mhurhangee/ep-ind-claims huggingface dataset:
An access point comprising: a communicator configured to communicate with an external electronic apparatus; and a controller configured to: determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal. a communicator configured to communicate with an external electronic apparatus; and a controller configured to: determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal. determine whether an IP address allocated to the access point is a first IP address provided from an internet service provider or a second IP address provided from another access point, in response to an event of a first electronic apparatus on a sub net being connected to the communicator occurring, and upon the first electronic apparatus being determined to be a predetermined electronic apparatus, and the IP address allocated to the access point being determined as the second IP address, transmit a connection request signal for requesting connection between a second electronic apparatus on another sub net connected to the another access point and the first electronic apparatus, the request being transmitted to the second electronic apparatus connected to the another access point, and form a single network with the another access point based on a response signal in response to the connection request signal.
A pressure regulating apparatus for transferring fluid to or from a vial, the apparatus comprising: a cap connector configured to couple to the vial; a piercing member connected to the connector and configured to be inserted in the vial, the piercing member defining a distal regulator aperture and a distal extractor aperture, the distal extractor aperture configured to permit withdrawal of fluid from the vial via an extractor channel when the connector is coupled to the vial and when the extractor channel is coupled to an exchange device; a reservoir comprising a sterilized gas prior to the apparatus being coupled to the vial; a regulator channel configured to permit at least some of the sterilized gas to move from the reservoir through the distal regulator aperture to the vial; and means for maintaining pressure of the sterilized gas that separates the sterilized gas from ambient air prior to the connector being connected to the vial. a cap connector configured to couple to the vial; a piercing member connected to the connector and configured to be inserted in the vial, the piercing member defining a distal regulator aperture and a distal extractor aperture, the distal extractor aperture configured to permit withdrawal of fluid from the vial via an extractor channel when the connector is coupled to the vial and when the extractor channel is coupled to an exchange device; a reservoir comprising a sterilized gas prior to the apparatus being coupled to the vial; a regulator channel configured to permit at least some of the sterilized gas to move from the reservoir through the distal regulator aperture to the vial; and means for maintaining pressure of the sterilized gas that separates the sterilized gas from ambient air prior to the connector being connected to the vial.
A battery pack comprising: a battery cell comprising a plurality of battery cells arranged as an array; a measurement board configured to obtain information of the state of the battery cell, the measurement board comprising a measurement terminal which is arranged on a first surface of the battery cell and conductively connected to the first surface of the battery cell; a bus bar electrically connecting the plurality of battery cells to each other; and a bus bar holder which is insulative is arranged between the bus bar and the measurement board. a battery cell comprising a plurality of battery cells arranged as an array; a measurement board configured to obtain information of the state of the battery cell, the measurement board comprising a measurement terminal which is arranged on a first surface of the battery cell and conductively connected to the first surface of the battery cell; a bus bar electrically connecting the plurality of battery cells to each other; and a bus bar holder which is insulative is arranged between the bus bar and the measurement board.
Tracer charge for tracer ammunition being able to be fired from a barrelled weapon comprising a projectile accommodating the tracer charge (1-1"'), wherein the tracer charge (1-1"') comprises a bowl-shaped housing (2-2"), wherein the tracer charge (1-1''') comprises an electrical energy supply device arranged at the bottom in the bowl-shaped housing (2-2"), a circuit device and an illuminant arrangement, wherein the illuminant arrangement is able to be supplied with electrical voltage from the energy supply device with the aid of the circuit device, and wherein an optical unit for focusing the light emitted by the illuminant arrangement arranged at the illuminant arrangement in the region of the rear-side opening of the bowl-shaped housing (2-2") is provided, wherein the circuit device is an electronic switching device which is embodied in such a way that it automatically transitions from an open to a closed state on account of the high firing acceleration of the projectile containing the respective tracer charge (1-1''') and then electrically connects the energy supply device with the illuminant arrangement, characterized in that the electronic circuit device is connected to a sensor (12, 12') for detecting the firing of the projectile that is connectable to the tracer charge (1-1'''), and in that the sensor is a piezoceramic, the first surface of which is supported on the electrical energy supply device and the second surface of which is supported on the electronic circuit device, or the sensor is a piezoceramic that is arranged between the base of the bowl-shaped housing (2") and the adjacent wall of the projectile.
An engine starting system, the engine starting system comprising: a gas turbine engine including rotational components comprising an engine compressor, an engine turbine, and a rotor shaft operably connecting the engine turbine to the engine compressor, wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub, the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel; and characterised by comprising: a permanent magnet alternator operably connected to at least one of the rotational components, the permanent magnet alternator being configured to rotate the rotational components; and a motor controller in electronic communication with the permanent magnet alternator, the motor controller being configured to command the permanent magnet alternator to rotate the rotational components at a selected angular velocity for a selected period of time. a gas turbine engine including rotational components comprising an engine compressor, an engine turbine, and a rotor shaft operably connecting the engine turbine to the engine compressor, wherein each rotational component is configured to rotate when any one of the rotational components is rotated; an air turbine starter comprising a turbine wheel including a hub integrally attached to a turbine rotor shaft and a plurality of turbine blades extending radially from the hub, the turbine rotor shaft being operably connected to at least one of the rotational components and configured to rotate the rotational components when air flows through the turbine blades and rotates the turbine wheel; and a permanent magnet alternator operably connected to at least one of the rotational components, the permanent magnet alternator being configured to rotate the rotational components; and a motor controller in electronic communication with the permanent magnet alternator, the motor controller being configured to command the permanent magnet alternator to rotate the rotational components at a selected angular velocity for a selected period of time.
Drive train for an all wheel drive road vehicle having a first drive train component which has a rotatably mounted output element, and having a second drive train component which has a drive element which is mounted such that it can be rotated axially with respect to the output element, the output element being connected fixedly to the drive element so as to rotate with it by way of a coupling element which permits deviations from a coaxiality of the rotational axes of the output element and the drive element, having a first connection of a first end of the coupling element to the output element, and a second connection of the second end of the coupling element to the drive element, characterized in that the output element is a hollow shaft which penetrates the second drive train component completely or partially, is mounted rotatably in the second drive train component, and is penetrated completely or partially by the coupling element with a radial play, the first connection being arranged between the first drive train component and the second drive train component, and the second connection being arranged in the region within the second drive train component or in the region outside the second drive train component on its side which faces away from the first drive train component.
A catalyst composition which comprises a carrier and one or more metal components supported on the carrier, wherein the carrier comprises (i) mordenite in an amount in the range of from 20 to 90 wt%, based on total weight of carrier, the mordenite having a silica to alumina molar ratio in the range of from 10 to 60; (ii) ZSM-5 type zeolite in an amount of from 10 to 70 wt%, based on total weight of carrier, the ZSM-5 type zeolite having a silica to alumina molar ratio in the range of from 5 to 50 and a number average particle size as measured by Transmission Electron Microscopy in the range of from 5 to 50 nm; and (iii) an inorganic binder in an amount in the range of from 10 to 50 wt%, based on total weight of carrier; and wherein the one or more metal components comprise a group 10 metal.
A gas turbine engine having a centerline axis, said gas turbine engine comprising: a fan; a fan cowl assembly surrounding said fan to define a bypass duct configured to channel airflow for said fan, wherein said fan cowl assembly comprises a stationary cowl and a transcowl; and a plurality of actuators configured for displacing said transcowl relative to said stationary cowl, characterised in that: each of said actuators is skewed relative to the centerline axis of the engine and wherein said actuators are alternatingly skewed in different directions. a fan; a fan cowl assembly surrounding said fan to define a bypass duct configured to channel airflow for said fan, wherein said fan cowl assembly comprises a stationary cowl and a transcowl; and a plurality of actuators configured for displacing said transcowl relative to said stationary cowl, characterised in that: each of said actuators is skewed relative to the centerline axis of the engine and wherein said actuators are alternatingly skewed in different directions. each of said actuators is skewed relative to the centerline axis of the engine and wherein said actuators are alternatingly skewed in different directions.
Watch comprising a watch case that includes: - a middle, - a horological movement inside the middle, and - a control member mounted laterally with respect to the middle; the control member being mounted at the outer end of an elongate element (6, 2) that projects out of the middle, this elongate element defining a central axis, the control member being configured to fulfil at least one first function of the watch via a rotation or an axial movement of the elongate element, the watch being provided with at least one additional function that can be managed by an electrical signal; characterised in that the watch includes: - at least one strain gauge (15, 16) mounted inside the middle or at least partially in this middle or in an external element fixedly connected to this middle, this strain gauge and the elongate element being arranged so that the elongate element can exert a radial force on this strain gauge when a sufficient actuation force is exerted by a user on the control member in at least one direction substantially perpendicular to said central axis, said strain gauge being arranged so as to produce an electrical signal that is dependent on the radial force and thus on said actuation force, and - a processor configured to generate a command that manages said additional function on the basis of the electrical signal generated by the strain gauge. - at least one strain gauge (15, 16) mounted inside the middle or at least partially in this middle or in an external element fixedly connected to this middle, this strain gauge and the elongate element being arranged so that the elongate element can exert a radial force on this strain gauge when a sufficient actuation force is exerted by a user on the control member in at least one direction substantially perpendicular to said central axis, said strain gauge being arranged so as to produce an electrical signal that is dependent on the radial force and thus on said actuation force, and - a processor configured to generate a command that manages said additional function on the basis of the electrical signal generated by the strain gauge.
A method for monitoring a water network, the method comprising: obtaining, by a water network monitoring system, a set of Synthetic Aperture Radar, SAR, data for a geographic region containing at least a portion of the water network; obtaining, by the water network monitoring system, a set of optical data of the geographic region; analyzing, by the water network monitoring system, the obtained set of SAR data and the obtained set of optical data for spatial or temporal anomalies related to a plurality of indirect indicators of leaks in the water network; detecting, by the water network monitoring system and based on the analyzing of the obtained set of SAR data and the obtained set of optical images, one or more spatial or temporal anomalies related to at least one of the plurality of indirect indicators of leaks in the water network and not attributable to environmental factors within the geographic region; and generating, by the water network monitoring system, a set of graded locations within the geographic region having symptoms associated with leaks in the water network based on the detected one or more spatial or temporal anomalies. obtaining, by a water network monitoring system, a set of Synthetic Aperture Radar, SAR, data for a geographic region containing at least a portion of the water network; obtaining, by the water network monitoring system, a set of optical data of the geographic region; analyzing, by the water network monitoring system, the obtained set of SAR data and the obtained set of optical data for spatial or temporal anomalies related to a plurality of indirect indicators of leaks in the water network; detecting, by the water network monitoring system and based on the analyzing of the obtained set of SAR data and the obtained set of optical images, one or more spatial or temporal anomalies related to at least one of the plurality of indirect indicators of leaks in the water network and not attributable to environmental factors within the geographic region; and generating, by the water network monitoring system, a set of graded locations within the geographic region having symptoms associated with leaks in the water network based on the detected one or more spatial or temporal anomalies.
A method comprising: at a chassis management controller device in a chassis unit comprising a plurality of blade servers, storing policy information for the chassis unit, wherein the policy information comprises: blade server priority information that indicates an assignment of each of the blade servers to one of a plurality of blade server priority classes having different priorities, and a power budget for the chassis unit that is based on the blade server priority classes of the plurality of blade servers, such that chassis units with more blade servers assigned to higher priority classes are budgeted more power relative to other chassis units with fewer blade servers assigned to higher blade server priority classes; at the chassis management controller device, distributing power to the plurality of blade servers based on the blade server priority class for each of the plurality of blade servers and the power budget for the chassis unit; at the chassis management controller device, determining an actual power consumption of each of the plurality of blade servers; and at the chassis management controller device, redistributing power to the plurality of blade servers based on the actual power consumption and the policy information. at a chassis management controller device in a chassis unit comprising a plurality of blade servers, storing policy information for the chassis unit, wherein the policy information comprises: blade server priority information that indicates an assignment of each of the blade servers to one of a plurality of blade server priority classes having different priorities, and a power budget for the chassis unit that is based on the blade server priority classes of the plurality of blade servers, such that chassis units with more blade servers assigned to higher priority classes are budgeted more power relative to other chassis units with fewer blade servers assigned to higher blade server priority classes; blade server priority information that indicates an assignment of each of the blade servers to one of a plurality of blade server priority classes having different priorities, and a power budget for the chassis unit that is based on the blade server priority classes of the plurality of blade servers, such that chassis units with more blade servers assigned to higher priority classes are budgeted more power relative to other chassis units with fewer blade servers assigned to higher blade server priority classes; at the chassis management controller device, distributing power to the plurality of blade servers based on the blade server priority class for each of the plurality of blade servers and the power budget for the chassis unit; at the chassis management controller device, determining an actual power consumption of each of the plurality of blade servers; and at the chassis management controller device, redistributing power to the plurality of blade servers based on the actual power consumption and the policy information.
An endless vehicle track comprising: a body formed of an elastomeric material having an outer surface displaying a series of ground engaging profiles longitudinally spaced along the outer surface and an inner surface displaying a series of longitudinally spaced guide-drive lugs for retaining the track on the vehicle and/or driving the vehicle; a base and an outer surface disposed upon an upper face of each of the guide-drive lugs; and, a given width and height defined by each of the guide-drive lugs; characterized in that, the endless vehicle track further comprises a multilayer reinforcement disposed within each of the guide-drive lugs at a distance inward from the outer surface, wherein the multilayer reinforcement is a contiguous length providing a plurality of layers of reinforcement material; wherein the multilayer reinforcement defines an axis orientated transverse a longitudinal direction of the endless vehicle track; and, wherein the endless vehicle track comprises more than two guide-drive lugs, each containing a multilayer reinforcement, and wherein the multilayer reinforcement contained in one lug is not in contact with the multilayer reinforcement contained in any other lug. a body formed of an elastomeric material having an outer surface displaying a series of ground engaging profiles longitudinally spaced along the outer surface and an inner surface displaying a series of longitudinally spaced guide-drive lugs for retaining the track on the vehicle and/or driving the vehicle; a base and an outer surface disposed upon an upper face of each of the guide-drive lugs; and, a given width and height defined by each of the guide-drive lugs; characterized in that, the endless vehicle track further comprises a multilayer reinforcement disposed within each of the guide-drive lugs at a distance inward from the outer surface, wherein the multilayer reinforcement is a contiguous length providing a plurality of layers of reinforcement material; wherein the multilayer reinforcement defines an axis orientated transverse a longitudinal direction of the endless vehicle track; and, wherein the endless vehicle track comprises more than two guide-drive lugs, each containing a multilayer reinforcement, and wherein the multilayer reinforcement contained in one lug is not in contact with the multilayer reinforcement contained in any other lug.
Vehicle door having a vehicle door handle, wherein the vehicle door handle has a grip and a handle holder, wherein the grip is mounted in the handle holder, wherein the grip is formed as an elongated body and is mounted in the handle holder with a first bearing section arranged on a first end of the grip and a second bearing section arranged on a second end of the grip, wherein the grip with the handle holder is positioned on a vehicle door and together with a sheet metal section of the vehicle door forms a grab space, which is intended for a user to grip behind the grip between the grip and the sheet metal section, wherein an antenna is arranged in an inner cavity of the grip and the antenna is coupled to a control circuit for controlling a transmit and receive operation with the antenna, wherein the antenna is formed as a UWB antenna for a UWB signal transmission in a UWB frequency range, characterized in that the antenna is oriented towards the sheet metal section of the vehicle door, wherein the position and orientation of the antenna as well as the deformation of at least one reflector region of the sheet metal section are coordinated in such a manner that the reflector region acts in a targeted manner as the reflector for UWB signals, that are emitted from the antenna to the reflector region or that reach the reflector region approaching from a UWB source located in front of the reflector region.