearable personal help button, wherein the compliance monitoring process is performed at successive compliance check times and includes, at each compliance check time: acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time. acquiring motion sensor data from the motion sensor of the wearable personal help button over a compliance data acquisition time interval shorter than the time interval between successive compliance check times; determining from the motion sensor data acquired over the compliance data acquisition time interval whether the wearable personal help button has moved since the last compliance check time; and assessing compliance with wearing the wearable personal help button based at least in part on the determination of whether the wearable personal help button has moved since the last compliance check time.
A rotor system comprising: a plurality of rotor blades configured to generate lift or thrust; at least one motor ; a driveshaft configured to provide rotational energy from the motor to the rotor blades , via a gearbox unit ; an overrunning clutch connected to the motor and disposed around the driveshaft , wherein the overrunning clutch is rotated by the at least one motor ; a pump assembly associated with the at least one motor , the pump assembly comprising a large bore through which the driveshaft passes such that the pump assembly is arranged concentric to the driveshaft , the pump assembly further comprising: a gerotor pump comprising inner and outer gerotor pump gears , wherein an inner bore of the gerotor pump engages and is driven by the overrunning clutch ; and a cover disposed over the gerotor pump for providing a sump for the gerotor pump . a plurality of rotor blades configured to generate lift or thrust; at least one motor ; a driveshaft configured to provide rotational energy from the motor to the rotor blades , via a gearbox unit ; an overrunning clutch connected to the motor and disposed around the driveshaft , wherein the overrunning clutch is rotated by the at least one motor ; a pump assembly associated with the at least one motor , the pump assembly comprising a large bore through which the driveshaft passes such that the pump assembly is arranged concentric to the driveshaft , the pump assembly further comprising: a gerotor pump comprising inner and outer gerotor pump gears , wherein an inner bore of the gerotor pump engages and is driven by the overrunning clutch ; and a cover disposed over the gerotor pump for providing a sump for the gerotor pump . a gerotor pump comprising inner and outer gerotor pump gears , wherein an inner bore of the gerotor pump engages and is driven by the overrunning clutch ; and a cover disposed over the gerotor pump for providing a sump for the gerotor pump .
Hose clamp made of a clamping band comprising band sections overlapping each other in the closed state of the hose clamp, on which hooks are arranged for closing the hose clamp, and comprising a tightening device arranged in the outer band section for tightening the hose clamp around an object to be clamped, wherein the overlapped inner end of the clamping band is formed as a tongue with a reduced width compared to the clamping band and the outer band section has a tongue channel for receiving the tongue , characterised in that the tongue is stamped out of the clamping band while forming outwardly projecting side flaps and a central bottom portion between them, the bottom portion formed by the clamping band continuously rising up to the height of the side flaps .
A medical device comprising: a balloon inflatable to an inflated configuration , the balloon comprising: a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein the non-compliant layer is configured to delaminate from the inner layer and the outer layer in the inflated configuration; wherein the non-compliant layer is configured to rupture in the inflated configuration at a predetermined pressure, and wherein the predetermined pressure is insufficient to rupture both the inner layer and the outer layer. a balloon inflatable to an inflated configuration , the balloon comprising: a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein a non-compliant layer coextruded on an inner layer ; and an outer layer coextruded on the non-compliant layer, wherein the non-compliant layer is configured to delaminate from the inner layer and the outer layer in the inflated configuration; wherein the non-compliant layer is configured to rupture in the inflated configuration at a predetermined pressure, and wherein the predetermined pressure is insufficient to rupture both the inner layer and the outer layer.
Headphone with over the head passage and two earphone housings , one attached at each end of the over the head passage at respective attachment areas thereof, and an electrical lead element passing between the over the head passage and each of the two earphone housings , wherein the over the head passage is connected on each end at a respective attachment area to the respective earphone housing at an earphone attachment site arranged externally of the respective earphone housing , and whereby each earphone housing comprises a lead element opening spaced from the earphone attachment site whereby the lead element opening is larger than the electrical lead element and the lead element is slidably arranged to slide in the lead element opening when a user of the headphone adjusts the position of the respective earphone housing , and wherein the lead element passes from the lead element opening in the earphone housing into the over the head passage at an entry point thereof above the respective attachment area , whereby the lead element is enclosed inside the over the head passage , characterised in that the lead element is flexible and resilient enough to stay straight during motion in and out of the earphone housing through the opening .
A heat pipe comprising: an inlet port for injecting a working fluid (C), the inlet port including an unsealed part and a sealed part that connect to each other, the unsealed part and the sealed part including a plurality of metal layers, the plurality of metal layers being a first outermost layer , a plurality of intermediate layers (902-905) stacked on the first outermost layer , and a second outermost layer stacked on the plurality of intermediate layers (902-905), wherein, in the unsealed part , the plurality of intermediate layers (902-905) include respective openings (902x-905x) open to the first and second outermost layers , and respective first and second walls (902a-905a, 902b-905b) on first and second opposite sides, respectively, of the openings (902x-905x), the openings (902x-905x) of the plurality of intermediate layers (902-905) form an injection channel defined by the first and second outermost layers and the first and second walls (902a-905a, 902b-905b) of the plurality of intermediate layers (902x-905x), and wherein, in the sealed part , each of the plurality of metal layers contacts one or more of other metal layers among the plurality of metal layers to hermetically seal the inlet port , the heat pipe being characterized in that inner wall faces (902s-905s) of the first walls (902a-905a) and inner wall faces (902s-905s) of the second walls (902b-905b) of at least two adjacent intermediate layers among the plurality of intermediate layers (902-905) form a first step and a second step, respectively. an inlet port for injecting a working fluid (C), the inlet port including an unsealed part and a sealed part that connect to each other, the unsealed part and the sealed part including a plurality of metal layers, the plurality of metal layers being a first outermost layer , a plurality of intermediate layers (902-905) stacked on the first outermost layer , and a second outermost layer stacked on the plurality of intermediate layers (902-905), wherein, in the unsealed part , the plurality of intermediate layers (902-905) include respective openings (902x-905x) open to the first and second outermost layers , and respective first and second walls (902a-905a, 902b-905b) on first and second opposite sides, respectively, of the openings (902x-905x), the openings (902x-905x) of the plurality of intermediate layers (902-905) form an injection channel defined by the first and second outermost layers and the first and second walls (902a-905a, 902b-905b) of the plurality of intermediate layers (902x-905x), and wherein, in the sealed part , each of the plurality of metal layers contacts one or more of other metal layers among the plurality of metal layers to hermetically seal the inlet port , the heat pipe being characterized in that inner wall faces (902s-905s) of the first walls (902a-905a) and inner wall faces (902s-905s) of the second walls (902b-905b) of at least two adjacent intermediate layers among the plurality of intermediate layers (902-905) form a first step and a second step, respectively.
Assembly for generating brake pressure in a hydraulic motor-vehicle brake system with a fluid container for supply thereof with a brake fluid, comprising at least one connector piece for insertion into a receiving seat of the assembly , in the connector piece a connecting channel for hydraulically connecting a container interior space to the assembly , and a shut-off valve which is arranged in the connecting channel and serves for blocking the connecting channel , wherein the shut-off valve has a displaceable valve closure body which, upon insertion of the connector piece into the receiving seat , automatically transfers the shut-off valve into an open state by action of force and which, upon removal of the connector piece from the receiving seat , transfers said shut-off valve into a closed state, wherein, in the closed state of the shut-off valve , the valve closure body is received in the fluid container completely within a contour formed by an outer edge of the connector piece , wherein the assembly has in the receiving seat a supporting means which, in the inserted state, at least regionally engages into the connecting channel , and wherein the valve closure body is configured to be moved into the connecting channel in the inserted state by the supporting means in the receiving seat of the assembly , wherein the supporting means is provided as a separate insert part, characterized in that the receiving seat has a bottom with a depression and the supporting means is in the form of a ball placed into the depression .
Dust bag for a vacuum cleaner , which dust bag comprises a holding plate for fastening in a dust chamber of the vacuum cleaner , an inlet opening for receiving a dust-laden air flow of the vacuum cleaner being introduced into the holding plate , a filter bag made of an air-permeable material and open to the inlet opening being arranged on the holding plate , the material of the filter bag being designed to filter the dust out of the air flow when the air flow passes through, the material of the filter bag having a first degree of reflection, the dust bag having at least one identification surface , the identification surface being designed to distinguish a manufacturer-specific suitability approval of the dust bag for a manufacturer-specific vacuum cleaner , the identification surface having a second degree of reflection, characterised in that the identification surface is arranged on an upper side of the filter bag having the holding plate .
Device for delivering a DC voltage between two output terminals from an AC voltage applied to input terminals , comprising: - a first capacitive element ; - two first switches in a half-bridge between terminals of the first capacitive element ; - two second switches electrically in series between the terminals of the first capacitive element ; - a transformer , comprising a first winding placed between a junction node between the first switches and one of the input terminals , the other one of the input terminals being coupled to a junction node between the second switches; - a fullwave rectifying circuit delivering the DC voltage, comprising: o two second capacitive elements electrically in series between the output terminals; and o two third switches , each placed between one of the output terminals and a second winding of the transformer; - a circuit (140, 138; 410) configured to switch the first switches at a frequency (f) and to control the second switches; - a circuit (176; 410) configured to control the voltage delivered by the device, acting on said frequency (f) and/or on a delay between a time when an AC current flowing through the second winding changes direction and a next time of switching of the third switches . - a first capacitive element ; - two first switches in a half-bridge between terminals of the first capacitive element ; - two second switches electrically in series between the terminals of the first capacitive element ; - a transformer , comprising a first winding placed between a junction node between the first switches and one of the input terminals , the other one of the input terminals being coupled to a junction node between the second switches; - a fullwave rectifying circuit delivering the DC voltage, comprising: o two second capacitive elements electrically in series between the output terminals; and o two third switches , each placed between one of the output terminals and a second winding of the transformer; o two second capacitive elements electrically in series between the output terminals; and o two third switches , each placed between one of the output terminals and a second winding of the transformer; - a circuit (140, 138; 410) configured to switch the first switches at a frequency (f) and to control the second switches; - a circuit (176; 410) configured to control the voltage delivered by the device, acting on said frequency (f) and/or on a delay between a time when an AC current flowing through the second winding changes direction and a next time of switching of the third switches .
A smoking article comprising: a tobacco rod or aerosol generating substrate; and a contoured filter element axially aligned with and fixed to the tobacco rod or aerosol generating substrate with a tipping paper , the contoured filter element having a cylindrical rod end portion and a cylindrical mouth end portion and a contoured portion with a predetermined shape or form imposed between the cylindrical rod end portion and the cylindrical mouth end portion, the contoured portion defining an exterior surface of the smoking article and having a first cross-sectional area that is less than a cross-sectional area of either the cylindrical rod end portion or the cylindrical mouth end portion , wherein the tipping paper is disposed about the cylindrical rod end portion of the contoured filter element but not disposed about the contoured portion of the contoured filter element , and wherein the contoured filter element is configured to mate with fingers of a user of the smoking article . a tobacco rod or aerosol generating substrate; and a contoured filter element axially aligned with and fixed to the tobacco rod or aerosol generating substrate with a tipping paper , the contoured filter element having a cylindrical rod end portion and a cylindrical mouth end portion and a contoured portion with a predetermined shape or form imposed between the cylindrical rod end portion and the cylindrical mouth end portion, the contoured portion defining an exterior surface of the smoking article and having a first cross-sectional area that is less than a cross-sectional area of either the cylindrical rod end portion or the cylindrical mouth end portion , wherein the tipping paper is disposed about the cylindrical rod end portion of the contoured filter element but not disposed about the contoured portion of the contoured filter element , and wherein the contoured filter element is configured to mate with fingers of a user of the smoking article .
A weighing balance comprising a base body , a weighing chamber rear wall , and a top wall ; the weighing chamber rear wall comprising a first side and a second side with the first side facing the draft shield and the second side located opposing the first side ; the weighing balance further comprising a mounting unit movably connected to the first side of the weighing chamber rear wall and positioned above the top wall , the weighing chamber rear wall further comprising an elongate slot extending from the first side through the second side and receiving the mounting unit and the top wall about the first side and guiding the mounting unit and the top wall in a direction normal to the base body characterized by a position control unit located on the second side and comprising a lower carriage operatively connected to the top wall , an upper carriage operatively connected to the mounting unit such that the mounting unit and the top wall are movable together along the elongate slot wherein the lower carriage is stoppable by a stopper at a predetermined position away from the base body while allowing the upper carriage to advance beyond said stopper thereby separating the mounting unit spatially from the top wall .
A beverage composition comprising a recombinant ovomucoid protein (rOVD) and at least one consumable liquid, wherein the rOVD comprises at least one glycosylated asparagine residue and the rOVD is substantially devoid of N-linked mannosylation, and wherein the rOVD is capable of forming a clear solution in an aqueous solution at a concentration of rOVD from about 0.1% w/v to about 30% w/v in the solution, at a pH between about 2 and about 7, and at room temperature. wherein the rOVD comprises at least one glycosylated asparagine residue and the rOVD is substantially devoid of N-linked mannosylation, and wherein the rOVD is capable of forming a clear solution in an aqueous solution at a concentration of rOVD from about 0.1% w/v to about 30% w/v in the solution, at a pH between about 2 and about 7, and at room temperature.