mhurhangee/ep-ind-claims huggingface dataset:
An over-temperature protection circuit comprising: an input for sensing a source-drain voltage at a node arranged between an output terminal (OUTx) and a drain of a transistor; a voltage-to-current converter (R VDS) configured to generate a current (I sense_in) in dependence upon the voltage, the voltage-to-current converter comprising a path (15, 19, 27; 51) arranged between the input and a reference level, the path comprising a resistor (R VDS); an accumulator (C SOA; 54, C SOA) including a capacitor (C SOA) arranged to integrate the current or a scaled current obtained from the current and to provide an output; and a comparator (R, 45; 56, 57) configured to determine whether the output exceeds a threshold and, in dependence on the output exceeding the threshold, to generate a signal (SOA_SD) for signalling that the transistor is be switched off. an input for sensing a source-drain voltage at a node arranged between an output terminal (OUTx) and a drain of a transistor; a voltage-to-current converter (R VDS) configured to generate a current (I sense_in) in dependence upon the voltage, the voltage-to-current converter comprising a path (15, 19, 27; 51) arranged between the input and a reference level, the path comprising a resistor (R VDS); an accumulator (C SOA; 54, C SOA) including a capacitor (C SOA) arranged to integrate the current or a scaled current obtained from the current and to provide an output; and a comparator (R, 45; 56, 57) configured to determine whether the output exceeds a threshold and, in dependence on the output exceeding the threshold, to generate a signal (SOA_SD) for signalling that the transistor is be switched off.
A toileting device for toilet training an infant, the infant comprising a chest, a left leg, a right leg, and a bottom; each of the left leg and right leg comprising a thigh, a knee and a shin; the toileting device comprising a chair having a leg rest, a seat, a backrest, and a wall suitable for supporting the seat; the leg rest comprising a pair of curved leg support platforms; the seat comprising an opening, which seat is dimensioned to support the bottom of the infant and which opening allows for the passage of the infant's urine and faeces; characterised in that: the chair is made from moulded plastic, in that each of the leg support platforms comprises a surface area that is suitable to support each corresponding lower half of the thigh and shin, in that the leg rest may be rotated from a lowered position (L3B2) into a raised position (R3C2) such that the leg rest is adjustable with respect to the seat, wherein, with the infant sitting on the seat and the leg support platforms supporting a lower half of the thighs and the shins, each knee of the infant is positioned closer to the infant's chest when the leg rest is in a raised position than when the leg rest is in a lowered position.
A method of making a graded porous scaffold, comprising the steps of: electroprocessing a plant protein solution with a sacrificial material solution, the plant protein solution and the sacrificial material being deposited simultaneously and separately to a rotating substrate, to form a composite scaffold; removing the sacrificial material from the composite scaffold to form a plant protein scaffold; hydrating the plant protein scaffold in an aqueous solution; freezing the plant protein scaffold; and lyophilizing the frozen plant protein scaffold to form a graded porous scaffold. electroprocessing a plant protein solution with a sacrificial material solution, the plant protein solution and the sacrificial material being deposited simultaneously and separately to a rotating substrate, to form a composite scaffold; removing the sacrificial material from the composite scaffold to form a plant protein scaffold; hydrating the plant protein scaffold in an aqueous solution; freezing the plant protein scaffold; and lyophilizing the frozen plant protein scaffold to form a graded porous scaffold.
An emergency braking device including an actuator, a pressurising circuit supplying the actuator by a control pressure and a drain circuit including means (13, 14) for controlling the flow rate of the fluid supplying the actuator, upon draining the actuator, characterised in that the control means comprise a drain flow limiter and a counter-pressure pressure limiter configured to define an intermediate pressure between a low pressure level and the control pressure of the actuator.
A respiratory treatment device comprising: an inlet configured to receive exhaled air into the device; an outlet configured to permit exhaled air to exit the device; a valve moveable in response to a threshold exhalation pressure at the inlet between a closed position where the flow of air from the inlet to the outlet is restricted, and an open exhalation position where the flow of air from the inlet to the outlet is less restricted; and a valve brace configured to support the valve, wherein a position of the valve brace relative to the valve is selectively adjustable to increase or decrease the threshold exhalation pressure, wherein selective adjustment of the position of the valve brace relative to the valve increases or decreases an area of the valve supported by the valve brace. an inlet configured to receive exhaled air into the device; an outlet configured to permit exhaled air to exit the device; a valve moveable in response to a threshold exhalation pressure at the inlet between a closed position where the flow of air from the inlet to the outlet is restricted, and an open exhalation position where the flow of air from the inlet to the outlet is less restricted; and a valve brace configured to support the valve, wherein a position of the valve brace relative to the valve is selectively adjustable to increase or decrease the threshold exhalation pressure, wherein selective adjustment of the position of the valve brace relative to the valve increases or decreases an area of the valve supported by the valve brace.
A method comprising: receiving, at an upstream router of a multicast distribution tree, a packet that is destined for a receiver within a MultiProtocol Label Switching (MPLS) network; identifying within the packet: a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; identifying, at the upstream router, a forwarding table that corresponds to the context label identified within the packet; searching the forwarding table that corresponds to the context label for the tree label that specifies the multicast distribution tree; identifying, based at least in part on the search of the forwarding table, a downstream router of the multicast distribution tree that is to receive the packet on the way to the receiver within the MPLS network; and forwarding the packet to the downstream router of the multicast distribution tree on the way to the receiver. receiving, at an upstream router of a multicast distribution tree, a packet that is destined for a receiver within a MultiProtocol Label Switching (MPLS) network; identifying within the packet: a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; a context label that specifies a controller responsible for assigning tree labels to multicast distribution trees; and a tree label that: specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; specifies the multicast distribution tree; and is assigned by the controller to the multicast distribution tree; identifying, at the upstream router, a forwarding table that corresponds to the context label identified within the packet; searching the forwarding table that corresponds to the context label for the tree label that specifies the multicast distribution tree; identifying, based at least in part on the search of the forwarding table, a downstream router of the multicast distribution tree that is to receive the packet on the way to the receiver within the MPLS network; and forwarding the packet to the downstream router of the multicast distribution tree on the way to the receiver.
A humanized monoclonal antibody for use in a method of treating angiogenesis and/or an angiogenesis-related disease selected from cancer, neovascular glaucoma, and age-related macular degeneration, the humanized monoclonal antibody comprising: a light chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 9; and a heavy chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 10, wherein the humanized monoclonal antibody binds to a CD34 antigen. a light chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 9; and a heavy chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 10, wherein the humanized monoclonal antibody binds to a CD34 antigen.
A system for performing orthopaedic surgery to repair a cartilage defect of a subject's bone, comprising a processor, configured to receive subject scan data of the cartilage defect and to transform the subject scan data into a three-dimensional virtual model of the bone and the cartilage defect with registration of the location of the bone intraoperatively within the workspace of a robot to determine the precise location and orientation of the bone within the workspace of the robot, and comprising a robotic milling tip, wherein the processor is capable of creating at least one customized shape (30,32,34) around the cartilage defect, characterized in that the processor is capable of creating instructions for the robotic milling tip to mill out the at least one customized shape (30, 32, 34) in the bone that matches with a cartilage replacement implant.
A transponder layer (30, 52, 72, 84), in particular for producing a laminate structure, for example being embodied as a chip card, having an antenna substrate (31, 74), which, on an antenna side (38, 73), is equipped with an antenna formed from a wire conductor as well as with a chip, and which, on the antenna side, has terminal conductors for connecting the chip to the wire conductor of the antenna in such a manner that the chip is arranged adjacently to terminal ends (34, 35) of the wire conductor, and in such a manner that both the terminal ends of the wire conductor and chip terminals (39, 40), which are arranged on a contact side of a semiconductor body of the chip, the contact side facing towards the antenna substrate, are contacted with the terminal conductors, wherein the terminal conductors for connecting the chip to the wire conductor of the antenna are embodied as contact pads (75, 76; 86, 87) and are arranged in the antenna substrate in such a manner that, with a contact side, which serves both for contacting with the antenna and for contacting with the chip, they are arranged at the surface of the antenna side of the antenna substrate, characterized in that the contact pads (75, 76; 86, 87) are embodied as packings, which fill substrate recesses in the antenna substrate, and in that the contact pads (86, 87) are arranged on a carrier substrate, which is arranged on a bottom side of the antenna substrate, the bottom side being opposite to the antenna side of the antenna substrate, in such a manner that contact sides that are formed by surfaces of the contact pads are arranged at the surface of the antenna side of the antenna substrate.
A method for managing a federated network slice, the federated network slice comprising an extension of one or more virtual network functions from a first network domain (502,608) to a second network domain (504,610), the method comprising: accessing, by a second orchestration manager (20,512) of the second network domain (504,610), a first virtual network function management component (514,562) to extend the one or more virtual network functions from the first network domain (502,608) to the second network domain (504,610), wherein the operation of accessing comprises requesting allocation of the second network domain resources to the first virtual network function management component and configuring the first virtual network function management component for operation in the second network domain; initiating, by the second orchestration manager (20,512), registration of the first virtual network function management component (514,562) with a look-up service to generate a first association between a first name of the first virtual network function management component (514,562) and a first location of the first virtual network function management component (514,562) in the second network domain (504,610); and initiating, by the second orchestration manager (20,512), transmission to the first network domain (502,608) of the first name of the first virtual network function management component (514,562). accessing, by a second orchestration manager (20,512) of the second network domain (504,610), a first virtual network function management component (514,562) to extend the one or more virtual network functions from the first network domain (502,608) to the second network domain (504,610), wherein the operation of accessing comprises requesting allocation of the second network domain resources to the first virtual network function management component and configuring the first virtual network function management component for operation in the second network domain; initiating, by the second orchestration manager (20,512), registration of the first virtual network function management component (514,562) with a look-up service to generate a first association between a first name of the first virtual network function management component (514,562) and a first location of the first virtual network function management component (514,562) in the second network domain (504,610); and initiating, by the second orchestration manager (20,512), transmission to the first network domain (502,608) of the first name of the first virtual network function management component (514,562).
An oligonucleotide which targets an Adiponectin (ADIPOQ) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of Adiponectin (ADIPOQ) and wherein the natural antisense transcript has the nucleic acid sequence as set forth in one of SEQ ID NOs: 3-6.
A method for controlling the discharge or charge power of a battery, characterized in that the method comprising the steps of: estimating (202, 302) the maximum power of the battery using a SOC (State Of Charge) of the battery, a temperature and a degradation rate according to an accumulated discharge of the battery as factors; measuring (204, 304) voltage of a battery cell or pack; checking (206, 306) whether or not the measured voltage of the battery cell or pack deviates from a preset voltage limit corresponding to the estimated maximum power of the battery; and controlling (208, 308) the discharge or charge power of the battery so that the measured voltage is adjusted to the preset voltage limit. estimating (202, 302) the maximum power of the battery using a SOC (State Of Charge) of the battery, a temperature and a degradation rate according to an accumulated discharge of the battery as factors; measuring (204, 304) voltage of a battery cell or pack; checking (206, 306) whether or not the measured voltage of the battery cell or pack deviates from a preset voltage limit corresponding to the estimated maximum power of the battery; and controlling (208, 308) the discharge or charge power of the battery so that the measured voltage is adjusted to the preset voltage limit.
A backing roll (1, 10), particularly for rolling mills or equipment for casting, transporting or straightening metal products, comprising: a substantially cylindrical roll axle (2, 20); a hollow-cylindrical outer ring (3, 30) arranged concentrically with respect to the roll axle (2, 20); and a plurality of roll bodies (5, 50) arranged between the roll axle (2, 20) and the outer ring (3, 30); wherein the roll axle has at least in a section a cavity which is arranged eccentrically with respect to the centre axis thereof and which can be arranged between the centre axis and a point of introduction of load at the circumference of the backing roll (12, 10), characterised in that the cavity is formed as a bore which extends substantially parallel to the centre axis of the roll axle. a substantially cylindrical roll axle (2, 20); a hollow-cylindrical outer ring (3, 30) arranged concentrically with respect to the roll axle (2, 20); and a plurality of roll bodies (5, 50) arranged between the roll axle (2, 20) and the outer ring (3, 30); wherein the roll axle has at least in a section a cavity which is arranged eccentrically with respect to the centre axis thereof and which can be arranged between the centre axis and a point of introduction of load at the circumference of the backing roll (12, 10), characterised in that the cavity is formed as a bore which extends substantially parallel to the centre axis of the roll axle.
Cutting device for agricultural harvesting machines, such as loading vehicles or balers for harvesting agricultural stalk or leaf material, comprising a conveying channel, in which a plurality of cutting blades that are arranged at least in a row, pivotally mounted and project into the conveying channel in a cutting position cooperate with a conveying member that is provided with conveying tines and is rotatably driven about an axis that is oriented horizontally and transversely to the travel and operating direction, for the purpose of shredding stalk material, and comprising adjustment means for resiliently supporting each individual cutting blade in the cutting position by means of the action of a tensioning unit, and comprising a preselection device for preselecting the number of cutting blades that pivot into the cutting position when a blade switching device is activated, the preselection unit being actuatable with reduced effort by eliminating resistance from adjustment and/or connection means of the blade switching device during the adjusting movement thereof for preselecting the cutting blades to be activated, characterised in that no forces exerted by energy accumulators act on the preselection device in the inoperative position of the cutting device, such that none of the elements of the blade switching device or tensioning unit are in contact with the preselection device.
A pressure ring assembly for contact shoes in an electrode system of an electric arc furnace provided with at least one electrode column assembly, the lower part of which electrode column assembly comprises a contact shoe ring formed of a plurality of contact shoe elements, a pressure ring formed of a plurality of pressure blocks connected to each other to form an annular ring surrounding the contact shoe ring, the pressure blocks of said pressure ring being provided with hydraulic bellows by which the contact shoe ring is pressed against the steel mantle of the electrode, and a heat shield located above the pressure ring in the axial direction of the electrode column assembly, said heat shield formed of a plurality of heat shield segments connected to each other, wherein an elongated groove is formed on both substantially vertical side edges of each pressure block, so that in two adjacent pressure blocks said grooves are facing and opening towards each other, said grooves being wider at the bottom of the grooves than at the side edges of the pressure blocks, that an elongated lock bar is placed in the grooves of two adjacent pressure blocks to join said pressure blocks with each other, each lock bar being transverse to its longitudinal direction thicker at its both sides than in the middle, so that the form of the lock bar essentially matches to the form of the grooves of said two adjacent pressure blocks, characterized in that each lock bar is locked in place in the grooves by fastening bolts through holes in the pressure blocks.
A satellite user terminal (130, 200) configured to communicate with a satellite, the satellite user terminal comprising: an indoor unit (124, 225) comprising a first baseband signaling module; and an outdoor unit (122, 220) comprising a second baseband signaling module, wherein the second baseband signaling module is communicatively coupled to the first baseband signaling module using a single communication link between the indoor unit and the outdoor unit, wherein one baseband signaling module from the first baseband signaling module and the second baseband signaling module is configured to manage allocation of a first transmission period for transmitting data by the first baseband signaling module and a second transmission period for transmitting data by the second baseband signaling module, and wherein the first baseband signaling module comprises: a transmitter configured to transmit a first set of data, using a baseband signaling protocol, during the first transmission period to the second baseband signaling module over the single communication link, and a receiver configured to receive a second set of data, using the baseband signaling protocol, during the second transmission period from the second baseband signaling module over the single communication link. an indoor unit (124, 225) comprising a first baseband signaling module; and an outdoor unit (122, 220) comprising a second baseband signaling module, wherein the second baseband signaling module is communicatively coupled to the first baseband signaling module using a single communication link between the indoor unit and the outdoor unit, wherein one baseband signaling module from the first baseband signaling module and the second baseband signaling module is configured to manage allocation of a first transmission period for transmitting data by the first baseband signaling module and a second transmission period for transmitting data by the second baseband signaling module, and wherein the first baseband signaling module comprises: a transmitter configured to transmit a first set of data, using a baseband signaling protocol, during the first transmission period to the second baseband signaling module over the single communication link, and a receiver configured to receive a second set of data, using the baseband signaling protocol, during the second transmission period from the second baseband signaling module over the single communication link. a transmitter configured to transmit a first set of data, using a baseband signaling protocol, during the first transmission period to the second baseband signaling module over the single communication link, and a receiver configured to receive a second set of data, using the baseband signaling protocol, during the second transmission period from the second baseband signaling module over the single communication link.
A method for making a dairy composition comprising the steps of; passing milk into a filtration apparatus in a unidirectional flow wherein the filtration steps are carried out at a temperature below 7,2°C (below 45°F); subjecting the milk to an ultrafiltration step to produce an ultrafiltration permeate fraction and a ultrafiltration retentate fraction; subjecting the ultrafiltration permeate to a nanofiltration step to produce a nanofiltration permeate fraction and a nanofiltration retentate fraction; subjecting the ultrafiltration retentate to a diafiltration step to produce a diafiltration permeate fraction and a diafiltration retentate fraction; mixing one or more permeate and retentate fractions to form a mixture; heat-treating the mixture at 63,3°C (146°F) for 30 minutes and cooling the mixture to below 5,6°C (below 42°F); and, treating the mixture with lactase enzyme at 5,6°C to 7,2°C (42°F to 45°F) for 6 to 10 hours.