mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine, comprising: • a rotor comprising a rotor portion of a fluid bearing for rotatably supporting the rotor; • a radially outer stator portion; • a radially inner stator portion comprising a stator portion of the fluid bearing; • a compressor air passage extending between the radially outer stator portion and the radially inner stator portion; • an annular gap between the rotor and the radially inner stator portion partially forming an annular air passage in communication with the compressor air passage, wherein along a flow direction of air flowing within the annular air passage a radius (r0,r1,r2,r3,r4) of the air passage decreases in a first portion (20, 26) and then increases in a second portion (22, 28); and characterized in that it further comprises • a discharge conduit (57, 63) for discharging the air flown through the second portion of the annular air passage, wherein an inlet of the discharge conduit for introducing the air flown through the second portion of the annular air passage is axially arranged between the second portion of the annular air passage and the fluid bearing. • a rotor comprising a rotor portion of a fluid bearing for rotatably supporting the rotor; • a radially outer stator portion; • a radially inner stator portion comprising a stator portion of the fluid bearing; • a compressor air passage extending between the radially outer stator portion and the radially inner stator portion; • an annular gap between the rotor and the radially inner stator portion partially forming an annular air passage in communication with the compressor air passage, wherein along a flow direction of air flowing within the annular air passage a radius (r0,r1,r2,r3,r4) of the air passage decreases in a first portion (20, 26) and then increases in a second portion (22, 28); and characterized in that it further comprises • a discharge conduit (57, 63) for discharging the air flown through the second portion of the annular air passage,
Method for locating a first motor vehicle on a digital map, in which a landmark which is provided for the locating process is concealed with respect to detection by the first motor vehicle, wherein the first motor vehicle detects a second stationary motor vehicle (180b, 180d) located on the map, and uses it for the locating process on the map, wherein the second motor vehicle (10b, 180d) transfers information about its position relative to the landmark to the first motor vehicle.
A palatal implant for an overdenture, comprising: an implant placement body which is implantable in a previously determined placement position of a palatal for the overdenture by work of a screw portion formed on an outer surface thereof; and a head which comprises a cuff connected to an upper portion of the implant placement body and an adjunct connecting portion provided in the cuff to couple with an adjunct, and is exposable to an outside at the placement position, wherein the adjunct connecting portion is provided in the form of a protrusion upward from an upper end of the cuff, the cuff and the adjunct connecting portion are formed as a single body, characterised in that an edge of the adjunct connecting portion is rounded, and the adjunct connecting portion comprises a magnet to magnetically couple with the adjunct. an implant placement body which is implantable in a previously determined placement position of a palatal for the overdenture by work of a screw portion formed on an outer surface thereof; and a head which comprises a cuff connected to an upper portion of the implant placement body and an adjunct connecting portion provided in the cuff to couple with an adjunct, and is exposable to an outside at the placement position, wherein the adjunct connecting portion is provided in the form of a protrusion upward from an upper end of the cuff, the cuff and the adjunct connecting portion are formed as a single body, characterised in that an edge of the adjunct connecting portion is rounded, and the adjunct connecting portion comprises a magnet to magnetically couple with the adjunct.
A terminal device for use with a wireless telecommunications network, the terminal device comprising: a transceiver configured to exchange signals with the wireless telecommunications network using one of a plurality of predetermined radio frequency resources; and a controller configured to determine a subset of the plurality of predetermined radio frequency resources on the basis of a network characteristic indicative of a network preference for biasing access to each predetermined radio frequency resource and an access class of the terminal device, the access class of the terminal device being an operational characteristic associated with the terminal device, by including each predetermined radio frequency resource via which terminal devices with the access class of the terminal device are permitted to exchange signals with the wireless telecommunications network in the subset of the plurality of predetermined radio frequency resources, and to select the one of the plurality of predetermined radio frequency resources from the determined subset, wherein the network characteristic indicative of the network preference for biasing access to each predetermined radio frequency resource is a number of access classes of terminal devices which are permitted to exchange signals with the wireless telecommunications network using that predetermined radio frequency resource. a transceiver configured to exchange signals with the wireless telecommunications network using one of a plurality of predetermined radio frequency resources; and a controller configured to determine a subset of the plurality of predetermined radio frequency resources on the basis of a network characteristic indicative of a network preference for biasing access to each predetermined radio frequency resource and an access class of the terminal device, the access class of the terminal device being an operational characteristic associated with the terminal device, by including each predetermined radio frequency resource via which terminal devices with the access class of the terminal device are permitted to exchange signals with the wireless telecommunications network in the subset of the plurality of predetermined radio frequency resources, and to select the one of the plurality of predetermined radio frequency resources from the determined subset, wherein the network characteristic indicative of the network preference for biasing access to each predetermined radio frequency resource is a number of access classes of terminal devices which are permitted to exchange signals with the wireless telecommunications network using that predetermined radio frequency resource.
A method for controlling access to a physical space using an emergency delegation, the method being performed in a lock device and comprising the steps of: receiving an access request from an electronic key; obtaining a plurality of delegations, wherein each delegation is a delegation from a delegator to a delegatee, the plurality of delegations collectively forming a chain of delegations wherein when two delegations are chained together, the delegatee of one delegation is the delegator of the next delegation; determining that a delegation in the chain of delegations is an emergency delegation, the emergency delegation indicating that access should only be granted when an emergency situation occurs, wherein one or more types of emergency situation are specified in the emergency delegation, wherein the one or more types of emergency situation is any one of break-in, fire, water leak, health emergency, and the emergency delegation specifying an address with which to communicate to determine whether the emergency situation occurs; determining when an emergency situation occurs by communicating with the address specified in the emergency delegation, and granting access to the physical space when the chain of delegations starts in the lock device and ends in the electronic key; and when the emergency situation occurs. receiving an access request from an electronic key; obtaining a plurality of delegations, wherein each delegation is a delegation from a delegator to a delegatee, the plurality of delegations collectively forming a chain of delegations wherein when two delegations are chained together, the delegatee of one delegation is the delegator of the next delegation; determining that a delegation in the chain of delegations is an emergency delegation, the emergency delegation indicating that access should only be granted when an emergency situation occurs, wherein one or more types of emergency situation are specified in the emergency delegation, wherein the one or more types of emergency situation is any one of break-in, fire, water leak, health emergency, and the emergency delegation specifying an address with which to communicate to determine whether the emergency situation occurs; determining when an emergency situation occurs by communicating with the address specified in the emergency delegation, and granting access to the physical space when the chain of delegations starts in the lock device and ends in the electronic key; and when the emergency situation occurs.
A device for homogenizing a mixture of solid fuel in a liquid, comprising: a. at least one conveying means for conveying and increasing the pressure of a feed mixture of solid fuel in a liquid towards at least one cross-sectional reduction, wherein the conveying means is designed as a piston pump in a housing of the device; and b. deflecting means for the at least one-time deflection of the mixture when passing through the at least one cross-sectional reduction, accompanied by the formation of an output mixture. a. at least one conveying means for conveying and increasing the pressure of a feed mixture of solid fuel in a liquid towards at least one cross-sectional reduction, wherein the conveying means is designed as a piston pump in a housing of the device; and b. deflecting means for the at least one-time deflection of the mixture when passing through the at least one cross-sectional reduction, accompanied by the formation of an output mixture.
Method for travelling along a predefined arrangement of paths (K1 - K2, K2 - K3, K1 - K5), which are connected to one another in nodes (K1,...,K10), with a mobile, in particular autonomous, robot, wherein the robot changes from an initial route, which contains all paths not yet travelled along, to a, different, substitute route, which comprises a loop route, which takes at least one path again after taking this path and at least one further path, and an adjoining remaining route, which contains all paths then not yet travelled along, if a value of a quality function for the substitute route is less than a value of this quality function for the initial route, characterized in that the quality function is dependent on a first effort, a second effort and a variable weighting of the first and second values in relation to one another; wherein the first effort is the lesser of a minimum effort for a loop route, which takes at least one path again after taking this path and at least one further path, and a minimum effort for a target route, which contains all paths not yet travelled along; and the second effort is a minimum effort for a remaining route, which contains all paths not yet travelled along after this loop route; and the variable weighting provides the second effort with a lower weighting for a first localization uncertainty of the robot than for a lesser second localization uncertainty of the robot, in particular provides it with the maximum weighting, in particular the same as the first effort, for a minimum localization uncertainty of the robot and/or provides it with the minimum weighting, in particular hides it, for a maximum localization uncertainty of the robot. changes from an initial route, which contains all paths not yet travelled along, to a, different, substitute route, which comprises a loop route, which takes at least one path again after taking this path and at least one further path, and an adjoining remaining route, which contains all paths then not yet travelled along, if a value of a quality function for the substitute route is less than a value of this quality function for the initial route, characterized in that the quality function is dependent on a first effort, a second effort and a variable weighting of the first and second values in relation to one another; wherein the first effort is the lesser of a minimum effort for a loop route, which takes at least one path again after taking this path and at least one further path, and a minimum effort for a target route, which contains all paths not yet travelled along; and the second effort is a minimum effort for a remaining route, which contains all paths not yet travelled along after this loop route; and the variable weighting provides the second effort with a lower weighting for a first localization uncertainty of the robot than for a lesser second localization uncertainty of the robot, in particular provides it with the maximum weighting, in particular the same as the first effort, for a minimum localization uncertainty of the robot and/or provides it with the minimum weighting, in particular hides it, for a maximum localization uncertainty of the robot.
A control apparatus for an elevator, comprising: a speed command issuing portion for calculating a speed command for controlling a speed of a car; a movement control portion for controlling a movement of the car based on the speed command; and an acceleration limiting portion for determining whether or not an acceleration of the car can be increased by comparing drive information corresponding to an output of a drive device during the movement of the car with a preset limit value, wherein the speed command issuing portion calculates, based on information from the acceleration limiting portion, the speed command to stop the acceleration from increasing when the drive information is at the limit value, and characterized in that the speed command issuing portion tentatively sets, based on information from a car load detector for detecting a riding load within the car, a limit acceleration/deceleration corresponding to the riding load when the car is caused to start moving, and obtains the speed command such that an acceleration/deceleration of the car becomes equal to or lower than the limit acceleration/deceleration. a speed command issuing portion for calculating a speed command for controlling a speed of a car; a movement control portion for controlling a movement of the car based on the speed command; and wherein the speed command issuing portion calculates, based on information from the acceleration limiting portion, the speed command to stop the acceleration from increasing when the drive information is at the limit value, and characterized in that the speed command issuing portion tentatively sets, based on information from a car load detector for detecting a riding load within the car, a limit acceleration/deceleration corresponding to the riding load when the car is caused to start moving, and obtains the speed command such that an acceleration/deceleration of the car becomes equal to or lower than the limit acceleration/deceleration.
Fuel pump having a head member provided with a blind bore in which a piston is adapted to perform a pumping cycle by reciprocating along the main axis of the bore between a top dead center position and a bottom dead center position, fuel being pressurized during the cycle in a compression chamber defined between the top extremity of the piston and the blind end of the bore, the piston reciprocating under the influence of a rotating cam cooperating with a follower assembly, the pump further comprising a spring compressed between the head member and the follower assembly in order to bias the follower assembly toward the cam, characterized in that an end cap is mounted to the piston for engaging the follower assembly, wherein the end cap is configured to locate a spring seat member on the piston, wherein the end cap comprises a head for cooperating with said spring seat member, wherein the head comprises a contact surface for engaging the follower assembly, wherein the head comprises a circumferential flange forming a radially outer portion of the contact surface, the circumferential flange being deformable elastically under load, wherein a circumferential groove is formed in an outer sidewall of the head to form said circumferential flange, wherein the piston comprises a longitudinal bore, wherein the end cap comprises a projection disposed in said longitudinal bore to mount the end cap.
A method of coating an escutcheon of a sprinkler assembly, the sprinkler assembly including a sprinkler and an escutcheon, the sprinkler including a body defining a sprinkler axis and a thermally responsive trigger supported by the body, the escutcheon including a first surface circumscribing an escutcheon axis, a second surface extending radially with respect to the escutcheon axis and a transition surface contiguous with the first and second surfaces (16a, 16b), the method comprising: locating a coating-inhibitor about the thermally responsive trigger; mounting the escutcheon about the sprinkler; disposing a coating on at least the second surface and the transition surface; and removing the coating-inhibitor. locating a coating-inhibitor about the thermally responsive trigger; mounting the escutcheon about the sprinkler; disposing a coating on at least the second surface and the transition surface; and removing the coating-inhibitor.
A method for operating a transmitter in a wireless communication system, the method comprising: determining a parameter indicating ProSe, proximity service, Per-Packet Reliability, PPPR, of a packet for a vehicle to everything, V2X, service, wherein the PPPR indicates a level of reliability required for the packet according to a V2X service type of the V2X service, wherein the PPPR is set by an application layer; in case the parameter is greater than or equal to a configured PPPR threshold, duplicating the packet; and transmitting, to a second electronic device of the V2X service, the packet through a first component carrier and the duplicated packet through a second component carrier, wherein the first component carrier and the second component carrier are configured for a carrier aggregation. determining a parameter indicating ProSe, proximity service, Per-Packet Reliability, PPPR, of a packet for a vehicle to everything, V2X, service, wherein the PPPR indicates a level of reliability required for the packet according to a V2X service type of the V2X service, wherein the PPPR is set by an application layer; in case the parameter is greater than or equal to a configured PPPR threshold, duplicating the packet; and transmitting, to a second electronic device of the V2X service, the packet through a first component carrier and the duplicated packet through a second component carrier, wherein the first component carrier and the second component carrier are configured for a carrier aggregation.
A method for preparing magnetic nanoparticles, the method comprising: (a) preparing a solution of a precursor in a liquid reaction medium, the precursor comprising at least one organoiron compound comprising at least one ligand that is not carbon monoxide, or the precursor comprising at least one iron compound comprising at least one ligand that is not carbon monoxide or bis(trimethylsilyl)amide; (b) heating the solution in a reaction vessel under an atmosphere to a first temperature and maintaining the first temperature for a first period of time to at least partially decompose the precursor, where the atmosphere is in the case of the precursor comprising a hydrogen gas atmosphere, or in the case of the precursor comprising an ammonia atmosphere; (c) optionally, heating or cooling the reaction mixture from step (b) to a second temperature and maintaining the second temperature for a second period of time to further decompose the precursor; (d) exposing the reaction mixture to an oxidising medium; and (e) recovering the resulting nanoparticles. (a) preparing a solution of a precursor in a liquid reaction medium, the precursor comprising at least one organoiron compound comprising at least one ligand that is not carbon monoxide, or the precursor comprising at least one iron compound comprising at least one ligand that is not carbon monoxide or bis(trimethylsilyl)amide; (b) heating the solution in a reaction vessel under an atmosphere to a first temperature and maintaining the first temperature for a first period of time to at least partially decompose the precursor, where the atmosphere is in the case of the precursor comprising a hydrogen gas atmosphere, or in the case of the precursor comprising an ammonia atmosphere; (c) optionally, heating or cooling the reaction mixture from step (b) to a second temperature and maintaining the second temperature for a second period of time to further decompose the precursor; (d) exposing the reaction mixture to an oxidising medium; and (e) recovering the resulting nanoparticles.
A method for generating attention pointers, comprising: displaying, in a display of a mobile device, a virtual screen within a field of view, FOV, of a user; characterized by updating, by the processor, one or more virtual screens within or outside the FOV of the user, when the user selects an update button on the virtual screen within the field of view of the user; in response to a change in a virtual screen outside the FOV due to the update, triggering generation by the processor of one or more attention pointers within the FOV of the user for directing user attention to the change in the virtual screen outside the FOV; and displaying, by the processor, on a virtual screen within the FOV to the user, the one or more attention pointers wherein the one or more attention pointers are dynamically configured to interact with the user in response to detections based on a movement of the user. displaying, in a display of a mobile device, a virtual screen within a field of view, FOV, of a user; characterized by updating, by the processor, one or more virtual screens within or outside the FOV of the user, when the user selects an update button on the virtual screen within the field of view of the user; in response to a change in a virtual screen outside the FOV due to the update, triggering generation by the processor of one or more attention pointers within the FOV of the user for directing user attention to the change in the virtual screen outside the FOV; and displaying, by the processor, on a virtual screen within the FOV to the user, the one or more attention pointers wherein the one or more attention pointers are dynamically configured to interact with the user in response to detections based on a movement of the user.