mhurhangee/ep-ind-claims huggingface dataset:
A spinal construct system comprising: a spinal fixation plate; a fixture element coupled to said spinal fixation plate in end to end fashion; a male coupling member associated with one of said spinal fixation plate and said fixture element; said male coupling member comprising an externally threaded surface a female coupling body associated with the other of said spinal fixation plate and said fixture element; said female coupling body comprising a first bore receiving said male coupling member and threadingly engaging said externally threaded surface of said male coupling member so as to resist axial displacement of said spinal fixation plate to said fixture element; and characterised in that the male coupling member further comprises a non-threaded contact surface along at least one side thereof and said female coupling body further comprises a second bore extending through said coupling body transverse to said first bore and in communication with said first bore; and the system further comprises an engaging member disposed in said second bore and engaging said contact surface so as to resist relative rotation between said spinal fixation plate and said fixture element. a spinal fixation plate; a fixture element coupled to said spinal fixation plate in end to end fashion; a male coupling member associated with one of said spinal fixation plate and said fixture element; said male coupling member comprising an externally threaded surface a female coupling body associated with the other of said spinal fixation plate and said fixture element; said female coupling body comprising a first bore receiving said male coupling member and threadingly engaging said externally threaded surface of said male coupling member so as to resist axial displacement of said spinal fixation plate to said fixture element; and characterised in that the male coupling member further comprises a non-threaded contact surface along at least one side thereof and said female coupling body further comprises a second bore extending through said coupling body transverse to said first bore and in communication with said first bore; and the system further comprises an engaging member disposed in said second bore and engaging said contact surface so as to resist relative rotation between said spinal fixation plate and said fixture element.
A compound of the Formula: wherein: R 2b is hydrogen and R 2a is unsubstituted C 1 -C 6 alkyl, methoxy, substituted ethoxy, or C 3 -C 6 alkoxy; and wherein substituted ethoxy is OCH 2 CH 2 OMe, -OCH 2 CH 2 OH, -OCH(CH 3) 2, OCH 2 CH(CH 3) 2, or -OCH 2 CF 3
An apparatus for buffering data, wherein the apparatus comprises a receiver, a processor, and a memory, and the receiver is configured to receive a first data packet, and send the first data packet to the processor; wherein the processor is configured to receive the first data packet sent by the receiver, and determine whether to perform accelerated transmission on data in the first data packet; the memory is configured to: start a packet discard timer of a first time length for the first data packet and buffer the first data packet if it is determined not to perform accelerated transmission on the data in the first data packet; and the memory is further configured to: start a packet discard timer of a second time length for the first data packet and buffer the first data packet if it is determined to perform accelerated transmission on the data in the first data packet, wherein the second time length is greater than the first time length, the receiver is further configured to: before receiving the first data packet, receive a start acceleration command, wherein the start acceleration command carries characteristic information of a data packet that needs acceleration; and in the event of determining whether to perform accelerated transmission on data in the first data packet, the processor is configured to: detect whether characteristic information of the first data packet matches with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration; and if the characteristic information of the first data packet matches with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration, determine to perform accelerated transmission on the data in the first data packet; or if the characteristic information of the first data packet does not match with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration, determine not to perform accelerated transmission on the data in the first data packet. detect whether characteristic information of the first data packet matches with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration; and if the characteristic information of the first data packet matches with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration, determine to perform accelerated transmission on the data in the first data packet; or if the characteristic information of the first data packet does not match with the characteristic information, carried in the start acceleration command, of the data packet that needs acceleration, determine not to perform accelerated transmission on the data in the first data packet.
Electromagnetic actuator having a magnet coil, which has a coil former with a coil winding arranged thereon and a central recess which extends in an axial direction (a), and an armature which is arranged such that it can be displaced in the central recess and also a termination piece which is arranged at an axial end of the coil former and in which an operating element is mounted such that it can be displaced in the axial direction (a), wherein the armature can be moved by operation of the magnet coil, so that a force which is applied by the armature of the electromagnetic actuator can be transmitted to the operating element, wherein the operating element is of two-part design and has an operating pin, which is mounted in the termination piece, and also a separating piece which is fixedly connected to the operating pin at an end section of the operating pin that protrudes out of the termination piece in the direction of the armature and which is acted on by the armature when the magnet coil is operated, wherein the separating piece is produced from a non-magnetic material, in particular from non-magnetic steel, characterized in that the operating pin is not fixedly connected to the armature and has its own bearing arrangement independently of the bearing of the armature.
A system for processing an audio signal, comprising: an interface that receives a source audio signal to be emitted by a touch input medium, wherein the medium is configured to be used as a speaker diaphragm to emit audio output; a detector that indicates an event where the touch input medium has been contacted at a location on the touch input medium such that outputting of the source audio signal by the touch input medium is affected by the contact; a sensor interface configured to receive a detected audio signal detected by a sensor (112, 114, 116, 118) coupled to the touch input medium; characterized by a signal processor that modifies at least a portion of the source audio signal based on an expected effect of the contact on the touch input medium determined using the indication of the detector to compensate a distortion to the output of the speaker caused by the contact, wherein the expected effect of the contact is determined at least in part by comparing the source audio signal with the detected audio signal, comparing the source audio signal with the detected audio signal includes determining a difference between the detected audio signal and the source audio signal including by subtracting the detected audio signal from the source audio signal, and the difference determined using the subtraction is used to modify the source audio signal.. an interface that receives a source audio signal to be emitted by a touch input medium, wherein the medium is configured to be used as a speaker diaphragm to emit audio output; a detector that indicates an event where the touch input medium has been contacted at a location on the touch input medium such that outputting of the source audio signal by the touch input medium is affected by the contact; a sensor interface configured to receive a detected audio signal detected by a sensor (112, 114, 116, 118) coupled to the touch input medium; characterized by a signal processor that modifies at least a portion of the source audio signal based on an expected effect of the contact on the touch input medium determined using the indication of the detector to compensate a distortion to the output of the speaker caused by the contact, wherein the expected effect of the contact is determined at least in part by comparing the source audio signal with the detected audio signal, comparing the source audio signal with the detected audio signal includes determining a difference between the detected audio signal and the source audio signal including by subtracting the detected audio signal from the source audio signal, and the difference determined using the subtraction is used to modify the source audio signal..
An assembly comprising a socket, a printed circuit board and a display apparatus, wherein the socket is a low-profile socket mounted on the printed circuit board, both provided in the display apparatus, wherein the socket comprises: a socket body having a rear surface facing a rear side of the display apparatus; a connection terminal provided at the socket body; a connection member connecting the connection terminal to a circuit pattern provided at the printed circuit board; and a rib protruding from an outside of the connection terminal toward a rear side, said rib being provided at the rear surface of the socket body; characterized in that: the socket is an AC socket; a hole is formed at the rear cover of the display apparatus so that the connection terminal is exposed to an outside there-through; and the socket body has a step portion formed along an outer circumference of the rear surface of the socket body, wherein both the step portion and the rear surface of the socket body seat the rear cover of the display apparatus. a socket body having a rear surface facing a rear side of the display apparatus; a connection terminal provided at the socket body; a connection member connecting the connection terminal to a circuit pattern provided at the printed circuit board; and a rib protruding from an outside of the connection terminal toward a rear side, said rib being provided at the rear surface of the socket body; characterized in that: the socket is an AC socket; a hole is formed at the rear cover of the display apparatus so that the connection terminal is exposed to an outside there-through; and the socket body has a step portion formed along an outer circumference of the rear surface of the socket body, wherein both the step portion and the rear surface of the socket body seat the rear cover of the display apparatus. the socket is an AC socket; a hole is formed at the rear cover of the display apparatus so that the connection terminal is exposed to an outside there-through; and the socket body has a step portion formed along an outer circumference of the rear surface of the socket body, wherein both the step portion and the rear surface of the socket body seat the rear cover of the display apparatus.
Liquid-crystalline medium having positive dielectric anisotropy, characterised in that it comprises one or more compounds of the formula I, in which R 1 and R 2 each, independently of one another, denote an alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, in such a way that O atoms are not linked directly to one another, and in which, in addition, one or more H atoms may be replaced by halogen in the ω position. R 1 and R 2 each, independently of one another, denote an alkyl or alkoxy radical having 1 to 15 C atoms, where, in addition, one or more CH 2 groups in these radicals may each be replaced, independently of one another, by -C≡C-, -CF 2 O-, -CH=CH-, -O-, in such a way that O atoms are not linked directly to one another, and in which, in addition, one or more H atoms may be replaced by halogen in the ω position.
Drospirenone as the sole contraceptive ingredient comprised in a daily active dosage unit in an amount of at least 3 mg for use in therapy as a contraceptive in a female patient affected with obesity, as featured by a BMI of 30 kg/m 2 or greater.
A buffering period supplemental enhancement information message associated with a current picture of a video sequence, the buffering period SEI message being characterized by comprising: a coded picture buffer removal delay (CPBRD) delta value for a given access unit for the current picture; and a value of a flag for the given access unit, wherein: if the value of the flag is a first value, a CPBRD value in a picture timing SEI message for the given access unit indicates an increment value specifying a nominal CPB removal time of the current picture relative to a nominal CPB removal time of a first preceding picture in decoding order, the first preceding picture having a buffering period SEI message associated with the first preceding picture; and if the value of the flag is a second value, the nominal CPB removal time of the current picture is indicated, by the CPBRD delta value, as an increment value relative to a nominal CPB removal time of a second preceding picture, wherein the second preceding picture immediately precedes the current picture in decoding order or the second preceding picture immediately precedes the current picture in the same or lower temporal sub-layer in decoding order. a coded picture buffer removal delay (CPBRD) delta value for a given access unit for the current picture; and a value of a flag for the given access unit, wherein: if the value of the flag is a first value, a CPBRD value in a picture timing SEI message for the given access unit indicates an increment value specifying a nominal CPB removal time of the current picture relative to a nominal CPB removal time of a first preceding picture in decoding order, the first preceding picture having a buffering period SEI message associated with the first preceding picture; and if the value of the flag is a second value, the nominal CPB removal time of the current picture is indicated, by the CPBRD delta value, as an increment value relative to a nominal CPB removal time of a second preceding picture, wherein the second preceding picture immediately precedes the current picture in decoding order or the second preceding picture immediately precedes the current picture in the same or lower temporal sub-layer in decoding order. if the value of the flag is a first value, a CPBRD value in a picture timing SEI message for the given access unit indicates an increment value specifying a nominal CPB removal time of the current picture relative to a nominal CPB removal time of a first preceding picture in decoding order, the first preceding picture having a buffering period SEI message associated with the first preceding picture; and if the value of the flag is a second value, the nominal CPB removal time of the current picture is indicated, by the CPBRD delta value, as an increment value relative to a nominal CPB removal time of a second preceding picture, wherein the second preceding picture immediately precedes the current picture in decoding order or the second preceding picture immediately precedes the current picture in the same or lower temporal sub-layer in decoding order.
Trench shoring having at least one shoring plate and a ladder system comprising a lower ladder extending from the bottom of a trench over a lower portion (T 1) of the height of the trench, and an upper ladder (16, 16') extending over an upper portion (T 2) of the height of the trench to a trench edge, wherein the upper ladder (16, 16') is a suspension ladder for suspension on the shoring plate, characterised in that a platform is arranged at the lower end of the upper ladder (16, 16') and in that the lower ladder is a stepladder or lean-to ladder standing on the floor of the trench.
A method of wireless communication for a user equipment, UE, comprising: determining a first coarse set of beamforming paths between the UE and a first millimeter wave base station, mmW-BS; selecting a first beamforming path and a second beamforming path within the first coarse set of beamforming paths; receiving on a first set of narrow beamforming paths close to the first beamforming path within the first coarse set of beamforming paths; requesting the first mmW-BS to transmit on a second set of narrow beamforming paths close to the second beamforming path within the first coarse set of beamforming paths when a signal quality of the first beamforming path and the first set of narrow beamforming paths are less than a first threshold; communicating through one of the second beamforming path or a path within the second set of narrow beamforming paths; determining a second coarse set of beamforming paths between the UE and a second mmW-BS; requesting the second mmW-BS to transmit on a third set of narrow beamforming paths close to a third beamforming path within the second coarse set of beamforming paths when a signal quality of all selected beamforming paths corresponding to the first mmW-BS are less than a second threshold; requesting the first mmW-BS to refrain from signaling on any selected beamforming paths; and requesting the second mmW-BS to communicate through one of the third set of narrow beamforming paths. determining a first coarse set of beamforming paths between the UE and a first millimeter wave base station, mmW-BS; selecting a first beamforming path and a second beamforming path within the first coarse set of beamforming paths; receiving on a first set of narrow beamforming paths close to the first beamforming path within the first coarse set of beamforming paths; requesting the first mmW-BS to transmit on a second set of narrow beamforming paths close to the second beamforming path within the first coarse set of beamforming paths when a signal quality of the first beamforming path and the first set of narrow beamforming paths are less than a first threshold; communicating through one of the second beamforming path or a path within the second set of narrow beamforming paths; determining a second coarse set of beamforming paths between the UE and a second mmW-BS; requesting the second mmW-BS to transmit on a third set of narrow beamforming paths close to a third beamforming path within the second coarse set of beamforming paths when a signal quality of all selected beamforming paths corresponding to the first mmW-BS are less than a second threshold; requesting the first mmW-BS to refrain from signaling on any selected beamforming paths; and requesting the second mmW-BS to communicate through one of the third set of narrow beamforming paths.
A method for preparing a composition comprising chewed chewing gum and being suitable for combining with a polymer to form a plastic article, the method comprising the step of: combining chewed chewing gum with a filler; wherein the filler is a clay or a silica, a carbonate, a sulphate, an oxide, a hydroxide, a silicate, talc, plaster, chalk or a mixture thereof; and wherein the composition comprises the filler in an amount of from 10 to 70% buy weight. combining chewed chewing gum with a filler; wherein the filler is a clay or a silica, a carbonate, a sulphate, an oxide, a hydroxide, a silicate, talc, plaster, chalk or a mixture thereof; and wherein the composition comprises the filler in an amount of from 10 to 70% buy weight.
A saddle-type vehicle provided with an intake pipe having a downstream side connected to an engine, and an elastic connecting pipe provided at a point along an intake path including the intake pipe, the saddle-type vehicle comprising: a fuel tank provided behind the engine of the saddle-type vehicle; an injector provided downstream of the connecting pipe along the intake path in a vicinity of the engine; a fuel hose configured to supply fuel from the fuel tank to the injector; a valve body that is provided upstream of the connecting pipe along the intake path and houses a throttle valve; wherein the intake pipe includes an upstream-side intake pipe connecting the connecting pipe and the valve body; and a support member one end portion of which is fixed between the connecting pipe and the valve body along the intake path, and another end portion of which extends above the valve body and supports the fuel hose, wherein the support member is provided on the upstream-side intake pipe. a fuel tank provided behind the engine of the saddle-type vehicle; an injector provided downstream of the connecting pipe along the intake path in a vicinity of the engine; a fuel hose configured to supply fuel from the fuel tank to the injector; a valve body that is provided upstream of the connecting pipe along the intake path and houses a throttle valve; wherein the intake pipe includes an upstream-side intake pipe connecting the connecting pipe and the valve body; and a support member one end portion of which is fixed between the connecting pipe and the valve body along the intake path, and another end portion of which extends above the valve body and supports the fuel hose, wherein the support member is provided on the upstream-side intake pipe.; a valve body that is provided upstream of the connecting pipe along the intake path and houses a throttle valve; wherein the intake pipe includes an upstream-side intake pipe connecting the connecting pipe and the valve body; and a support member one end portion of which is fixed between the connecting pipe and the valve body along the intake path, and another end portion of which extends above the valve body and supports the fuel hose, wherein the support member is provided on the upstream-side intake pipe.
A method of connecting to an online service, performed by a terminal, the method comprising: receiving (120, 130) a user input containing information regarding a selected online service, first authentication information and second authentication information regarding the selected online service; transmitting the first and second authentication information and unique identification regarding the terminal to an external device; receiving a further user input containing information regarding the selected online service and the first authentication information; transmitting the information regarding a selected online service and the first authentication information to the external device; receiving the second authentication information detected based on the transmitted information, from the external device; and logging into the selected online service, based on the received second authentication information. receiving (120, 130) a user input containing information regarding a selected online service, first authentication information and second authentication information regarding the selected online service; transmitting the first and second authentication information and unique identification regarding the terminal to an external device; receiving a further user input containing information regarding the selected online service and the first authentication information; transmitting the information regarding a selected online service and the first authentication information to the external device; receiving the second authentication information detected based on the transmitted information, from the external device; and logging into the selected online service, based on the received second authentication information.