mhurhangee/ep-ind-claims huggingface dataset:
Method for etching a structure comprising at least one material to be etched, comprising: - choosing at least one chemical species capable of reacting with the material to be etched; - choosing at least one soluble compound that does not react with said material but which is able to release the aforementioned chemical species; - producing a solution containing said compound and containing a powder of solid grains or particles in suspension; - placing the material to be etched in the presence of the solution; and - producing high-frequency ultrasound in the solution with at least a frequency and a power generating active cavitation bubbles in the presence of said powder of soild grains or particles, such that the chemical species is generated and reacts with the material to be etched, while producing a soluble compound or a precipitate. - choosing at least one chemical species capable of reacting with the material to be etched; - choosing at least one soluble compound that does not react with said material but which is able to release the aforementioned chemical species; - producing a solution containing said compound and containing a powder of solid grains or particles in suspension; - placing the material to be etched in the presence of the solution; and - producing high-frequency ultrasound in the solution with at least a frequency and a power generating active cavitation bubbles in the presence of said powder of soild grains or particles, such that the chemical species is generated and reacts with the material to be etched, while producing a soluble compound or a precipitate.
A circuit, comprising: an RF amplifier, comprising: a wide bandgap high voltage depletion mode transistor having a source electrode coupled to a reference potential; a drain electrode coupled to a potential (V DD) more positive than the reference potential; and a gate electrode for coupling to an input signal; a bias circuit, comprising: a current source; and biasing circuitry coupled to the current source and between the potential (V DD) more positive than the reference potential and a potential (-V SS) more negative than the reference potential; and a CMOS control circuit connected to the current source for controlling the amount of current produced by the current source to the biasing circuitry; wherein the CMOS control circuit includes a digital to analogue converter for varying the amount of current passing from the current source to the biasing circuitry in accordance with a control signal (CTRLR) fed to the digital to analogue converter to correspondingly vary a bias voltage (Vg) fed by an output of the biasing circuitry through an inductor at the gate electrode of the wide bandgap high voltage depletion mode transistor, wherein the control signal diverts current (Ictrl) produced by the current source from the biasing circuitry in accordance with the control signal (CTRLR); and wherein the RF amplifier and bias circuit are formed on a Group III-V chip and wherein the CMOS control circuit is formed on a silicon chip. an RF amplifier, comprising: a wide bandgap high voltage depletion mode transistor having a source electrode coupled to a reference potential; a drain electrode coupled to a potential (V DD) more positive than the reference potential; and a gate electrode for coupling to an input signal; a bias circuit, comprising: a current source; and biasing circuitry coupled to the current source and between the potential (V DD) more positive than the reference potential and a potential (-V SS) more negative than the reference potential; and a CMOS control circuit connected to the current source for controlling the amount of current produced by the current source to the biasing circuitry; wherein the CMOS control circuit includes a digital to analogue converter for varying the amount of current passing from the current source to the biasing circuitry in accordance with a control signal (CTRLR) fed to the digital to analogue converter to correspondingly vary a bias voltage (Vg) fed by an output of the biasing circuitry through an inductor at the gate electrode of the wide bandgap high voltage depletion mode transistor, wherein the control signal diverts current (Ictrl) produced by the current source from the biasing circuitry in accordance with the control signal (CTRLR); and wherein the RF amplifier and bias circuit are formed on a Group III-V chip and wherein the CMOS control circuit is formed on a silicon chip.
A method of transmitting a radio signal in a first wireless network element, the method comprising: receiving, at an input of a radio transmitter, a signal for wireless transmission; selectively performing a signal linearization technique on the signal; amplifying the signal with a non-linear amplifier; and transmitting the amplified signal to a second wireless network element. characterized in that the method further comprising: determining a cell load; and adjusting, based on the cell load, one or more thresholds used for selectively performing the signal linearization technique; or determining a signal processing capability of the first wireless network element; and adjusting, based on the signal processing capability of the first wireless network element, one or more thresholds used for selectively performing the signal linearization technique. receiving, at an input of a radio transmitter, a signal for wireless transmission; selectively performing a signal linearization technique on the signal; amplifying the signal with a non-linear amplifier; and transmitting the amplified signal to a second wireless network element. determining a cell load; and adjusting, based on the cell load, one or more thresholds used for selectively performing the signal linearization technique; or determining a signal processing capability of the first wireless network element; and adjusting, based on the signal processing capability of the first wireless network element, one or more thresholds used for selectively performing the signal linearization technique.
A system for tracking infant development, the system comprising: - a portable device including a camera and a processing unit, and - a weighing scale, preferably comprising a wireless transceiver; wherein the weighing scale is configured to measure the weight of an infant and to transmit the measured weight information to the portable device; and wherein the portable device is configured to - capture an image of the infant; - combine the received weight information and information derived from the image of the infant to obtain infant development statistics; and - store the image and the obtained infant development statistics in a storage; wherein the information derived from the image includes at least one of the height of the infant and the head circumference of the infant; wherein the development statistics are calculated by the portable device using shape recognition. - a portable device including a camera and a processing unit, and - a weighing scale, preferably comprising a wireless transceiver; - capture an image of the infant; - combine the received weight information and information derived from the image of the infant to obtain infant development statistics; and - store the image and the obtained infant development statistics in a storage; wherein the information derived from the image includes at least one of the height of the infant and the head circumference of the infant;
Installation comprising - an inclined wire former which is configured to deposit a sheet of wet-laid fibre material on a first circulating belt, - a further belt which is configured to receive the sheet of wet-laid fibre material from the first circulating belt, - a roller card which is arranged downstream in the material transport direction and is configured to introduce a roller card web into the installation, - a hydroentanglement which is arranged downstream in the material transport direction and has at least one water beam and which is configured to entangle and/or bond and/or structure a single sheet of fibres or a plurality of sheets of fibres, - and a dryer arranged downstream in the material transport direction, wherein the installation is configured to produce a single-ply or alternatively a multi-ply nonwoven, characterised in that the installation is configured to transport the sheet of wet-laid fibre material by means of the at least one belt directly to the hydroentanglement, wherein the sheet of wet-laid fibre material can be single- or multi-layer, and in that the belt for transporting the sheet of wet-laid fibre material is arranged at least in part beneath the roller card. - an inclined wire former which is configured to deposit a sheet of wet-laid fibre material on a first circulating belt, - a further belt which is configured to receive the sheet of wet-laid fibre material from the first circulating belt, - a roller card which is arranged downstream in the material transport direction and is configured to introduce a roller card web into the installation, - a hydroentanglement which is arranged downstream in the material transport direction and has at least one water beam and which is configured to entangle and/or bond and/or structure a single sheet of fibres or a plurality of sheets of fibres, - and a dryer arranged downstream in the material transport direction,
LED-based lighting component comprising at least: - at least one LED mounted to a printed circuit board - at least one surface mount reflector located on the printed circuit board, the surface mount reflector having at least one reflector surface oriented towards the at least one LED characterized in that said at least one surface mount reflector has at least one mounting pad (82, 83, 84), and in that the at least one mounting pad being (82, 83, 84) is soldered to the printed circuit board. - at least one LED mounted to a printed circuit board - at least one surface mount reflector located on the printed circuit board, the surface mount reflector having at least one reflector surface oriented towards the at least one LED
A dual operating mode hand tool for dispensing plastic fasteners, comprising: a casing, said casing being provided with a needle assembly opening; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said opening in said casing, said needle disposed on one end of said needle assembly; an anvil, said anvil having a front portion and a rear portion, said rear portion being secured to said casing, characterized in that said front portion is rotatably attached to said rear portion, said front portion is capable of being rotated to extend in front of said opening in said needle assembly. a casing, said casing being provided with a needle assembly opening; a hollow needle; a needle assembly, said needle assembly being slidably movable back and forth between a retracted position disposed substantially within said casing and an extended position disposed substantially out of said casing through said opening in said casing, said needle disposed on one end of said needle assembly; an anvil, said anvil having a front portion and a rear portion, said rear portion being secured to said casing, characterized in that said front portion is rotatably attached to said rear portion, said front portion is capable of being rotated to extend in front of said opening in said needle assembly.
Method for data transmission between subscribers (T1, T2, T3, T4, T5, T6) in a vehicle communication network of a vehicle, wherein at least one subscriber of the vehicle communication network is a vehicle subscriber arranged and permanently installed in the vehicle and forming or providing a notification manager of the vehicle communication network, wherein a notifying subscriber (T2, T6) of the vehicle communication network transmits notification data to the notification manager, wherein the notification manager transmits at least one part of the notification data, directly and without a separate interrogation, to at least one subscriber (T3, T4, T5, T6) to be notified in the vehicle communication network, characterized in that the notification data are transmitted in the form of a data object, wherein the notification data code information about at least one service address, wherein the service address is a property of an action object and a service provided by a providing subscriber (T3, T4, T5, T6) of the vehicle communication network is able to be called up under the service address, wherein the providing subscriber is the notifying subscriber (T2, T6) or a subscriber (T3, T4, T5) different therefrom.
A method comprising: transmitting electromagnetic radiation through a fluid, the electromagnetic radiation including x-ray and gamma radiation; receiving a portion of the electromagnetic radiation transmitted through the fluid at a detector comprising a detection chain of components; and analyzing the fluid based on the portion of the electromagnetic radiation received at the detector, wherein analyzing the fluid includes: measuring the energy spectrum of the portion of the electromagnetic radiation received by the detector; and using the measured energy spectrum and a physical model of detector response to electromagnetic radiation to infer incident count rates for discrete energy levels of the portion of the electromagnetic radiation received by the detector, characterised in that the physical model includes a detector response function that is based on physical characteristics of the detector and on component response functions for each of a plurality of components of the detection chain that relates inputs at each component of the detection chain to corresponding outputs. transmitting electromagnetic radiation through a fluid, the electromagnetic radiation including x-ray and gamma radiation; receiving a portion of the electromagnetic radiation transmitted through the fluid at a detector comprising a detection chain of components; and analyzing the fluid based on the portion of the electromagnetic radiation received at the detector, wherein analyzing the fluid includes: measuring the energy spectrum of the portion of the electromagnetic radiation received by the detector; and using the measured energy spectrum and a physical model of detector response to electromagnetic radiation to infer incident count rates for discrete energy levels of the portion of the electromagnetic radiation received by the detector, characterised in that the physical model includes a detector response function that is based on physical characteristics of the detector and on component response functions for each of a plurality of components of the detection chain that relates inputs at each component of the detection chain to corresponding outputs. measuring the energy spectrum of the portion of the electromagnetic radiation received by the detector; and using the measured energy spectrum and a physical model of detector response to electromagnetic radiation to infer incident count rates for discrete energy levels of the portion of the electromagnetic radiation received by the detector, characterised in that the physical model includes a detector response function that is based on physical characteristics of the detector and on component response functions for each of a plurality of components of the detection chain that relates inputs at each component of the detection chain to corresponding outputs.
An inhalation-synchronized fluid dispenser device comprising a body provided with a mouthpiece, a fluid reservoir containing a fluid and a propellant gas being mounted to slide axially in said body, a metering valve including a valve member being assembled on said reservoir for selectively dispensing the fluid, said device further comprising: • an actuator element (500, 500') that is movable and/or deformable between a non-actuation position, in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, and • an inhalation-controlled trigger system including an inhalation-sensitive member (61, 65), that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member (61, 65), when it is deformed and/or moved, moving and/or deforming said actuator element (500, 500') from its non-actuation position towards its actuation position, said actuator element being a blocking element (500, 500') that, in the non-actuation position, co-operates firstly with the body, and secondly with the reservoir so as to prevent said reservoir from moving axially in the body, the dispenser device being characterized in that said actuator element is a blocking ring that is fastened, in particular snap-fastened, on said reservoir, and that includes at least one axial tab, in particular three axial tabs, that co-operate with a shoulder that is secured to said body so as to prevent said reservoir from moving axially in said body. • an actuator element (500, 500') that is movable and/or deformable between a non-actuation position, in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, and • an inhalation-controlled trigger system including an inhalation-sensitive member (61, 65), that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member (61, 65), when it is deformed and/or moved, moving and/or deforming said actuator element (500, 500') from its non-actuation position towards its actuation position,
Layered article comprising a BOPP-based film, at least one intermediate layer acting as an oil and gas, in particular oxygen, barrier and including a polymeric binder and at least one amino acid, and an outer layer protecting said intermediate layer against moisture and comprising at least nitrocellulose, polyurethane and slip agent, or polyvinyl butyral, polyamide resin, ketone resin or a mixture thereof, and slip agent.
An L-shaped supporting body configured and adapted for accommodating a fish and for conveying said fish tail first, through a cutting unit having a circular blade pair of a fish processing apparatus, which has a continuously revolving conveyor, wherein the supporting body has a main body for fastening said supporting body to the conveyor and a bearing web, which protrudes beyond a side wall of the main body and which has a supporting edge arranged at the top for accommodating the backbone of the fish to be accommodated, characterised in that the bearing web has a groove arranged on the underside, which groove is designed as a countersupport for the circular blade pair.
An antibody construct comprising a first domain which binds to BCMA, a second domain which binds to CD3 and a third Fc-based domain which extends the half-life of the antibody construct, for use in the treatment or amelioration of a BCMA positive neoplasm in a human subject, wherein the antibody construct is administered at a minimum dose of 800 μg/day in at least one cycle, wherein one cycle comprises at least three individual administrations of the antibody construct, wherein the antibody construct is administered during the first cycle on day 1 and in one or two dose steps.
Method for treating carbonaceous-material waste by steam thermolysis, comprising: - grinding of the waste, - introduction of the ground waste into a steam-thermolysis reactor heated by combustion fumes, fumes containing steam being introduced into said reactor, so as to raise said ground waste to a temperature of between 200° and 700°C during a steam-thermolysis reaction forming steam/gas products, - cooling of said combustion fumes to a temperature of between 200° and 450°C and discharge thereof, - discharge out of said reactor of said steam/gas products formed in said reactor, - condensation of said steam/gas products discharged in order to obtain a condensate, - separation of said condensate into loaded water containing residual hydrocarbons and into oil, characterised in that combustion of said loaded water issuing from said condensate is used as a heat energy source of said steam-thermolysis reactor, said heat-energy source further comprising said combustion fumes coming from the combustion of a fuel and/or from the combustion of non-condensed gases obtained at the end of the condensation of said steam/gas products. - grinding of the waste, - introduction of the ground waste into a steam-thermolysis reactor heated by combustion fumes, fumes containing steam being introduced into said reactor, so as to raise said ground waste to a temperature of between 200° and 700°C during a steam-thermolysis reaction forming steam/gas products, - cooling of said combustion fumes to a temperature of between 200° and 450°C and discharge thereof, - discharge out of said reactor of said steam/gas products formed in said reactor, - condensation of said steam/gas products discharged in order to obtain a condensate, - separation of said condensate into loaded water containing residual hydrocarbons and into oil,
A spring brake chamber comprising: a primary chamber; a first piston accommodated in the primary chamber; a compression spring having a biasing force that biases the first piston; a secondary chamber; a second piston accommodated in the secondary chamber and moved by a supply of compressed air; a coupling unit that couples the primary chamber and the secondary chamber, wherein the coupling unit includes a circumferential wall that defines a communication hole; a push rod arranged in the first piston and inserted through the communication hole, wherein the push rod holds the second piston when biased by the compression spring; a first sealing member arranged between the push rod and the circumferential wall of the communication hole; and characterized in that: a first guide member arranged proximal to the first sealing member to guide movement of the push rod, wherein the first guide member is formed from a harder material than the first sealing member; wherein the first guide member is located on a portion of the inner wall of the coupling unit. a primary chamber; a first piston accommodated in the primary chamber; a compression spring having a biasing force that biases the first piston; a secondary chamber; a second piston accommodated in the secondary chamber and moved by a supply of compressed air; a coupling unit that couples the primary chamber and the secondary chamber, wherein the coupling unit includes a circumferential wall that defines a communication hole; a push rod arranged in the first piston and inserted through the communication hole, wherein the push rod holds the second piston when biased by the compression spring; a first sealing member arranged between the push rod and the circumferential wall of the communication hole; and characterized in that: a first guide member arranged proximal to the first sealing member to guide movement of the push rod, wherein the first guide member is formed from a harder material than the first sealing member; wherein the first guide member is located on a portion of the inner wall of the coupling unit. a first guide member arranged proximal to the first sealing member to guide movement of the push rod, wherein the first guide member is formed from a harder material than the first sealing member; wherein the first guide member is located on a portion of the inner wall of the coupling unit.