mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal for accessing a public safety network in a wireless communication system, the method comprising: receiving, from a base station, a system information block including information on a frequency band that supports a public safety network service; transmitting, to the base station, a message including terminal capability information indicating that the terminal supports the public safety network service; receiving, from the base station, a handover command message, in response to the transmitted message; and performing a handover, when the command is received, to the frequency band that supports the public safety network service. receiving, from a base station, a system information block including information on a frequency band that supports a public safety network service; transmitting, to the base station, a message including terminal capability information indicating that the terminal supports the public safety network service; receiving, from the base station, a handover command message, in response to the transmitted message; and performing a handover, when the command is received, to the frequency band that supports the public safety network service.
A loop avoidance system, comprising a first network device (S3, S5) and a second network device (S7, S8), wherein the first network device and the second network device are both in an internal network, and the internal network is a network whose topology is ensured to be loop-free; characterized in that, a type of a first Ethernet port of the first network device is a first type, a loop avoidance priority of the first Ethernet port is a first loop avoidance priority, and a root media access control, MAC, address of the first network device and a network bridge MAC address of the first network device are different, an Ethernet port whose type is the first type is an Ethernet port that is connected to an external network, an Ethernet port whose type is the second type is an Ethernet port connected to another network device in the internal network, wherein the root MAC address is a MAC address used for detecting a loop by multiple network devices in the internal network, and the network bridge MAC address of the first network device is a physical address of the first network device; and a type of a second Ethernet port of the second network device is the first type, a loop avoidance priority of the second Ethernet port is a second loop avoidance priority, a root MAC address of the second network device and a network bridge MAC address of the second network device are different, and the root MAC address of the second network device is the same as the root MAC address of the first network device, wherein the network bridge MAC address of the second network device is a physical address of the second network device; wherein the first network device is configured to send a loop detection frame by using the first Ethernet port, wherein the loop detection frame comprises the first loop avoidance priority, and a source address of the loop detection frame is the root MAC address of the first network device; and the second network device is configured to receive the loop detection frame by using the second Ethernet port, and block the second Ethernet port if the first loop avoidance priority is higher than the second loop avoidance priority, and the second network device is further configured to discard the loop detection frame.
A method for wireless communication, comprising: receiving a transmission burst, the transmission burst comprising a preamble and a body portion carrying data; and determining identification information associated with a transmitting device transmitting the transmission burst and a category of data in the body portion based at least in part on the preamble of the transmission burst; and wherein the identification information comprises at least one of a cell identification, a group identification associated with a group of cells, a user equipment identification and comprises a data identification associated with a category of data carried in the body portion of the transmission burst; and ignoring the body portion of the transmission burst based at least in part on the identification information. receiving a transmission burst, the transmission burst comprising a preamble and a body portion carrying data; and determining identification information associated with a transmitting device transmitting the transmission burst and a category of data in the body portion based at least in part on the preamble of the transmission burst; and wherein the identification information comprises at least one of a cell identification, a group identification associated with a group of cells, a user equipment identification and comprises a data identification associated with a category of data carried in the body portion of the transmission burst; and ignoring the body portion of the transmission burst based at least in part on the identification information.
A wave pool (100, 300, 400) comprising: a pool for containing water, the pool defining a channel having: a first side (1402, 1504), the first side being any of an island; a shoal; a beach; and a wall; a second side (110, 208, 504), the second side being any of a shoal; a beach; and a wall; and a bottom with a contour that slopes upward from a deep area proximate the first side toward a sill defined by the second side; and at least one foil (302, 402, 500, 600, 704, 802, 906, 1006, 1610) at least partially submerged in the water near the first or second side, and being adapted for movement by a moving mechanism in a direction along the side for generating at least one wave in the channel that forms a breaking wave on the sill, characterized by one or more passive current control gutter mechanisms (1600, 1620) to mitigate currents in the water induced by the movement of the at least one foil in the direction along the side. a pool for containing water, the pool defining a channel having: a first side (1402, 1504), the first side being any of an island; a shoal; a beach; and a wall; a second side (110, 208, 504), the second side being any of a shoal; a beach; and a wall; and a bottom with a contour that slopes upward from a deep area proximate the first side toward a sill defined by the second side; and a first side (1402, 1504), the first side being any of an island; a shoal; a beach; and a wall; a second side (110, 208, 504), the second side being any of a shoal; a beach; and a wall; and a bottom with a contour that slopes upward from a deep area proximate the first side toward a sill defined by the second side; and at least one foil (302, 402, 500, 600, 704, 802, 906, 1006, 1610) at least partially submerged in the water near the first or second side, and being adapted for movement by a moving mechanism in a direction along the side for generating at least one wave in the channel that forms a breaking wave on the sill, characterized by one or more passive current control gutter mechanisms (1600, 1620) to mitigate currents in the water induced by the movement of the at least one foil in the direction along the side.
Apparatus for application to skin of a subject, comprising: a board having a first surface and a second surface, the first surface comprising a plurality of ablation electrodes, which are adapted to be applied to the skin, and the second surface comprising one or more contact pads, each one of the contact pads electrically coupled to at least one of the ablation electrodes; a plurality of driving electrodes; a motor, coupled to the driving electrodes, the motor adapted to pass the driving electrodes over the contact pads: a power source, adapted to drive a current from the driving electrodes, to the contact pads, to the ablation electrodes, capable of ablating at least a portion of stratum corneum of the skin in a vicinity of the ablation electrodes, so as to facilitate transdermal transport of a substance. a board having a first surface and a second surface, the first surface comprising a plurality of ablation electrodes, which are adapted to be applied to the skin, and the second surface comprising one or more contact pads, each one of the contact pads electrically coupled to at least one of the ablation electrodes; a plurality of driving electrodes; a motor, coupled to the driving electrodes, the motor adapted to pass the driving electrodes over the contact pads: a power source, adapted to drive a current from the driving electrodes, to the contact pads, to the ablation electrodes, capable of ablating at least a portion of stratum corneum of the skin in a vicinity of the ablation electrodes, so as to facilitate transdermal transport of a substance. a power source, adapted to drive a current from the driving electrodes, to the contact pads, to the ablation electrodes, capable of ablating at least a portion of stratum corneum of the skin in a vicinity of the ablation electrodes, so as to facilitate transdermal transport of a substance.
Apparatus for making a fluid flow connection, comprising: a pair of complementary components (20, 40) having respective first and second (42, 142, 242) flow passages, and respective formations engageable to join the components by press-fitting them together so that said passages (32, 42, 142, 242) are in fluid flow communication and the junction between them is sealed against leakage up to a predetermined pressure of the fluid flow, wherein the respective formations comprise, on one hand, a spike including at least a portion of the first flow passage opening at a tip of the spike and a first guide surface facing the spike, and, on the other hand, a body (46, 146, 246) with a passageway (42, 142, 242), and a second guide surface (47, 147, 247) about the passageway (42, 142, 242) that slidingly engages said first guide surface; and characterised in that when said components (20, 40) are press-fitted together said passageway (42, 142, 242) sealingly receives the spike in an interference fit. a pair of complementary components (20, 40) having respective first and second (42, 142, 242) flow passages, and respective formations engageable to join the components by press-fitting them together so that said passages (32, 42, 142, 242) are in fluid flow communication and the junction between them is sealed against leakage up to a predetermined pressure of the fluid flow, wherein the respective formations comprise, on one hand, a spike including at least a portion of the first flow passage opening at a tip of the spike and a first guide surface facing the spike, and, on the other hand, a body (46, 146, 246) with a passageway (42, 142, 242), and a second guide surface (47, 147, 247) about the passageway (42, 142, 242) that slidingly engages said first guide surface; and characterised in that when said components (20, 40) are press-fitted together said passageway (42, 142, 242) sealingly receives the spike in an interference fit.
A lighting appliance, in particular for illuminating an operating field, the lighting appliance comprising a light module having a handle mounted to turn, and a monitoring and control unit that responds to said handle turning by acting on an adjustment setting of said lighting appliance, said monitoring and control unit being arranged to read, at successive regular time intervals (n-1, n), an indication of the relative angular position (An-1, An) of said handle, and to act on said adjustment setting on the basis of the indications of the current relative angular position (An) and of the preceding relative angular position (An-1) that are read respectively for a current time interval (n) and for a time interval (n-1) immediately preceding said current time interval (n), said lighting appliance being characterized in that said monitoring and control unit is arranged to compute a current angular difference (αn) on the basis of said indications of the current angular position (An) and of the preceding angular position (An-1), and to compare (220, 270) said current angular difference (αn) with a predetermined threshold (S±), and in that said monitoring and control unit is arranged to modify the value of an adjustment parameter (Pi, Pi+1) of said lighting appliance when said current angular difference (αn) is greater than said threshold (S±).
A self-testing transceiver comprising: a receiver (1100, 2100); a transmitter including a power amplifier, PA, and a plurality of transmitter pre-PA stages (1200, 3200); said plurality of transmitter pre-PA stages (1200, 3200) configured to generate a communication signal at a receive frequency of said transceiver and said receiver (1100, 2100) configured to process another communication signal at a transmit frequency of said transceiver, thereby enabling transceiver self-testing; characterized in that said receiver (1100, 2100) is a compact low-power receiver having a front-end producing a front-end gain and a back-end producing a back-end gain, characterized in that said front-end includes: a transconductance amplifier providing digital gain control and outputting an amplified receive signal; a mixer (2124, 3226) for generating a down-converted signal from said amplified receive signal; and a transimpedance amplifier, TIA, providing gain control for amplifying said down-converted signal to produce a front-end output signal; wherein said front-end gain is greater than said back-end gain. a receiver (1100, 2100); a transmitter including a power amplifier, PA, and a plurality of transmitter pre-PA stages (1200, 3200); said plurality of transmitter pre-PA stages (1200, 3200) configured to generate a communication signal at a receive frequency of said transceiver and said receiver (1100, 2100) configured to process another communication signal at a transmit frequency of said transceiver, thereby enabling transceiver self-testing; characterized in that said receiver (1100, 2100) is a compact low-power receiver having a front-end producing a front-end gain and a back-end producing a back-end gain, characterized in that said front-end includes: a transconductance amplifier providing digital gain control and outputting an amplified receive signal; a mixer (2124, 3226) for generating a down-converted signal from said amplified receive signal; and a transimpedance amplifier, TIA, providing gain control for amplifying said down-converted signal to produce a front-end output signal; wherein said front-end gain is greater than said back-end gain. a transconductance amplifier providing digital gain control and outputting an amplified receive signal; a mixer (2124, 3226) for generating a down-converted signal from said amplified receive signal; and a transimpedance amplifier, TIA, providing gain control for amplifying said down-converted signal to produce a front-end output signal; wherein said front-end gain is greater than said back-end gain.
A suction float for removing liquid and/or foam-type impurities from surfaces of liquids, comprising a suction tube portion for transporting suction-removed liquid and/or impurities, a float body having an upper side and a lower side, and a first passage from the upper side to the lower side for the suction tube portion to be passed through, characterised in that a second passage from the lower side to the upper side is provided, wherein the suction tube portion, after it has been passed through the first passage, is guided along on the underside of the float body and constructed such that it penetrates into the second passage, wherein the float body is movable along the suction tube portion.
Hand-held power tool comprising a pneumatic striking mechanism having a motor-driven exciter, a guide tube and a striker, wherein an air spring provided within the guide tube between the exciter and the striker is sealed in a pressure-tight manner around its circumference by an inner surface of the guide tube and at least one of the exciter and the striker is designed as a piston guided by the inner surface, an inner surface of the guide tube being provided with a plurality of moulded-in depressions (24, 35), characterised in that the depressions (24, 35) have a depth of between 10 μm and 100 μm and occupy an area of between 1 % and 10 % of the inner surface.
A test and measurement instrument comprising a plurality of inputs (701, 702), and a trigger circuit, in which the trigger circuit comprises: a first event activity detector having a first input and being structured to generate a pulse of a first logic signal in response to an occurrence of a first selected activity type occurring in at least the first input; a second event activity detector having a second input and being structured to generate a pulse of a second logic signal in response to an occurrence of a second selected activity type occurring in at least the second input; a first flip-flop having the first logic signal as the clock input and a hold-off signal as the Reset input and the signal input; a second flip-flop having the second logic signal as the clock input and the hold-off signal as the Reset input and the signal input; and a logical OR circuit coupled to the first and second flip-flops (730, 740) and producing a trigger signal as an output; wherein the pulse generated by the first event activity detector and the pulse generated by the second activity detector do not overlap in time, such that the minimum triggerable event timing resolution of the trigger circuit is determined by the minimum width of the pulses a generated by the first and second event activity detectors. a first event activity detector having a first input and being structured to generate a pulse of a first logic signal in response to an occurrence of a first selected activity type occurring in at least the first input; a second event activity detector having a second input and being structured to generate a pulse of a second logic signal in response to an occurrence of a second selected activity type occurring in at least the second input; a first flip-flop having the first logic signal as the clock input and a hold-off signal as the Reset input and the signal input; a second flip-flop having the second logic signal as the clock input and the hold-off signal as the Reset input and the signal input; and a logical OR circuit coupled to the first and second flip-flops (730, 740) and producing a trigger signal as an output; wherein the pulse generated by the first event activity detector and the pulse generated by the second activity detector do not overlap in time, such that the minimum triggerable event timing resolution of the trigger circuit is determined by the minimum width of the pulses a generated by the first and second event activity detectors.
Cosmetic preparation containing a) polysilicone-25 and b) water-soluble UV filters with a sulphonic acid function, characterized in that the oil phase of the preparation contains cetearyl isononanoate, C12-15 alkyl benzoate and/or ethylhexyl cocoate. a) polysilicone-25 and b) water-soluble UV filters with a sulphonic acid function,
Guide device of a vehicle, having first guide means which are assigned to a fixture, and having second guide means which are assigned to a structure of the vehicle and which form a guide track along which the fixture is guided movably in opposite track directions (x1, x2), having a locking device with first locking means assigned to the fixture and second locking means of an X-lock, which locking means are assigned to the structure, the X-lock being able to be used to releasably lock a movement along the track directions (x1, x2), and having primary locking means assigned to the fixture and having secondary locking means of a Z-lock, which locking means are assigned to the structure, the Z-lock being able to be used to releasably lock a movement in a third direction for removal from the second guide means, wherein the locking device has at least first actuating means and second actuating means with which the X-lock and/or the Z-lock are movable between a latching position and a release position, wherein, owing to an actuation of the first actuating means or the second actuating means, the X-lock is movable into a release position, characterized in that, owing to the actuation of the first actuating means and the second actuating means, the Z-lock is movable into a release position.
Extruder or tube press, particularly for aluminium or aluminium alloys, comprising a press frame, which consists of a cylinder beam and counter-beam connected therewith and in which a movable guide beam and a movable billet receiver are arranged, the billet receiver being constructed for the purpose of bringing a billet, which is introduced by a charging device and which is to be pressed, into a pressing position in front of the counter- beam with die, wherein a tool is arranged between the counter- beam and the billet receiver and wherein a cutting device for separating a press residue remaining after the pressing process is provided, characterised in that the cutting device is arranged at the press frame to be vertically and horizontally displaceable, wherein the vertical displaceability of the cutting device is settable to above the tool, but not to above the billet receiver.
A liquid composition comprising 1-hydroxyethylidene-1,1-diphosphonic acid and a salt of ethylenediamine disuccinic acid which salt includes a counterion selected from potassium, rubidium, caesium a substituted ammonium ion or mixtures thereof.