mhurhangee/ep-ind-claims huggingface dataset:
A method, in a multiple-radio access technology, RAT, communications system, for resource allocation between user equipment, UE, and a base station node of the system, wherein the UE is operable to receive data contemporaneously from the node and at least one other source, the method comprising the steps of: generating a measure representing the amount of data received by the UE from the or each other source, the amount of data and a measure thereof being unknown or unavailable a priori; and using the generated measure to regulate a schedule for data communications between the UE and the base station node, characterized in that: the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE. generating a measure representing the amount of data received by the UE from the or each other source, the amount of data and a measure thereof being unknown or unavailable a priori; and using the generated measure to regulate a schedule for data communications between the UE and the base station node, characterized in that: the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE. the generating a measure includes monitoring at the base station node traffic data representing data received by the UE from the at least one other source, and the traffic data is transmitted to the base station node by the UE or generated using a controller of the base station node operable to infer or determine the amount of data received by the UE from the at least one other source, wherein the schedule for data communications between the UE and the base station node is regulated to provide a predetermined minimum data throughput to the UE.
A head unit, in which unit head rows (27a, 27b) that are formed by arraying a plurality of unit heads are respectively arranged in parallel on both surface sides in a thickness direction of a transmission substrate, the unit heads each having a nozzle surface, in which nozzle rows including a plurality of nozzles are formed, and pressure generation units adapted to generate a pressure variation in pressure chambers that are in communication with the nozzles, and that are adapted to eject a liquid from the nozzles by generating a pressure variation in the pressure chambers by operating the pressure generation units; a transmission substrate arranged orthogonally on the head unit along a direction which intersects the nozzle surface, and that is adapted to transmit a drive signal to the pressure generation units; and a liquid channel member that has a liquid channel that supplies a liquid to the unit heads, wherein the liquid channel comprises a first liquid channel disposed on a first side of the transmission substrate and a second liquid channel disposed on a second side of the transmission substrate opposite to the first side; wherein the unit heads are each provided with a flexible cable that is electrically connected to the respective pressure generation unit and the transmission substrate; a fixing member that is fixed to the liquid channel member on one side, and fixed to the unit heads on the other side, the fixing member having a first communication channel (43a, 43b) and a second fluid communication channel (44a, 44b), the first communication channel (43a, 43b) being in communication with one of the first and second liquid channels (32a, 32b) on a first side of the transmission substrate, and the second communication channel (44a, 44b) being in communication with the other of the first and second liquid channels (32a, 32b) on a second side of the transmission substrate; a first head channel that is included in the unit head and in communication with the first communication channel (43a, 43b) on the first side of the transmission substrate; a second head channel that is included in the unit head and in communication with the second communication channel (44a, 44b) on the first side of the transmission substrate and, with the first head channel, sandwiches the flexible cable; and the second communication channel (44a, 44b) is intersected by a plane defined by the transmission substrate.
A radio communication apparatus comprising: circuitry (104, 401) adapted to compute a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel, and adapted to compute a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and a transmitter adapted to transmit one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted. circuitry (104, 401) adapted to compute a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel, and adapted to compute a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and a transmitter adapted to transmit one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted.
A surgical suture comprising an elongate woven braid of fibres including ultra-high molecular weight polyethylene fibres, characterised in that said braid of fibres has 12 to 32 fibres braided together at 20 to 28 pics per cm (50 to 70 pics per inch), is hollow and defines an elongate, longitudinally-extending open central chamber without a core material extending therein; and said suture has a circular cross sectional configuration whose diameter is in the range of 0.100 mm to 0.999mm, said chamber being sufficiently large to enable said circular cross-sectional configuration of said braid of fibres to collapse in response to pressures experienced when the suture is knotted.
A stage lighting source system with a lamp protection function, comprising a lamp, a lamp protection device and a light filter which are arranged along a light axis sequentially, wherein the lamp protection device comprises a structure and a mounting component for mounting the structure wherein the mounting component is a transparent body, the light axis passes through the structure, a size of the structure does not affect a light output effect of the lamp in a direction of the light axis, and the structure can fully or partially absorb and/or reflect light energy reflected from the light filter, characterized in that the structure is a non-transparent structure, and in that the non-transparent structure is a non-transparent solid fixed on the transparent body, wherein the non-transparent solid is a ceramic or a metal.
Method for transmitting data packets in a communication system with a transmission link between a station sending data packets (FH; MH) and a receiving station (MH; FH) and with an intermediate performance enhancing device and/or performance enhancing function to enhance transmission on at least a portion of the transmission link, with which the performance enhancing device and/or performance enhancing function receives the data packets from the sending station (FH; MH) and sends them to the receiving station (MH; FH) and uses header data to monitor transmission of the data packets on the enhanced portion of the transmission link, characterised in that a decision-making device routes encrypted data packets, which cannot be identified adequately for processing in the performance enhancing device and/or performance enhancing function, past the performance enhancing device and/or performance enhancing function and routes encrypted data packets, which can be identified adequately for processing in the performance enhancing device and/or performance enhancing function, to the performance enhancing device and/or performance enhancing function.
An injection unit comprising: a first cylinder; a first movable section which moves a molding material in the first cylinder; a first drive section which operates the first movable section; a second cylinder to which the molding material is fed from the first cylinder; a second movable section which moves the molding material in the second cylinder; a second drive section which operates the second movable section; a nozzle which injects the molding material into a mold unit; a switching section configured to switch to a position in which the switching section opens to all of the first cylinder, the second cylinder, and the nozzle; and a controller which controls the first drive section, the second drive section, and the switching section, characterized in that the controller is configured to switch the switching section to said position and to drive the first drive section and the second drive section at the same time, at a predetermined time. a first cylinder; a first movable section which moves a molding material in the first cylinder; a first drive section which operates the first movable section; a second cylinder to which the molding material is fed from the first cylinder; a second movable section which moves the molding material in the second cylinder; a second drive section which operates the second movable section; a nozzle which injects the molding material into a mold unit; a switching section configured to switch to a position in which the switching section opens to all of the first cylinder, the second cylinder, and the nozzle; and a controller which controls the first drive section, the second drive section, and the switching section,
Method of caching web content in a communication node comprising a hard disk memory, said communication node being configured to schedule read requests and write requests of web content in the hard disk, characterized in that the method comprises: - queuing write requests in a first queue; - queuing read requests in a second queue; having the second queue a greater priority than the first queue; - monitoring a data throughput level of the hard disk; - scheduling write requests queued in the first queue only if the monitored data throughput is below a first threshold - scheduling read requests queued in the second queue as a function of the monitored data throughput of the hard disk. - queuing write requests in a first queue; - queuing read requests in a second queue; having the second queue a greater priority than the first queue; - monitoring a data throughput level of the hard disk; - scheduling write requests queued in the first queue only if the monitored data throughput is below a first threshold - scheduling read requests queued in the second queue as a function of the monitored data throughput of the hard disk.
An active implantable medical device, such as a pacemaker, defibrillator, cardioverter and/or multisite device, comprising: - means for collecting the cardiac rhythm in at least one cavity of the heart; - means for analysing the rhythm, comprising means for evaluating variations of the cardiac frequency over time as a function of the so-collected rhythm; and - means for determining the presence of a sleep breathing trouble as a function of these variations, these means operating on a cycle basis and being adapted to:. discriminate in the collected rhythm the spontaneous events of sinusal origin, by eliminating the extrasystoles, the atrial or ventricular bursts and the paced cardiac cycles; and. determining, for the so-discriminated spontaneous events of sinusal origin, the interval PP between two spontaneous atrial waves, or the interval RR between two spontaneous ventricular complexes, characterized in that the rhythm analysis means are means adapted to determine an index of sinusal variability function of said variations, and to compare this index with a predetermined threshold. - means for collecting the cardiac rhythm in at least one cavity of the heart; - means for analysing the rhythm, comprising means for evaluating variations of the cardiac frequency over time as a function of the so-collected rhythm; and - means for determining the presence of a sleep breathing trouble as a function of these variations, these means operating on a cycle basis and being adapted to:. discriminate in the collected rhythm the spontaneous events of sinusal origin, by eliminating the extrasystoles, the atrial or ventricular bursts and the paced cardiac cycles; and. determining, for the so-discriminated spontaneous events of sinusal origin, the interval PP between two spontaneous atrial waves, or the interval RR between two spontaneous ventricular complexes,. discriminate in the collected rhythm the spontaneous events of sinusal origin, by eliminating the extrasystoles, the atrial or ventricular bursts and the paced cardiac cycles; and. determining, for the so-discriminated spontaneous events of sinusal origin, the interval PP between two spontaneous atrial waves, or the interval RR between two spontaneous ventricular complexes,
Blood treatment device having at least one reading and/or writing apparatus which is configured to read information from a chip card and/or to write information to a chip card, and having at least one receiver into which the chip card can be inserted and from which the chip card can be removed, wherein the receiver is arranged such that information can be read from the chip card and/or information can be written to the chip card by means of the reading and/or writing apparatus in the state of the chip card being inserted into the receiver, characterized in that the receiver is not horizontal, but rather extends slanted upwardly with respect to the horizontal in the entire insertion direction of the chip card, that the receiver is formed by a void, the outer dimensions of which correspond to the outer dimensions of the chip card and that the receiver is configured in multiple parts and comprises a first and a second part, wherein the first part and the second part are spaced from one another and wherein the chip card first passes through the first part and then through the second part in the insertion direction in order to ensure that the chipcard reliably also enters the second part of the receiver when being inserted.
Apparatus for decomposing an input signal having a number of at least three input channels, comprising: a downmixer for downmixing the input signal to obtain a downmix signal, wherein the downmixer is configured for downmixing so that a number of downmix channels of the downmix signal is at least 2 and smaller than the number of input channels; an analyzer for analyzing the downmix signal to derive an analysis result; and a signal processor for processing the input signal or a signal derived from the input signal using the analysis result, wherein the signal processor is configured for applying the analysis result to the input channels of the input signal or channels of the signal derived from the input signal to obtain a decomposed signal, wherein the signal derived from the input signal is different from the downmix signal. a downmixer for downmixing the input signal to obtain a downmix signal, wherein the downmixer is configured for downmixing so that a number of downmix channels of the downmix signal is at least 2 and smaller than the number of input channels; an analyzer for analyzing the downmix signal to derive an analysis result; and a signal processor for processing the input signal or a signal derived from the input signal using the analysis result, wherein the signal processor is configured for applying the analysis result to the input channels of the input signal or channels of the signal derived from the input signal to obtain a decomposed signal, wherein the signal derived from the input signal is different from the downmix signal.
A catheter free, speculum free instrument for artificial insemination of a female bovine with a cervix and a uterus, the instrument sized and arranged to receive a liquid diluent and semen, the instrument comprising: a single, disposable syringe not toxic to bovine sperm, the syringe having a proximal end and a distal end, the single, disposable syringe sized and arranged to hold the liquid diluent and semen; a hollow, elongate pipette having a proximal end (107; 138) and a distal end with at least one outlet port (112, 116) formed proximate to the distal end, the hollow, elongate pipette having an outside diameter of less than 4.2 mm; and means (104, 108; 132, 130) to achieve a fluid tight connection between the distal end of the single, disposable syringe and the proximal end (107; 138) of the hollow, elongate pipette to allow the liquid diluent and the semen in the syringe to flow from the single, disposable syringe through the hollow, elongate pipette and out the at least one outlet port (112, 116), characterised in that the hollow, elongate, pipette is a stiff metal pipette and its distal end is formed into a smooth rounded tip to facilitate easy passage through the female's cervix and into the uterus, the at least one outlet port is a transverse outlet port (112, 116) formed proximate to the tip. a single, disposable syringe not toxic to bovine sperm, the syringe having a proximal end and a distal end, the single, disposable syringe sized and arranged to hold the liquid diluent and semen; a hollow, elongate pipette having a proximal end (107; 138) and a distal end with at least one outlet port (112, 116) formed proximate to the distal end, the hollow, elongate pipette having an outside diameter of less than 4.2 mm; and means (104, 108; 132, 130) to achieve a fluid tight connection between the distal end of the single, disposable syringe and the proximal end (107; 138) of the hollow, elongate pipette to allow the liquid diluent and the semen in the syringe to flow from the single, disposable syringe through the hollow, elongate pipette and out the at least one outlet port (112, 116), characterised in that the hollow, elongate, pipette is a stiff metal pipette and its distal end is formed into a smooth rounded tip to facilitate easy passage through the female's cervix and into the uterus, the at least one outlet port is a transverse outlet port (112, 116) formed proximate to the tip.
A pneumatic tire comprising a tread portion provided with three circumferentially continuously extending main grooves (10, 11), a pair of bead portions each with a bead core therein, a pair of sidewall portions extending between the tread portion and the bead portions, a carcass extending between the bead portions through the tread portion and the sidewall portions, and a radially outermost belt ply of cords (7A, 7B) disposed radially outside the carcass in the tread portion and inclined to one direction with respect to the tire axial direction, the main grooves including a center main groove extending along the tire equator and a pair of shoulder main grooves disposed one on each side of the center main groove so that the tread portion is provided on each side of the center main groove with a crown land portion between the center main groove and the shoulder main groove and a shoulder land portion between the shoulder main groove and the tread edge (Te), wherein the ratio W2/W1 of the axial width W2 of said shoulder land portion to the axial width W1 of said crown land portion is 1.15 to 2.0 under a 70 % loaded state of the tire in which the tire is mounted on a standard rim, inflated to a standard pressure and loaded with 70 % of a standard tire load, said crown land portion is provided with crown axial grooves having a width of not more than 2 mm and inclined with respect to the tire axial direction to the opposite direction to the inclining direction of the cords of the radially outermost belt ply, said shoulder land portion is provided with shoulder axial grooves inclined with respect to the tire axial direction toward the same inclining direction as the cords of the radially outermost belt ply, and each of said shoulder axial grooves is not connected to the shoulder main groove or alternatively connected to the shoulder main groove through a part having a width of not more than 1.2 mm, characterized in that the tread portion is provided with a tread pattern which is asymmetric about the tire equator and has an outboard tread edge intended to be located on the outside of a vehicle and an inboard tread edge intended to be located on the inside of the vehicle, the shoulder axial grooves (24, 28) on the outboard tread edge side are not connected to the shoulder main groove and the shoulder axial grooves on the inboard tread edge side include those (26, 27) connected to the shoulder main groove.