mhurhangee/ep-ind-claims huggingface dataset:
A substrate processing device, comprising: a base including a member to be supplied with power, the member to be supplied with power being at least a resistance heating element or a high-frequency electrode; a power supply member (11, 16) which applies a voltage to the member to be supplied with power in the base; a shaft formed as a hollow cylinder of aluminium nitride, silicon nitride or aluminium oxide for supporting the base; a peripheral member provided on an inner circumference of a lower end of the shaft and disposed close to the power supply member (11, 16); and a heat insulator which is an electrical insulator formed of alumina, zirconia, or aluminium nitride, having a thermal conductivity of 50 W/m*K or less, a withstand voltage of 2 kV/mm or more, and a heat resistance to a temperature at least higher than 250°C, disposed between the power supply member (11, 16) and the peripheral member, the power supply member (11, 16) having a lower end which is fitted to the peripheral member through the heat insulator, characterized in that: the heat insulator is cylindrical with a wall thickness of 0.3 mm or more; in that at least a part of the peripheral member is disposed adjacent to the power supply member (11, 16) at a distance of 5 mm or less; and in that the peripheral member is formed of a thermoplastic resin in which the maximum continuous use temperature is 250°C. a base including a member to be supplied with power, the member to be supplied with power being at least a resistance heating element or a high-frequency electrode; a power supply member (11, 16) which applies a voltage to the member to be supplied with power in the base; a shaft formed as a hollow cylinder of aluminium nitride, silicon nitride or aluminium oxide for supporting the base; a peripheral member provided on an inner circumference of a lower end of the shaft and disposed close to the power supply member (11, 16); and a heat insulator which is an electrical insulator formed of alumina, zirconia, or aluminium nitride, having a thermal conductivity of 50 W/m*K or less, a withstand voltage of 2 kV/mm or more, and a heat resistance to a temperature at least higher than 250°C, disposed between the power supply member (11, 16) and the peripheral member, the power supply member (11, 16) having a lower end which is fitted to the peripheral member through the heat insulator, characterized in that: the heat insulator is cylindrical with a wall thickness of 0.3 mm or more; the heat insulator is cylindrical with a wall thickness of 0.3 mm or more; in that at least a part of the peripheral member is disposed adjacent to the power supply member (11, 16) at a distance of 5 mm or less; and in that the peripheral member is formed of a thermoplastic resin in which the maximum continuous use temperature is 250°C.
Method for managing a plurality of contents stored in various sources of contents and accessible by a predetermined set of terminals connected in a network, comprising the following steps: - aggregation of respective indexes of the contents accessible by the terminals of said set, in a common database for the set of terminals, each content being represented by at least one index (INDCi) comprising information data on the content, in which the information data on a content comprise at least one information item on a type of content source, - copying of a part at least of the contents accessible by the terminals of the aforementioned set as a function of an information item on an accessibility of the sources of the contents, so that different priorities are assigned for the copying as a function of said accessibility in a memory of an equipment item connected to the network and accessible from the terminals, in which the content source is a terminal and the information item on the type of content source characterizes at least one state of the terminal on or off and/or connected or not - interrogation, by a common interface application being installed in each terminal of said set, of said database from each terminal and selection, by said interface application, of a content indexed in the database in order to access the content selected from said terminal. - aggregation of respective indexes of the contents accessible by the terminals of said set, in a common database for the set of terminals, each content being represented by at least one index (INDCi) comprising information data on the content, in which the information data on a content comprise at least one information item on a type of content source, - copying of a part at least of the contents accessible by the terminals of the aforementioned set as a function of an information item on an accessibility of the sources of the contents, so that different priorities are assigned for the copying as a function of said accessibility in a memory of an equipment item connected to the network and accessible from the terminals, in which the content source is a terminal and the information item on the type of content source characterizes at least one state of the terminal on or off and/or connected or not - interrogation, by a common interface application being installed in each terminal of said set, of said database from each terminal and selection, by said interface application, of a content indexed in the database in order to access the content selected from said terminal.
A slipper retainer ball for use within a hydraulic unit and configured to turn or rotate with respect to a wobbler of the hydraulic unit when installed therein, comprising: a partial spherical body having an aperture passing through a center of the body and defining an axis, the body having a flat bottom surface, a flat top surface, an external curved surface that is a smooth arcuate surface that extends from the bottom surface to the top surface, and an interior profiled surface that extends in an axial direction from the bottom surface to the top surface; the interior profiled surface comprising: a first surface extending parallel to the axis from the bottom surface in the axial direction; a second surface extending perpendicular to the axis from the first surface and radially outward toward the external curved surface; a third surface extending from the second surface in the axial direction at a first angle that is skew from the axis; a fourth surface extending from the third surface parallel to the axis and in the axial direction; and a fifth surface extending from the fourth surface to the top surface at a second angle that is skew from the axis; wherein the axial thickness of the body extending between the bottom surface and the top surface is 1.196 cm (0.471 inches). a partial spherical body having an aperture passing through a center of the body and defining an axis, the body having a flat bottom surface, a flat top surface, an external curved surface that is a smooth arcuate surface that extends from the bottom surface to the top surface, and an interior profiled surface that extends in an axial direction from the bottom surface to the top surface; the interior profiled surface comprising: a first surface extending parallel to the axis from the bottom surface in the axial direction; a second surface extending perpendicular to the axis from the first surface and radially outward toward the external curved surface; a third surface extending from the second surface in the axial direction at a first angle that is skew from the axis; a fourth surface extending from the third surface parallel to the axis and in the axial direction; and a fifth surface extending from the fourth surface to the top surface at a second angle that is skew from the axis; a first surface extending parallel to the axis from the bottom surface in the axial direction; a second surface extending perpendicular to the axis from the first surface and radially outward toward the external curved surface; a third surface extending from the second surface in the axial direction at a first angle that is skew from the axis; a fourth surface extending from the third surface parallel to the axis and in the axial direction; and a fifth surface extending from the fourth surface to the top surface at a second angle that is skew from the axis; wherein the axial thickness of the body extending between the bottom surface and the top surface is 1.196 cm (0.471 inches).
A wearable device for increasing performance, comfort and/or preventing injury of a user of a computer mouse, for use with any type of computer mouse, comprising: a wrist support (10, 350), having an upper side adapted for receiving the user's wrist and/or lower forearm and an underside adapted to bear against a planar horizontal surface, such as a table, a wrist fastening device (13, 3503), for securing the wrist to the wrist support (10, 350), a hand support (20, 351), adapted for receiving a part of the user's hand, a hand fastening device (30, 3512), for securing the hand to the hand support (20, 352), wherein the underside presents a bearing arrangement (121a, 121b, 121c, 121d, 121e, 3501, 3511) for reducing friction against the planar surface, wherein the bearing arrangement comprises a friction reducing surface (121a, 121b, 121c, 121d, 121e, 3501, 3511), arranged on the underside of the wrist support (10, 350), and optionally also on an underside of the hand support (20, 351), wherein the hand support (20, 351) is movably connected to the wrist support (10, 350) by means of a connection (26, 353) which comprises a rotatable connection (26, 353) by which the hand support (20, 351) is rotatably connected to the wrist support (10, 350), such that the hand support (20, 351) and the wrist support (10, 350) are rotatable relative to each other about an axis extending in a vertical direction, when the wearable device is placed on the horizontal surface. a wrist support (10, 350), having an upper side adapted for receiving the user's wrist and/or lower forearm and an underside adapted to bear against a planar horizontal surface, such as a table, a wrist fastening device (13, 3503), for securing the wrist to the wrist support (10, 350), a hand support (20, 351), adapted for receiving a part of the user's hand, a hand fastening device (30, 3512), for securing the hand to the hand support (20, 352), wherein the underside presents a bearing arrangement (121a, 121b, 121c, 121d, 121e, 3501, 3511) for reducing friction against the planar surface, wherein the bearing arrangement comprises a friction reducing surface (121a, 121b, 121c, 121d, 121e, 3501, 3511), arranged on the underside of the wrist support (10, 350), and optionally also on an underside of the hand support (20, 351), wherein the hand support (20, 351) is movably connected to the wrist support (10, 350) by means of a connection (26, 353) which comprises a rotatable connection (26, 353) by which the hand support (20, 351) is rotatably connected to the wrist support (10, 350), such that the hand support (20, 351) and the wrist support (10, 350) are rotatable relative to each other about an axis extending in a vertical direction, when the wearable device is placed on the horizontal surface.
A wind turbine component having a laminate of fibrous material and plastic and an electrical line (28, 74) embedded in the laminate, characterized in that, a profile is arranged on a lateral surface of the electrical line (28, 74), which is wedge-shaped or ramp-shaped in cross-section and, during manufacture of the laminate, counteracts the formation of a hollow space or plastic nest between the lateral surface and a fibrous material layer which covers an upper side of the electrical line (28, 74).
A valve arrangement comprising: a valve for controlling a flow of heating or cooling fluid through a heat exchanger, an actuator for actuating said valve, control means for controlling said actuator, a first temperature sensor connected to said control means, and a second temperature sensor connected to said control means, a thermal resistance between the first temperature sensor and the valve being greater than a thermal resistance between the second temperature sensor and the valve, characterized in that the first temperature sensor and the second temperature sensor are part of detector means detecting a closing condition of the valve, wherein the actuator is an electric stepping motor, wherein in a detection phase the valve is opened step-wise starting from a starting point in which the valve is closed, the control means detecting and storing the number of a step at which the valve starts to open, and wherein said actuator is actuated by a group of steps and said control means comprises a timer means defining a pause between successive groups of steps.
A battery protection system comprising: a sensor (R TS2) configured to generate a sense signal(V TS) indicative of a temperature in a battery pack when said sensor is activated; a primary protection circuit, coupled to said sensor, and configured to generate a synchronizing signal (Ssyn) in a first state or a second state, sample said sense signal when said synchronizing signal is in said first state, and provide a primary protection to said battery pack based on said sense signal; and a secondary protection circuit, coupled to said primary protection circuit and said sensor, and configured to be controlled by said synchronizing signal, sample said sense signal when said synchronizing signal is in said second state, and provide a secondary protection to said battery pack based on said sense signal. a sensor (R TS2) configured to generate a sense signal(V TS) indicative of a temperature in a battery pack when said sensor is activated; a primary protection circuit, coupled to said sensor, and configured to generate a synchronizing signal (Ssyn) in a first state or a second state, sample said sense signal when said synchronizing signal is in said first state, and provide a primary protection to said battery pack based on said sense signal; and a secondary protection circuit, coupled to said primary protection circuit and said sensor, and configured to be controlled by said synchronizing signal, sample said sense signal when said synchronizing signal is in said second state, and provide a secondary protection to said battery pack based on said sense signal.
A method comprising: obtaining data pertaining to at least: a rate of descent of an aircraft and a measured distance of the aircraft from at least one of an obstacle and the ground; processing, by a processing device, the data to obtain a flight envelope; generating a tactile cue corresponding to the flight envelope; applying the tactile cue to an inceptor; characterized in that the method further comprises: determining, by a processing device, that the data indicates that the rate of descent exceeds a first threshold based on the measured distance being less than a second threshold; and automating a landing of the aircraft based on the determination. obtaining data pertaining to at least: a rate of descent of an aircraft and a measured distance of the aircraft from at least one of an obstacle and the ground; processing, by a processing device, the data to obtain a flight envelope; generating a tactile cue corresponding to the flight envelope; applying the tactile cue to an inceptor; characterized in that the method further comprises: determining, by a processing device, that the data indicates that the rate of descent exceeds a first threshold based on the measured distance being less than a second threshold; and automating a landing of the aircraft based on the determination. determining, by a processing device, that the data indicates that the rate of descent exceeds a first threshold based on the measured distance being less than a second threshold; and automating a landing of the aircraft based on the determination.
Active anti-vibration system comprising a mounting base having an upper side onto which a motion system can be mounted, a supporting frame resting on the floor, and active bearings mounted into an active bearing compartment defined by a lower side of the mounting base and an upper side of the supporting frame, each active bearing comprising actuators for imparting counteracting forces to the mounting base to compensate for reactions forces generated by the motion system, when mounted onto the mounting base and operating, to avoid unwanted movements of the mounting base and dampen any residual movements, each active bearing further comprising an upper panel mounted against the lower side of the mounting base and comprising threaded through-holes, a lower panel mounted against the upper side of the supporting frame, and a first set of screws securing the active bearing lower panel to the upper side of the supporting frame, wherein the mounting base comprises through-holes extending from the upper side to the lower side of the mounting base and axially aligned with the through-holes of the upper panel of respective bearing member, and a second set of screws comprising a threaded part screwed into respective through-holes to secure the active bearing upper panel to the lower side of the mounting base and characterized in that the lower panel of each active bearing comprises trough-holes and captive screw retainers, each captive screw retainer comprising a housing lodging a screw of said first set of screws, said screw being engaged with respective through-hole of the lower panel of the active bearing, the housing comprising an upper portion having a central opening axially aligned with the screw head of the screw, the upper side of the supporting frame comprising threaded holes receiving a threaded part of the screw of respective captive screw retainer.
Method for operating a security gateway between data buses (10, 20) of a vehicle, in which a correlation between an identification information item of the message and a processing rule is provided by means of a routing matrix for each message arriving on a data bus (10, 20), characterized in that at least one processing rule allocated to an identification information item has a reference information item (POLICY) to a security rule stored in a memory unit, which rule is used for filtering the message having this identification information item by means of an interpreter, wherein the security rules are stored as calibration data in a flash memory, wherein the security rule is set up generically as a filter function having at least one filter action (ACTION).
A connectivity identification system for identifying connectivity in an Optical Fiber Communication, OFC, network comprising a first node and a second node, the connectivity identification system comprising; an ultrasound communicator; and a transducer device communicatively connected to the ultrasound communicator, wherein, when the transducer device is connected to the first node, the ultrasound communicator is configured to: generate a unique identifier corresponding to each Fiber Optic, FO, patch cord connected to a transmitting port of the first node; transmit an ultrasound signal modulated with the unique identifier through the transducer device, through an outer jacket of the FO patch cord among a plurality of FO patch cords connected between the transmitting port of the first node and a receiving port of the second node, wherein a frequency of the ultrasound signal is selected from a set of predefined frequencies, and wherein the ultrasound signal is transmitted at the selected frequency based on one or more parameters of the transmitting port, one or more parameters of the receiving port and one or more parameters of the FO patch cord, and wherein the generated unique identifier corresponds to the selected frequency; and transmit the unique identifier to the receiving port of the second node via a wireless signal; and wherein when the transducer device is connected to the second node, the ultrasound communicator is configured to: receive the ultrasound signal from the transducer device, wherein the transducer device receives the ultrasound signal from an outer jacket of one of the plurality of FO patch cords; receive the wireless signal from the transducer device, wherein the received wireless signal comprises the unique identifier; demodulate the ultrasound signal to retrieve the unique identifier; and compare the unique identifier received via the wireless signal with the unique identifier retrieved by demodulation of the ultrasound signal; and identify the receiving port based on the comparison. transmit the unique identifier to the receiving port of the second node via a wireless signal; and wherein when the transducer device is connected to the second node, the ultrasound communicator is configured to: receive the ultrasound signal from the transducer device, wherein the transducer device receives the ultrasound signal from an outer jacket of one of the plurality of FO patch cords; receive the wireless signal from the transducer device, wherein the received wireless signal comprises the unique identifier; demodulate the ultrasound signal to retrieve the unique identifier; and compare the unique identifier received via the wireless signal with the unique identifier retrieved by demodulation of the ultrasound signal; and identify the receiving port based on the comparison.
A method for wireless communication by a user equipment, UE, in a wireless communication system in which the LTE has periodic motion in a repetitive manner between a plurality of positions, the method comprising: initiating (515, 1505), at the UE, measurements of received reference signals that are to be transmitted in a respective plurality of downlink transmission beams from a base station, each of the plurality of downlink transmission beams being transmitted at a different position of the UEs periodic motion; measuring (530, 1510), responsive to the initiating, one or more parameters of each of the received reference signals to generate a plurality of sets of measured beam parameters each associated with a corresponding downlink transmission beam; reporting (535, 1515), to the base station, each of the plurality of sets of measured beam parameters; receiving (545, 1520), responsive to the reporting the plurality of sets of measured beam parameters, a plurality of transmission configuration indicator, TCI, states for use in deterministically receiving a subsequent plurality of sequential transmission beams from the base station in a subsequent same periodic motion; and storing (550, 1525), at the UE, the plurality of TCI states. initiating (515, 1505), at the UE, measurements of received reference signals that are to be transmitted in a respective plurality of downlink transmission beams from a base station, each of the plurality of downlink transmission beams being transmitted at a different position of the UEs periodic motion; measuring (530, 1510), responsive to the initiating, one or more parameters of each of the received reference signals to generate a plurality of sets of measured beam parameters each associated with a corresponding downlink transmission beam; reporting (535, 1515), to the base station, each of the plurality of sets of measured beam parameters; receiving (545, 1520), responsive to the reporting the plurality of sets of measured beam parameters, a plurality of transmission configuration indicator, TCI, states for use in deterministically receiving a subsequent plurality of sequential transmission beams from the base station in a subsequent same periodic motion; and storing (550, 1525), at the UE, the plurality of TCI states.