mhurhangee/ep-ind-claims huggingface dataset:
A communication network arrangement comprising: a first network component (501, 901) and a group of second network components (502, 503, 902), wherein each second network component (502, 503, 902) provides multiple links (509, 510); wherein the first network component (501, 901) is configured to select a second network component (502, 503, 902) from the group of second network components (502, 503, 902) based on information depending on link loads of the links (509, 510) provided by the second network components (502, 503, 902), wherein, for each second network component (502, 503, 902), each link (509, 510) provided by the second network component (502, 503, 902) corresponds to either a network function interface of the second network component (502, 503, 902) and the link loads are loads of the network function interfaces, or to a network function service interface (509, 510) of a network function service (505, 507, 508) of the second network component (502, 503, 902) and the link loads are loads of the network function service interfaces (509,510). a first network component (501, 901) and a group of second network components (502, 503, 902), wherein each second network component (502, 503, 902) provides multiple links (509, 510); wherein the first network component (501, 901) is configured to select a second network component (502, 503, 902) from the group of second network components (502, 503, 902) based on information depending on link loads of the links (509, 510) provided by the second network components (502, 503, 902), wherein, for each second network component (502, 503, 902), each link (509, 510) provided by the second network component (502, 503, 902) corresponds to either a network function interface of the second network component (502, 503, 902) and the link loads are loads of the network function interfaces, or to a network function service interface (509, 510) of a network function service (505, 507, 508) of the second network component (502, 503, 902) and the link loads are loads of the network function service interfaces (509,510).
A clutch having an axis of rotation comprising: (a) a driving member having a non-circular cross-sectional shape; (b) a driven member; having a non-circular cross-sectional shape having straight edges parallel to the axis of rotation; and (c) a coupler, the coupler being a ring or hollow structure surrounding a lumen, the lumen having an engaging section and a non-engaging section, wherein in an engaged configuration of the clutch, the driving member and the driven member are located in the engaging section of the coupler and rotation of the driving member in the engaging section generates rotation of the coupler and rotation of the coupler generates rotation of the driven member and wherein in a disengaged configuration of the clutch, one or both of the driving member and the driven member is not located in the engaging section of the coupler and either rotation of the driving member does not generate rotation of the coupler or rotation of the coupler does not generate rotation of the driven member; (d) a lever configured to move from a first position in which the clutch is in the engaged configuration and a second position in which the clutch is in the disengaged configuration; (e) a spring configured to move the lever from the second position of the lever to the first position of the lever; and (f) a locking device configured to lock the lever in the second position of the lever. (a) a driving member having a non-circular cross-sectional shape; (b) a driven member; having a non-circular cross-sectional shape having straight edges parallel to the axis of rotation; and (c) a coupler, the coupler being a ring or hollow structure surrounding a lumen, the lumen having an engaging section and a non-engaging section, (d) a lever configured to move from a first position in which the clutch is in the engaged configuration and a second position in which the clutch is in the disengaged configuration; (e) a spring configured to move the lever from the second position of the lever to the first position of the lever; and (f) a locking device configured to lock the lever in the second position of the lever.
A ratchet-action open-end wrench, comprising: a main body, having a handle, at least a head portion, and a fixed jaw, the head portion being connected to one end of the handle, the fixed jaw extending and protruding out from the head portion; a working portion, having at least a connection arm and a movable jaw, the connection arm abutting against the head portion, an opening being defined by the movable jaw and the fixed jaw; a slidable mechanism, comprising a sliding groove and a sliding portion, the sliding groove being formed on one of the head portion and the connection arm, the sliding portion being firmly disposed on the other one of the head portion and the connection arm, the sliding portion being slidably disposed on the sliding groove, so that the working portion is able to slide along the sliding groove with respect to the main body, the working portion being slidable between a first position and a second position, a width of the opening being minified when the working portion slides toward the first position, the sliding groove being arc-shaped, the sliding portion having a non-circular cross section, so that the sliding portion is unable to rotate in the sliding groove arbitrarily; an elastic member, abutting against the main body and the working portion, so that the working portion has a tendency to slide toward the first position characterized in that an arc center of the sliding groove is located out of the head portion, the arc center and the movable jaw being located at opposite sides divided by the main body. a main body, having a handle, at least a head portion, and a fixed jaw, the head portion being connected to one end of the handle, the fixed jaw extending and protruding out from the head portion; a working portion, having at least a connection arm and a movable jaw, the connection arm abutting against the head portion, an opening being defined by the movable jaw and the fixed jaw; a slidable mechanism, comprising a sliding groove and a sliding portion, the sliding groove being formed on one of the head portion and the connection arm, the sliding portion being firmly disposed on the other one of the head portion and the connection arm, the sliding portion being slidably disposed on the sliding groove, so that the working portion is able to slide along the sliding groove with respect to the main body, the working portion being slidable between a first position and a second position, a width of the opening being minified when the working portion slides toward the first position, the sliding groove being arc-shaped, the sliding portion having a non-circular cross section, so that the sliding portion is unable to rotate in the sliding groove arbitrarily; an elastic member, abutting against the main body and the working portion, so that the working portion has a tendency to slide toward the first position characterized in that an arc center of the sliding groove is located out of the head portion, the arc center and the movable jaw being located at opposite sides divided by the main body.
A method for dereverberation of single-channel speech, characterized in that, comprising the following steps of: S100: framing an input single-channel speech signal into several frames, and according to a time sequence of the frames, processing each frame as follows: S200: performing a short-time Fourier transform on a current frame, and thereby obtaining a power spectrum of the current frame and a phase spectrum of the current frame; S300: selecting several frames, which are previous to the current frame and which have a distance from the current frame within a preset duration range, and performing linear superposition on the power spectra of the selected several frames, and thereby estimating the power spectrum of a late reflection sound of the current frame; wherein the lower limit value of the preset duration range is selected from 50ms to 80ms; S400: removing the estimated power spectrum of the late reflection sound from the power spectrum of the current frame by a spectral subtraction method, and thereby obtaining a power spectrum of a direct sound of the current frame and a power spectrum of an early reflection sound of the current frame; and S500: performing an inverse short-time Fourier transform on the power spectrum of the direct sound of the current frame, on the power spectrum of the early reflection sound of the current frame, and on the phase spectrum of the current frame, together, and thereby obtaining a dereverberated version of the current frame. S200: performing a short-time Fourier transform on a current frame, and thereby obtaining a power spectrum of the current frame and a phase spectrum of the current frame; S300: selecting several frames, which are previous to the current frame and which have a distance from the current frame within a preset duration range, and performing linear superposition on the power spectra of the selected several frames, and thereby estimating the power spectrum of a late reflection sound of the current frame; wherein the lower limit value of the preset duration range is selected from 50ms to 80ms; S400: removing the estimated power spectrum of the late reflection sound from the power spectrum of the current frame by a spectral subtraction method, and thereby obtaining a power spectrum of a direct sound of the current frame and a power spectrum of an early reflection sound of the current frame; and S500: performing an inverse short-time Fourier transform on the power spectrum of the direct sound of the current frame, on the power spectrum of the early reflection sound of the current frame, and on the phase spectrum of the current frame, together, and thereby obtaining a dereverberated version of the current frame.
A communication apparatus (10#0), comprising: a processing unit configured to generate a downlink frame indicating designation information designating a transmission process for multiplexing differing for each of a plurality of other communication apparatuses (10#1 - 10#4); and a communication unit configured to frequency-division multiplex the downlink frame generated by the processing unit and transmit the frequency-division multiplexed downlink frame to the plurality of other communication apparatuses, wherein the designation information includes information indicating different frequencies used for the frequency-division multiplexing of the downlink frame and to be used by the plurality of other communication apparatuses for transmitting an acknowledgement, ACK, response to the frequency-division multiplexed downlink frame. a processing unit configured to generate a downlink frame indicating designation information designating a transmission process for multiplexing differing for each of a plurality of other communication apparatuses (10#1 - 10#4); and a communication unit configured to frequency-division multiplex the downlink frame generated by the processing unit and transmit the frequency-division multiplexed downlink frame to the plurality of other communication apparatuses, wherein the designation information includes information indicating different frequencies used for the frequency-division multiplexing of the downlink frame and to be used by the plurality of other communication apparatuses for transmitting an acknowledgement, ACK, response to the frequency-division multiplexed downlink frame.
A lure comprising: a body; a sinker moving spatial portion provided inside the body and extending in an anteroposterior direction of the body; a spherical sinker accommodated in the sinker moving spatial portion to be movable along the sinker moving spatial portion in the anteroposterior direction of the body; and a retainer provided at a front side of the sinker moving spatial portion and can retain the spherical sinker due to magnetic force thereof; wherein a partition is provided between a front portion of the sinker moving spatial portion and the retainer, and the partition has an inclined surface portion that is gradually reduced in thickness from the sinker moving spatial portion toward the retainer, wherein the partition has a circular hole, and the inclined surface portion is located to surround the circular hole, wherein the inclined surface portion is adapted so that the spherical sinker is fitted into and supported by the inclined surface portion of the partition and is in contact with the surface of the inclined surface portion and is attached to the surface of the retainer, which is exposed from the hole, when the spherical sinker moves to the front portion of the sinker moving spatial portion, and wherein the partition is provided, on a rear surface side thereof, with a case that accommodates the retainer. a body; a sinker moving spatial portion provided inside the body and extending in an anteroposterior direction of the body; a spherical sinker accommodated in the sinker moving spatial portion to be movable along the sinker moving spatial portion in the anteroposterior direction of the body; and a retainer provided at a front side of the sinker moving spatial portion and can retain the spherical sinker due to magnetic force thereof;
Method for operating a safety system of a first motor vehicle (1, 2) to prevent a collision and/or minimise the consequences of a collision, wherein at least one collision parameter describing the potential collision with a second motor vehicle (2, 1) is determined by evaluating environmental data about the environment of the individual motor vehicle (1, 2) and ego data about the individual motor vehicle (1, 2), and at least one further vehicle system is triggered to perform an action in response to the fulfilment of at least one collision criterion evaluating the collision parameter, characterised in that, at least one collision parameter relating to an underride accident is determined depending on a pitch angle of the second motor vehicle (2, 1) transmitted by the second motor vehicle (2, 1) by means of vehicle-to-vehicle communication and is evaluated to trigger an action aimed at preventing and/or minimising the consequences of an underride accident in response to the fulfilment of a triggering criterion.
A method for determining the level of transgene zygosity in a poaceae seed, wherein said transgene is genetically linked to a gene coding for a fluorescent protein (FP protein) under the control of a promoter operative in the endosperm, comprising the step of exposing the endosperm of the seed to a wavelength exciting the FP protein, measuring the intensity of the fluorescence emitted by the endosperm, wherein the intensity of emitted fluorescence of the seed is further compared to the intensity of fluorescence measured for individual seeds from a batch of seeds, wherein seeds from this batch are from the same plant or from the same transgenic event than said seed, wherein four classes (0X, 1X, 2X or 3X) are determined in function of the relative fluorescence intensity within the seeds of the batch.
Control method for a linear drive, - wherein a plurality of sequentially consecutive sections of the linear drive are controlled in each case by a control device which is assigned to the respective section, - wherein converters that are controlled by the respective control device apply current individually in each case to a subsection of the respective section, and collectively to the respective section, - wherein the control devices specify new desired values (I*) in each case to the converters they control, - the respective control device controls a plurality of converters of the respective section in each case, characterised in that - the control devices communicate, via respective peer-to-peer interfaces having real-time capability, with a number of other control devices which control sections, and - the control devices specify the desired values (I*) to the converters they control in a current-regulator clock cycle, that the control devices communicate with each other via the peer-to-peer interfaces in a communication clock cycle, and that the communication clock cycle is identical to the current-regulator clock cycle or is a whole-number multiple of the current-regulator clock cycle. - wherein a plurality of sequentially consecutive sections of the linear drive are controlled in each case by a control device which is assigned to the respective section, - wherein converters that are controlled by the respective control device apply current individually in each case to a subsection of the respective section, and collectively to the respective section, - wherein the control devices specify new desired values (I*) in each case to the converters they control, - the respective control device controls a plurality of converters of the respective section in each case, characterised in that - the control devices communicate, via respective peer-to-peer interfaces having real-time capability, with a number of other control devices which control sections, and - the control devices specify the desired values (I*) to the converters they control in a current-regulator clock cycle, that the control devices communicate with each other via the peer-to-peer interfaces in a communication clock cycle, and that the communication clock cycle is identical to the current-regulator clock cycle or is a whole-number multiple of the current-regulator clock cycle.
An artificial turf comprising a damping layer made of a particle foam, a fiber backing and an artificial grass layer made of single or multiple fibers, the fibers being tied to the fiber backing forming an artificial carpet of grass, characterised in that the particle foam, the fiber backing and the single or multiple fibers forming the artificial grass layer are made of thermoplastic elastomers which are composed of the same monomer units respectively from the same components in case of a compound structure and the different characteristics of the layers are established by variation in the ratio of hard phases and soft phases in the thermoplastic elastomer.
Coal nozzle tip assembly for a steam generation apparatus comprising a nozzle body and several channels being connected to the nozzle body, the channels being arranged so as to diverge from each other, wherein at an end distal from the connection between the nozzle body and the channels each channel comprises an exit face, characterized in that a single obstruction is disposed in each exit face and the obstructions are arranged so that they build a square interrupted by hollow spaces between the channels.
An electric working tool comprising: a body case, a working implement provided in the body case, a motor for driving the working implement, and a battery for supplying electric power to the motor, wherein the motor is mounted in a cooling route in the body case, the body case includes an intake communicating with the cooling route opened thereon, and the body case is provided with a battery attaching part to which the battery is detachably attached, characterized in that: an air filter is housed between the intake and the cooling route within the body case, the intake communicating through a retention chamber with the cooling route, the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case, the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake, the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part, and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case. a body case, a working implement provided in the body case, a motor for driving the working implement, and a battery for supplying electric power to the motor, wherein the motor is mounted in a cooling route in the body case, the body case includes an intake communicating with the cooling route opened thereon, and the body case is provided with a battery attaching part to which the battery is detachably attached, characterized in that: an air filter is housed between the intake and the cooling route within the body case, the intake communicating through a retention chamber with the cooling route, the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case, the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake, the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part, and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case. an air filter is housed between the intake and the cooling route within the body case, the intake communicating through a retention chamber with the cooling route, the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case, the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake, the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part, and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case.