mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a network node (11, 12, 50) that is associated with a Maintenance Entity, ME, (2, 3) and is operable in an Ethernet Connectivity and Fault Management, CFM, domain, the node comprises a Link Aggregation Group, LAG, connection comprising two or more ports that are connectable to respective two or more physical network links as to cooperatively form a single logical link that is a Link Aggregation Group, LAG, and each of the two or more physical network links is a LAG member, the method comprising: receiving, by the node, a non-CFM message; selecting, by the node, a LAG member according to a balancing algorithm; and sending, by the node, the non-CFM message to the selected LAG member; characterized in that the method further comprising: receiving, by the node, a CFM message that includes a LAG member field identifying a single LAG member out of the two or more LAG members; forwarding the received CFM message over the LAG member identified in the LAG member field; and verifying the functioning of the identified LAG member by receiving and analyzing the forwarded CFM message. receiving, by the node, a non-CFM message; selecting, by the node, a LAG member according to a balancing algorithm; and sending, by the node, the non-CFM message to the selected LAG member; receiving, by the node, a CFM message that includes a LAG member field identifying a single LAG member out of the two or more LAG members; forwarding the received CFM message over the LAG member identified in the LAG member field; and verifying the functioning of the identified LAG member by receiving and analyzing the forwarded CFM message.
A method for receiving a broadcast service based on multiple frequency bands by a user equipment, UE, in a wireless communication system, the method comprising: determining whether a frequency band combination supported by the UE includes a frequency band of a frequency at which a particular broadcast service is able to be received by the UE; and if the supported frequency band combination includes the frequency band, transmitting, to a base station, a control message including identification information corresponding to the frequency at which the particular broadcast service is able to be received; and receiving a user service description, USD, specifying a mapping relationship between the particular broadcast service and service area identification, SAI, and wherein the USD is received via a short message service, SMS, a multimedia message service MMS or an IP multimedia subsystem, IMS, wherein the identification information comprises information related to a center frequency of the frequency at which the particular broadcast service is able to be received, and wherein the information related to the center frequency is selected based on a size of frequency band identifiers corresponding to frequency bands comprising the frequency at which the particular broadcast service is able to be received. determining whether a frequency band combination supported by the UE includes a frequency band of a frequency at which a particular broadcast service is able to be received by the UE; and if the supported frequency band combination includes the frequency band, transmitting, to a base station, a control message including identification information corresponding to the frequency at which the particular broadcast service is able to be received; and receiving a user service description, USD, specifying a mapping relationship between the particular broadcast service and service area identification, SAI, and wherein the USD is received via a short message service, SMS, a multimedia message service MMS or an IP multimedia subsystem, IMS, wherein the identification information comprises information related to a center frequency of the frequency at which the particular broadcast service is able to be received, and wherein the information related to the center frequency is selected based on a size of frequency band identifiers corresponding to frequency bands comprising the frequency at which the particular broadcast service is able to be received.
Carcass for a sports ball, having: a textile element, which is warp-knitted or weft-knitted in a single warp or weft knitting process to form a single piece and which defines the shape of the carcass, wherein the textile element has at least two segments (72a, 72b) which are joined together by means of a warp-knitted or weft-knitted seam (73a, 73b, 73c), wherein the warp-knitted or weft-knitted seam (73a, 73b, 73c) is warp-knitted or weft-knitted in the single warp or weft knitting process to form a single piece with the two segments (72a, 72b), and wherein the seam is a visible and perceptible lengthwise structure on the surface of the carcass. a textile element, which is warp-knitted or weft-knitted in a single warp or weft knitting process to form a single piece and which defines the shape of the carcass, wherein the textile element has at least two segments (72a, 72b) which are joined together by means of a warp-knitted or weft-knitted seam (73a, 73b, 73c), wherein the warp-knitted or weft-knitted seam (73a, 73b, 73c) is warp-knitted or weft-knitted in the single warp or weft knitting process to form a single piece with the two segments (72a, 72b), and wherein the seam is a visible and perceptible lengthwise structure on the surface of the carcass.
A lifting device for a vessel or vehicle, the device comprising: - a lifting element tiltable around a predetermined first axis, - a drive arrangement for tilting the lifting element, the drive arrangement comprising: - a drive rod connected rotatably, around a fourth axis, to the lifting element, wherein the fourth axis is not identical to any of the other axes - a rotatable element rotated by one or more motors around a second axis, the drive rod being connected to the rotatable element so as to rotate around a third axis not identical to the second axis, characterized in that the rotatable element is rotated by one or more electrical motors and that the rotatable element is rotatable around the second axis between a first position where the distance between the second axis and the fourth axis is a minimum distance and a second position where the distance between the second axis and the fourth axis is a maximum distance, the motor(s) being configured to rotate more than 360° to bring the rotatable element from the first position to the second position. - a lifting element tiltable around a predetermined first axis, - a drive arrangement for tilting the lifting element, the drive arrangement comprising: - a drive rod connected rotatably, around a fourth axis, to the lifting element, wherein the fourth axis is not identical to any of the other axes - a rotatable element rotated by one or more motors around a second axis, the drive rod being connected to the rotatable element so as to rotate around a third axis not identical to the second axis, - a drive rod connected rotatably, around a fourth axis, to the lifting element, wherein the fourth axis is not identical to any of the other axes - a rotatable element rotated by one or more motors around a second axis, the drive rod being connected to the rotatable element so as to rotate around a third axis not identical to the second axis,
A method of encoding or decoding video data, the method comprising: generating a block of quantized residue differences; generating a reconstructed prediction residue for each quantized residue difference in the block of quantized residue differences, wherein generating includes performing inverse quantization on blocks of quantized residue differences, wherein the inverse quantization reconstructs data to which uniform quantization residue differential pulse code modulation (RDPCM) has been applied; and adding each reconstructed prediction residue to its corresponding original prediction value to produce a current block of a picture, wherein the quantization is of the form: Δ X q = f l o o r X + αQ / Q where Q is quantization step, and characterized in that, for vertical mode RDPCM, the quantization step varies as a function of row within the quantized residue differences block, or, for horizontal mode RDPCM, the quantization step varies as a function of column within the quantized residue differences block. generating a block of quantized residue differences; generating a reconstructed prediction residue for each quantized residue difference in the block of quantized residue differences, wherein generating includes performing inverse quantization on blocks of quantized residue differences, wherein the inverse quantization reconstructs data to which uniform quantization residue differential pulse code modulation (RDPCM) has been applied; and adding each reconstructed prediction residue to its corresponding original prediction value to produce a current block of a picture, wherein the quantization is of the form: Δ X q = f l o o r X + αQ / Q where Q is quantization step, and characterized in that, for vertical mode RDPCM, the quantization step varies as a function of row within the quantized residue differences block, or, for horizontal mode RDPCM, the quantization step varies as a function of column within the quantized residue differences block.
An apparatus for purifying an atmosphere to be treated comprising means for producing a fog by vibration of piezoelectric membranes, said apparatus including at least a battery to mist a cleansing liquid equipped with piezoelectric membranes (11, 12), and means to convey various thus produced fog masses with a plurality of individualized airflows driving respectively the various fog masses apart from the membranes by individually guiding them towards a specific place of the atmosphere to be treated; said apparatus including various cups in which various piezoelectric membranes of said misting battery are respectively provided and wherein are associated to it misted liquid flow control means acting by keeping a liquid level at a constant height above the corresponding membrane, said apparatus comprising a block integrating said misting battery and wherein are individually machined the various cups (111, 112) receiving the piezoelectric membranes as well as a plurality of internal cavities (121, 122) intended to collect the fog, each one opening into a fog guiding conduit rising towards the atmosphere to be treated by an airflow admitted in the corresponding cavities above said cups, characterized in that said apparatus comprises a tank (R, R') containing the cleansing liquid and means providing the recirculation towards said tank of liquid overflowing from the cups by outfall conduits (311, 312, 631, 632); the apparatus comprising a tank (R, R') containing the cleansing liquid, means to inject an airflow into said tank which include a fan located out of said block and said tank, and means to distribute this airflow (311, 312; 331, 332) towards said various cavities intended to collect the fog produced by the membranes in said cups; said outfall conduits (311, 312) being connected on the one hand to lumens machined within said block, respectively opening into said cavities, and on the other hand, to the upper part of said tank, said outfall conduits being further used as means to distribute said airflow injected into the tank.
Method for testing of a measuring device arrangement, wherein the measuring device arrangement comprises at least one measuring device, and wherein the measuring device, based on the determination of at least one measured quantity, generates at least one output signal which can be tapped from a pick-off site as a pick-off signal, wherein an action is applied to the measuring device such that the measuring device generates a test signal as the output signal and wherein the output signal and/or a signal dependent thereon is influenced via a control element such that the pick-off signal is a definable setting signal characterized in that the the control element is a component which is identified essentially by an electrical resistance and that for influencing the output signal and/or a signal dependent thereon an electrical voltage applied to the control element is changed.
A wheel hub for clamping into a fork, the wheel hub comprising a wheel hub axle and a hub housing (10, 11, 12) held on the wheel hub axle, wherein the wheel hub axle is designed as a hollow shaft, and the wheel hub further comprises a thru-axle which can be inserted through the hollow shaft to clamp the wheel hub into a fork in order to subsequently fix it at its respective ends to the fork ends, characterized in that the wheel hub comprises a locking latch (5; 5') movably held in the hub housing, which can be brought into a locking position to secure the thru-axle in the hollow shaft, wherein the locking latch (5; 5') engages in a recess (1'; 1") provided on the thru-axle.
A pierced septum valve comprising: a septum (50, 104) disposed within a lumen of a body; a septum activator disposed proximal the septum (50, 104) within the lumen of the body; a seal disposed between an outer surface of the septum activator (80, 82) and the body, the seal sealing a portion of the septum activator (80, 82) distal the seal from a portion of the septum activator (80, 82) proximal the seal; characterized in that one or more vents is/are formed in the seal and disposed between the seal and the lumen of the body, the one or more vents (100, 120) each having a cross sectional area that permits the passage of air but not blood. a septum (50, 104) disposed within a lumen of a body; a septum activator disposed proximal the septum (50, 104) within the lumen of the body; a seal disposed between an outer surface of the septum activator (80, 82) and the body, the seal sealing a portion of the septum activator (80, 82) distal the seal from a portion of the septum activator (80, 82) proximal the seal; characterized in that one or more vents is/are formed in the seal and disposed between the seal and the lumen of the body, the one or more vents (100, 120) each having a cross sectional area that permits the passage of air but not blood.
A power tool comprising: a housing, a motor arranged in the housing and outputting rotary force, an output shaft having holes formed axially to receive tool bits, a transmission mechanism arranged between the motor and the output shaft and transmitting the rotary force output from the motor to the output shaft, a cartridge arranged in the housing, said cartridge comprising a tool chamber for receiving a plurality of tool bits arranged in parallel, a connecting shaft, said connecting shaft being capable of moving axially between a working position where the connecting shaft is adapted to one of the plurality of tool bits by passing through the tool chamber and a release position wherein the connecting shaft is separated from one of the plurality of tool bits, and characterised in that the power tool further comprises: a restricting mechanism (8, 8a, 8b) arranged between the housing and the connecting shaft; wherein said restricting mechanism (8, 8a 8b) comprises a restricting member (81, 81a, 81b) operable to move between a first position and a second position; wherein at the first position, said restricting member (81, 81a, 81b) limits the movement of the connecting shaft in a direction away from the tool bit and said connecting shaft locates at the working position; wherein at the second position, said restricting member (81, 81a, 81b) allows the movement of the connecting shaft in a direction away from the tool bit so that said connecting shaft locates at the release position; wherein said power tool further comprises an operating member arranged on the housing and the operating member is capable of driving said restricting member (81, 81a, 81b) to move from the first position to the second position and driving said connecting shaft to move axially when said restricting member (81, 81a, 81b) locates at the second position. a housing, a motor arranged in the housing and outputting rotary force, an output shaft having holes formed axially to receive tool bits, a transmission mechanism arranged between the motor and the output shaft and transmitting the rotary force output from the motor to the output shaft, a cartridge arranged in the housing, said cartridge comprising a tool chamber for receiving a plurality of tool bits arranged in parallel, a connecting shaft, said connecting shaft being capable of moving axially between a working position where the connecting shaft is adapted to one of the plurality of tool bits by passing through the tool chamber and a release position wherein the connecting shaft is separated from one of the plurality of tool bits, and
A method of processing a signal in a wireless communication system, the method comprising: receiving a signal at a receiver over a wireless channel; sampling the signal to produce a plurality of signal samples; supplying the samples to an equalizer; dynamically determining one or more characteristics of said channel; and processing the samples in said equalizer using a determined equalizer length, characterized in that the equalizer is implemented in software running on a processor of the receiver and is configured to process the samples using a nominal equalizer length in a first operational state and in that the method comprises in dependence on the determined channel characteristics, dynamically selecting between the first operational state of the equalizer and a second operational state of the equalizer in which an alternative length is used in place of said nominal length, whereby the determined equalizer length is selected between only two options, being the nominal equalizer length and the alternative length, the method further comprising: estimating a delay profile of said channel characteristics, the delay profile comprising an estimation of received signal energy over a delay period; and said determination of a characteristic comprises determining the ratio of the energy of a strongest component of said delay profile to the sum of the energy of the remaining components. receiving a signal at a receiver over a wireless channel; sampling the signal to produce a plurality of signal samples; supplying the samples to an equalizer; dynamically determining one or more characteristics of said channel; and processing the samples in said equalizer using a determined equalizer length, characterized in that the equalizer is implemented in software running on a processor of the receiver and is configured to process the samples using a nominal equalizer length in a first operational state and in that the method comprises in dependence on the determined channel characteristics, dynamically selecting between the first operational state of the equalizer and a second operational state of the equalizer in which an alternative length is used in place of said nominal length, whereby the determined equalizer length is selected between only two options, being the nominal equalizer length and the alternative length, the method further comprising: estimating a delay profile of said channel characteristics, the delay profile comprising an estimation of received signal energy over a delay period; and said determination of a characteristic comprises determining the ratio of the energy of a strongest component of said delay profile to the sum of the energy of the remaining components. estimating a delay profile of said channel characteristics, the delay profile comprising an estimation of received signal energy over a delay period; and said determination of a characteristic comprises determining the ratio of the energy of a strongest component of said delay profile to the sum of the energy of the remaining components.
A hydraulic system for a working machine, the hydraulic system being a load sensing system and comprising a pump, a control unit, a hydraulic actuator for movement of an implement, a control valve having an inlet valve (16a, 16b) and an outlet valve (17a, 17b) for controlling the flow of hydraulic fluid from the pump to the hydraulic actuator and for draining hydraulic fluid from the hydraulic actuator, respectively, and a means for determining the load on the hydraulic actuator, wherein the hydraulic system further comprises a valve for disconnecting the flow of hydraulic fluid from the pump to the hydraulic actuator, while other means of the hydraulic system allow another flow of hydraulic fluid to the hydraulic actuator, provided that the control unit determines that the determined load on the hydraulic actuator exceeds a threshold value, characterized in that the hydraulic system comprises a valve for preventing a LS-signal based on the load on the hydraulic actuator from reaching the pump when the pump is disconnected, wherein said valve for preventing a LS-signal based on the load on the hydraulic actuator from reaching the pump when the pump is disconnected and said valve for disconnecting the flow of hydraulic fluid from the pump to the hydraulic actuator provided that a determined load on the hydraulic actuator exceeds a threshold value, is one and the same valve.
Device for adjustment of components of a rotary machine, such as for instance a container treatment machine, wherein the rotary machine comprises a stator and a rotor, and also at least one component which is arranged on the stator, wherein the device comprises at least one reference element which is arranged on the stator and a sensor which is arranged on the rotor so as to rotate with the rotor, wherein the sensor is suited to measure the distance from the reference element and from the component, and stator and rotor can be adjusted in relation to each other based on the values measured by the sensor, wherein at least one adjustment device is provided which is suited to change a relative position of the stator to the rotor by a relative motion of stator and rotor in relation to each other.