mhurhangee/ep-ind-claims huggingface dataset:
A wireless device, WD, configured to communicate with a network node, the WD comprising processing circuitry, the processing circuitry being configured to cause the WD to: determine information about a transmit antenna configuration of the network node; determine information about an activity level of the WD; determine a number of wake up signal, WUS, repetitions based on the transmit antenna configuration and the activity level; and receive a WUS signal, the WUS signal comprising at least the determined number of WUS repetitions; wherein the activity level is a discontinuous reception, DRX, cycle length. determine information about a transmit antenna configuration of the network node; determine information about an activity level of the WD; determine a number of wake up signal, WUS, repetitions based on the transmit antenna configuration and the activity level; and receive a WUS signal, the WUS signal comprising at least the determined number of WUS repetitions; wherein the activity level is a discontinuous reception, DRX, cycle length.
A vehicle power output device for outputting a rotational drive force to a drive shaft, the vehicle power output device comprising: a first rotary electric machine capable of rotating a first shaft; a second rotary electric machine capable of rotating a second shaft in both forward and opposite directions; a planetary gear mechanism operatively connected to the first shaft and the drive shaft; a first power transmitting mechanism for transmitting a rotational drive force of the second shaft to the planetary gear mechanism; and a second power transmitting mechanism for transmitting a rotational drive force of the second shaft to the drive shaft; characterized by a first one-way clutch unit for permitting transmission of a rotational drive force from the second shaft to the first power transmitting mechanism only when the second shaft rotates in the forward direction; and a second one-way clutch unit for permitting transmission of a rotational drive force from the second shaft to the second power transmitting mechanism only when the second shaft rotates in the opposite direction, wherein the planetary gear mechanism combines a rotational drive force transmitted from the first shaft and a rotational drive force transmitted from the first power transmitting mechanism and transmits the combined rotational drive force to the drive shaft with a rotational speed increased. a first rotary electric machine capable of rotating a first shaft; a second rotary electric machine capable of rotating a second shaft in both forward and opposite directions; a planetary gear mechanism operatively connected to the first shaft and the drive shaft; a first power transmitting mechanism for transmitting a rotational drive force of the second shaft to the planetary gear mechanism; and a second power transmitting mechanism for transmitting a rotational drive force of the second shaft to the drive shaft; a first one-way clutch unit for permitting transmission of a rotational drive force from the second shaft to the first power transmitting mechanism only when the second shaft rotates in the forward direction; and a second one-way clutch unit for permitting transmission of a rotational drive force from the second shaft to the second power transmitting mechanism only when the second shaft rotates in the opposite direction, wherein the planetary gear mechanism combines a rotational drive force transmitted from the first shaft and a rotational drive force transmitted from the first power transmitting mechanism and transmits the combined rotational drive force to the drive shaft with a rotational speed increased.
A communication method, the method comprising: knowing (step 810), by a first access network device, that a first terminal device is a last terminal device that receives data of a first multicast service via the first access network device when the first terminal device is in a handover preparation phase in which the first terminal device is handed over from the first access network device to a second access network device; and sending (step 820), by the first access network device, a third message to a third access and mobility management function network element, wherein the third message comprising first information which is used to release a first tunnel, and the first tunnel is used for transmitting the data of the first multicast service between the first access network device and a multicast user plane function network element. knowing (step 810), by a first access network device, that a first terminal device is a last terminal device that receives data of a first multicast service via the first access network device when the first terminal device is in a handover preparation phase in which the first terminal device is handed over from the first access network device to a second access network device; and sending (step 820), by the first access network device, a third message to a third access and mobility management function network element, wherein the third message comprising first information which is used to release a first tunnel, and the first tunnel is used for transmitting the data of the first multicast service between the first access network device and a multicast user plane function network element.
An electronic device, comprising: a thyristor, the thyristor having an anode, a cathode, and a gate terminal; and a bipolar transistor, the bipolar transistor having a base, a collector, and an emitter terminal, the emitter terminal of the bipolar transistor being coupled to the anode terminal of the thyristor, wherein the bipolar transistor and the thyristor define a bipolar power switching device that is configured to switch between a nonconducting state and a conducting state such that current flows between the collector terminal of the bipolar transistor and the cathode terminal of the thyristor responsive to application of a first control signal to the base terminal of the bipolar transistor and responsive to application of a second control signal to the gate terminal of the thyristor, characterized in that the bipolar transistor and the thyristor comprise a wide bandgap semiconductor and further characterized in that the bipolar transistor has a non-negative temperature coefficient and the thyristor has a negative temperature coefficient such that the bipolar power switching device has a non-negative temperature coefficient of a forward voltage drop across the collector terminal and the cathode terminal in the conducting state. a thyristor, the thyristor having an anode, a cathode, and a gate terminal; and a bipolar transistor, the bipolar transistor having a base, a collector, and an emitter terminal, the emitter terminal of the bipolar transistor being coupled to the anode terminal of the thyristor, wherein the bipolar transistor and the thyristor define a bipolar power switching device that is configured to switch between a nonconducting state and a conducting state such that current flows between the collector terminal of the bipolar transistor and the cathode terminal of the thyristor responsive to application of a first control signal to the base terminal of the bipolar transistor and responsive to application of a second control signal to the gate terminal of the thyristor,
Water-dispensing device for dispensing hot water, having a water outlet fitting installable on a sink and having a water heater arranged in a water inlet of the water outlet fitting, wherein the water heater is in the form of a continuous flow heater, wherein there is also arranged in the water inlet of the water outlet fitting at least one measuring transducer which determines a measured variable in respect of water flowing through the continuous flow heater and wherein the water-dispensing device has a control device which is configured to regulate a flow rate through the continuous flow heater in dependence upon measured values of the measuring transducer, characterised in that the control device is configured to set the temperature of the hot water in a temperature range between 70° and 98°C by regulating the flow rate.
A method to predict a remaining useful life of a plasticizing screw for an injection molding machine, the method comprising: creating an energy-pressure ratio distribution estimate for normal operation of the plasticizing screw for a mold; creating a temporally local energy-pressure ratio distribution estimate from real time data for the plasticizing screw for the mold; comparing the local energy-pressure ratio distribution estimate with the energy-pressure ratio distribution estimate for normal operation; and generating an alert if the comparison of the two distributions predicts the remaining useful life is negligible. creating an energy-pressure ratio distribution estimate for normal operation of the plasticizing screw for a mold; creating a temporally local energy-pressure ratio distribution estimate from real time data for the plasticizing screw for the mold; comparing the local energy-pressure ratio distribution estimate with the energy-pressure ratio distribution estimate for normal operation; and generating an alert if the comparison of the two distributions predicts the remaining useful life is negligible.
Counter-vibration device for a power tool, having a control unit which is provided for the control of at least one counter-vibration parameter, and having a sensor unit for sensing a vibration parameter, characterized in that the control unit has at least one characteristic curve and/or a characteristic map relating to the control of at least one counter-vibration parameter, and in that via the at least one characteristic curve stored in a non-volatile memory element of the control unit or in the control unit and/or the stored characteristic map, the control unit determines the counter-vibration parameter by using the vibration parameter that is sensed, and creates a vibration profile of the power tool at least partly from a variation of the counter-vibration parameter over time, wherein the control unit determines a counter-vibration profile on the basis of the vibration parameter or the vibration profile.
A light rail vehicle bogie, comprising a frame and axle boxes respectively mounted on axle journals of a wheel set, wherein the frame comprises side beams and a cross beam perpendicular to middle parts of the side beams, the middle part of the side beam is provided with a recessed area, and a top of the cross beam is provided with a bolster, the cross beam is composed of two tube bodies spaced longitudinally, both ends of each tube body are provided with connecting seats, and the both ends of the tube body are fixedly connected to the side beams through the connecting seats; wherein a magnetic rail brake is suspended on two cantilever seats; wherein two limit seats are respectively located right above two ends of the magnetic rail brake, the magnetic rail brake is located right below the tube bodies; characterized in that cantilever seats extending inward are provided on the two axle boxes; in that a vertical guide rod is arranged at the top of the magnetic rail brake, a limit seat is mounted on one side of each connecting seat, the limit seat is provided with a through guide hole, and the vertical guide rod is inserted into the guide hole. wherein a magnetic rail brake is suspended on two cantilever seats; wherein two limit seats are respectively located right above two ends of the magnetic rail brake, the magnetic rail brake is located right below the tube bodies; characterized in that cantilever seats extending inward are provided on the two axle boxes; in that a vertical guide rod is arranged at the top of the magnetic rail brake, a limit seat is mounted on one side of each connecting seat, the limit seat is provided with a through guide hole, and the vertical guide rod is inserted into the guide hole.
A method for producing an oxymethylene copolymer, the method comprising subjecting a copolymer starting material comprising trioxane and a comonomer to polymerization reaction in the presence of a polymerization initiator comprising an acidic compound, wherein the copolymer starting material comprises a basic compound; an acidic compound different from the acidic compound is added to the copolymer starting material prior to the polymerization reaction to allow reaction between the basic compound and the acidic compound in advance; and the polymerization reaction is carried out through melt polymerization, wherein the basic compound is added as a stabilizer to trioxane and/or the comonomer and is an amine compound.
A combustor comprising: a combustion chamber, a liquid fuel nozzle adapted to inject liquid fuel into the combustion chamber an air supply nozzle disposed around the liquid fuel nozzle and adapted to inject air, wherein the air supply nozzle is disposed such that air is injected from the air supply nozzle in a direction toward an axis of the liquid fuel nozzle, and a space is formed around an outlet of the liquid fuel nozzle, this is an outlet through which the liquid fuel is injected from the liquid fuel nozzle into the combustion chamber, said space being formed upstream of the distal end of the outlet of the liquid fuel nozzle in the direction in which the liquid fuel is injected, wherein the liquid fuel nozzle comprises a nozzle cover and a swirler formed in a portion of the nozzle cover, said swirler being adapted to give a swirl component to the air injected from the air supply nozzle, the combustor being characterized in that the air supply nozzle comprises an injection hole adapted to inject air through the swirler, said injection hole having a length in the axial direction of the combustor that is set larger than the axial length of the swirler. a combustion chamber, a liquid fuel nozzle adapted to inject liquid fuel into the combustion chamber an air supply nozzle disposed around the liquid fuel nozzle and adapted to inject air, wherein the air supply nozzle is disposed such that air is injected from the air supply nozzle in a direction toward an axis of the liquid fuel nozzle, and a space is formed around an outlet of the liquid fuel nozzle, this is an outlet through which the liquid fuel is injected from the liquid fuel nozzle into the combustion chamber, said space being formed upstream of the distal end of the outlet of the liquid fuel nozzle in the direction in which the liquid fuel is injected, wherein the liquid fuel nozzle comprises a nozzle cover and a swirler formed in a portion of the nozzle cover, said swirler being adapted to give a swirl component to the air injected from the air supply nozzle, the combustor being characterized in that the air supply nozzle comprises an injection hole adapted to inject air through the swirler, said injection hole having a length in the axial direction of the combustor that is set larger than the axial length of the swirler.
An optical transition box for housing an optical connection between a riser cable and at least one drop cable of an optical access network, said optical transition box comprising a base comprising: - a bottom configured to house excess lengths of at least one first optical fiber of said riser cable and of at least one second optical fiber of said drop cable; - a sidewall; and - a splice-holder element fixed to said sidewall and overhanging from said sidewall above said bottom, said splice-holder element being suitable for housing at least one splice between said first optical fiber and said second optical fiber, wherein a distance not shorter than a diameter of said first optical fiber is provided between said bottom and said splice-holder element, wherein said bottom comprises a slit configured for being engaged by a portion of said riser cable so that said portion is accessible from the interior of said base. - a bottom configured to house excess lengths of at least one first optical fiber of said riser cable and of at least one second optical fiber of said drop cable; - a sidewall; and - a splice-holder element fixed to said sidewall and overhanging from said sidewall above said bottom, said splice-holder element being suitable for housing at least one splice between said first optical fiber and said second optical fiber, wherein a distance not shorter than a diameter of said first optical fiber is provided between said bottom and said splice-holder element,
A computer-implemented method for rendering views, comprising the steps of: (a) providing a plurality of images of a scene; (b) providing a three-dimensional model of the scene; (c) associating regions of said plurality of images of the scene with at least one portion of at least one surface of said three-dimensional model of the scene, wherein at least one of the portions is associated with said regions of at least two of said plurality of images; (d) providing at least one view selection criterion, wherein said view selection criteria includes a criterion other than viewpoint; (e) selecting, for each of at least one portions, at least one of said regions, said selecting based on prioritizing regions for each portion to satisfy said view selection criteria as a function of a current viewpoint; (f) rendering a multi-view using the selected regions in combination with said three-dimensional model of the scene; and (g) dynamically repeating steps (e) and (f) such that the selected regions for each of said at least one portions varies as a function of the current viewpoint. (a) providing a plurality of images of a scene; (b) providing a three-dimensional model of the scene; (c) associating regions of said plurality of images of the scene with at least one portion of at least one surface of said three-dimensional model of the scene, wherein at least one of the portions is associated with said regions of at least two of said plurality of images; (d) providing at least one view selection criterion, wherein said view selection criteria includes a criterion other than viewpoint; (e) selecting, for each of at least one portions, at least one of said regions, said selecting based on prioritizing regions for each portion to satisfy said view selection criteria as a function of a current viewpoint; (f) rendering a multi-view using the selected regions in combination with said three-dimensional model of the scene; and (g) dynamically repeating steps (e) and (f) such that the selected regions for each of said at least one portions varies as a function of the current viewpoint.
A method of cleaning a membrane, the method comprising: pre-rinsing the membrane; cleaning the membrane using a solution comprising an enzyme and an agent having a pH compatible with the enzyme, the solution having a temperature compatible with the membrane; preventing any divalent ions in the solution from precipitation; reducing an activity of the enzyme by adding a binding agent capable of deactivating the enzyme to the solution, wherein the method is without rinsing the solution from the membrane from the time the solution is contacted with the membrane to the time used for reducing the activity of the enzyme; and post-rinsing the membrane for removal of the solution. pre-rinsing the membrane; cleaning the membrane using a solution comprising an enzyme and an agent having a pH compatible with the enzyme, the solution having a temperature compatible with the membrane; preventing any divalent ions in the solution from precipitation; reducing an activity of the enzyme by adding a binding agent capable of deactivating the enzyme to the solution, wherein the method is without rinsing the solution from the membrane from the time the solution is contacted with the membrane to the time used for reducing the activity of the enzyme; and post-rinsing the membrane for removal of the solution.
A method performed by a network device for auditing S9 sessions, the method comprising: determining by the network device that an S9 session should be audited; determining that the S9 session is a suspect session and that an S9 session record associated with the S9 session does not identify any S9 subsessions; transmitting an S9 message to a partner device, wherein the S9 message includes an innocuous instruction; receiving, at the network device, a response message from the partner device; determining, based on the response message, whether the suspect session is orphaned; and if the suspect session is orphaned, removing an S9 session record associated with the suspect session. determining by the network device that an S9 session should be audited; determining that the S9 session is a suspect session and that an S9 session record associated with the S9 session does not identify any S9 subsessions; transmitting an S9 message to a partner device, wherein the S9 message includes an innocuous instruction; receiving, at the network device, a response message from the partner device; determining, based on the response message, whether the suspect session is orphaned; and if the suspect session is orphaned, removing an S9 session record associated with the suspect session.
A method of compounding a lipophilic therapeutic agent so that it is adapted for delivery to the adventitia of a vessel using a catheter-based microsyringe, comprising the steps of: (a) forming a lipophilic therapeutic agent into a plurality of microparticles, wherein the lipophilic therapeutic agent includes an antiproliferative agent, an antineoplastic agent, an antibiotic agent, an anti-inflammatory agent, an angiogenesis inhibitor, a metalloproteinase inhibitor, a serine proteinase inhibitor, or any combinations thereof; and (b) dispersing the microparticles throughout an organic-solvent-free liquid carrier adapted for delivery to the adventitia of the vessel. (a) forming a lipophilic therapeutic agent into a plurality of microparticles, wherein the lipophilic therapeutic agent includes an antiproliferative agent, an antineoplastic agent, an antibiotic agent, an anti-inflammatory agent, an angiogenesis inhibitor, a metalloproteinase inhibitor, a serine proteinase inhibitor, or any combinations thereof; and (b) dispersing the microparticles throughout an organic-solvent-free liquid carrier adapted for delivery to the adventitia of the vessel.
Brake pad for braking systems, in particular for disc brakes, comprising a friction portion tribologically active and a mechanical support portion intended to cooperate with actuating means of a braking system, at least said friction portion being made from a ceramic matrix material obtained through a process comprising the following operational steps: - preparing a mixture of at least one siliconic type ceramic precursor, of particles of hard materials suitable as abrasives, of particles of substances suitable as lubricants and particles of metal materials, wherein the mixture consists of: ceramic precursor and catalyst between 5 and 10% by weight; abrasives between 20% and 30% by weight; metal materials not greater than 60% by weight; lubricants not greater than 50% by weight; - hot-pressing the mixture to obtain a preformed body; - submitting said preformed body to a process of pyrolysis in order to achieve ceramisation of the preceramic binder, thus obtaining said ceramic matrix material; said mixture comprising a catalyst suitable for favouring reticulation of said ceramic precursor during said hot-pressing step and said pyrolysis step being carried out at temperatures below 800°C. - preparing a mixture of at least one siliconic type ceramic precursor, of particles of hard materials suitable as abrasives, of particles of substances suitable as lubricants and particles of metal materials, wherein the mixture consists of: ceramic precursor and catalyst between 5 and 10% by weight; abrasives between 20% and 30% by weight; metal materials not greater than 60% by weight; lubricants not greater than 50% by weight; - hot-pressing the mixture to obtain a preformed body; - submitting said preformed body to a process of pyrolysis in order to achieve ceramisation of the preceramic binder, thus obtaining said ceramic matrix material;