mhurhangee/ep-ind-claims huggingface dataset:
An air-based fryer (1, 100) comprising: a housing defining a cooking chamber; a basket for supporting food items to be cooked, and configured to be mounted in the cooking chamber during a cooking operation; an air guiding element located above the basket; a fan (4, 104) for circulating air within the cooking chamber, such that air is directed towards the air guiding element and then guided downwards by the air guiding element through the basket; and a heater for heating the air circulated by the fan, characterized in that the fan comprises: a base plate (38, 138); a circumferential side wall (30, 130) extending axially from an upper surface (36, 136) of the base plate; and a plurality of fan blades (50, 150); and wherein the basket is configured to be at least partially mounted within the volume formed by the base plate and the side wall of the fan. a housing defining a cooking chamber; a basket for supporting food items to be cooked, and configured to be mounted in the cooking chamber during a cooking operation; an air guiding element located above the basket; a fan (4, 104) for circulating air within the cooking chamber, such that air is directed towards the air guiding element and then guided downwards by the air guiding element through the basket; and a heater for heating the air circulated by the fan, characterized in that the fan comprises: a base plate (38, 138); a circumferential side wall (30, 130) extending axially from an upper surface (36, 136) of the base plate; and a plurality of fan blades (50, 150); a base plate (38, 138); a circumferential side wall (30, 130) extending axially from an upper surface (36, 136) of the base plate; and a plurality of fan blades (50, 150); and wherein the basket is configured to be at least partially mounted within the volume formed by the base plate and the side wall of the fan.
A non-natural microbial organism capable of producing acetyl-CoA, or acetyl-CoA and oxaloacetate, the organism comprising: (a) a pathway comprising phosphoketolase for producing acetyl-CoA (PK pathway) comprising one, two or three exogenous nucleic acids encoding a PK pathway enzyme expressed in sufficient amount to enhance production of acetyl-CoA; and (b) one or more modification(s) to the organism's electron transport chain to enhance efficiency of ATP production, to enhance availability of reducing equivalents, or both, wherein the one or more modifications comprise (i) attenuation or elimination of an NADH-dependent dehydrogenase that does not translocate protons, or (ii) attenuation or elimination of a first cytochrome oxidase that has a lower efficiency of proton translocation per pair of electrons as compared to a second cytochrome oxidase having a higher efficiency of proton translocation as expressed by the organism, or both, wherein the first and second cytochrome oxidases are native or heterologous. (a) a pathway comprising phosphoketolase for producing acetyl-CoA (PK pathway) comprising one, two or three exogenous nucleic acids encoding a PK pathway enzyme expressed in sufficient amount to enhance production of acetyl-CoA; and (b) one or more modification(s) to the organism's electron transport chain to enhance efficiency of ATP production, to enhance availability of reducing equivalents, or both, wherein the one or more modifications comprise (i) attenuation or elimination of an NADH-dependent dehydrogenase that does not translocate protons, or (ii) attenuation or elimination of a first cytochrome oxidase that has a lower efficiency of proton translocation per pair of electrons as compared to a second cytochrome oxidase having a higher efficiency of proton translocation as expressed by the organism, or both, wherein the first and second cytochrome oxidases are native or heterologous.
A method (100, 100') for generating a database, comprising the steps of: receiving (110, 110') environmental noises and buffering the environmental noises for a migrating time window or deriving a set of parameters from the environmental noises and buffering the set of parameters for the migrating time window in order to obtain a buffered recording; obtaining a signal which identifies a signal class from a plurality of signal classes in the environmental noise; storing the buffered recording, responsively to the signal, in a memory; and repeating the steps of obtaining and storing in order to obtain the database which comprises a plurality of buffered recordings for the same signal class; wherein the signal is received by user input means (24a, 24b), a button (24a, 24b) or a smart device. receiving (110, 110') environmental noises and buffering the environmental noises for a migrating time window or deriving a set of parameters from the environmental noises and buffering the set of parameters for the migrating time window in order to obtain a buffered recording; obtaining a signal which identifies a signal class from a plurality of signal classes in the environmental noise; storing the buffered recording, responsively to the signal, in a memory; and repeating the steps of obtaining and storing in order to obtain the database which comprises a plurality of buffered recordings for the same signal class; wherein the signal is received by user input means (24a, 24b), a button (24a, 24b) or a smart device.
3-(β-phenylisopropyl)- N -phenylcarbamoylsydnonimine or a pharmaceutically acceptable salt thereof for use in a method of treating a dyskinesia in a human, wherein 0.001 mg to 200 mg per kg body weight of 3-(β-phenylisopropyl)- N- phenylcarbamoylsydnonimine or pharmaceutically acceptable salt thereof is administered orally.
An imaging system mounted on a moving platform, comprising: a body; a stage coupled to the body; an actuator coupled to the body and the stage, wherein the actuator is configured to move the stage in a direction relative to the body, wherein the actuator is a piezoelectric actuator; a focal plane array that comprises one or more detectors and coupled to the stage; and a controller coupled to the actuator, wherein the controller is configured to determine a velocity of the body corresponding to motion of the moving platform, wherein the controller is configured to cause the actuator to backscan the stage from an initial position in the direction at a drive velocity proportional to the velocity of the body, wherein backscanning the stage comprises determining one or more gain coefficients and updating the drive velocity in response to the one or more gain coefficients, wherein updating the drive velocity in response to the one or more gain coefficients is performed such that hysteresis effects in the piezoelectric actuator are compensated to improve backscan slope linearity, and wherein the controller is communicatively coupled to the one or more detectors and causes the one or more detectors to capture image data during the backscan, and the controller is configured to reset the stage to the initial position. a body; a stage coupled to the body; an actuator coupled to the body and the stage, wherein the actuator is configured to move the stage in a direction relative to the body, wherein the actuator is a piezoelectric actuator; a focal plane array that comprises one or more detectors and coupled to the stage; and a controller coupled to the actuator, wherein the controller is configured to determine a velocity of the body corresponding to motion of the moving platform, wherein the controller is configured to cause the actuator to backscan the stage from an initial position in the direction at a drive velocity proportional to the velocity of the body, wherein backscanning the stage comprises determining one or more gain coefficients and updating the drive velocity in response to the one or more gain coefficients, wherein updating the drive velocity in response to the one or more gain coefficients is performed such that hysteresis effects in the piezoelectric actuator are compensated to improve backscan slope linearity, and wherein the controller is communicatively coupled to the one or more detectors and causes the one or more detectors to capture image data during the backscan, and the controller is configured to reset the stage to the initial position.
A particle accelerator comprising: a cavity subjected to a magnetic field; a plasma column at about the centre of the cavity, a voltage source to sweep a radio frequency voltage in the cavity to accelerate particles from the plasma column, the magnetic field causing particles accelerated from the plasma column to move orbitally within the cavity, the magnetic field having flux that bows at edges of the cavity or having flux that is substantially straight throughout the cavity; a regenerator configured to provide a first magnetic field bump within the cavity to thereby change successive orbits of the particles accelerated from the plasma column so that, eventually, particles output to an extraction point, the regenerator being located at a radius in the cavity relative to the plasma column; and characterised by ferromagnetic arrangements located in the cavity proximate to the radius and on both circumferential sides of the regenerator at about the same radial location, each ferromagnetic arrangement providing a second magnetic field bump, wherein the ferromagnetic arrangements adjacent to the regenerator are separated from the regenerator by a space, wherein a combination of the space, the regenerator and the ferromagnetic arrangements is arranged to produce magnetic field fluctuations having a component at an angle to a particle orbit to counteract at least part of a reduction in vertical focusing caused by the first magnetic field bump. a cavity subjected to a magnetic field; a plasma column at about the centre of the cavity, a voltage source to sweep a radio frequency voltage in the cavity to accelerate particles from the plasma column, the magnetic field causing particles accelerated from the plasma column to move orbitally within the cavity, the magnetic field having flux that bows at edges of the cavity or having flux that is substantially straight throughout the cavity; a regenerator configured to provide a first magnetic field bump within the cavity to thereby change successive orbits of the particles accelerated from the plasma column so that, eventually, particles output to an extraction point, the regenerator being located at a radius in the cavity relative to the plasma column; and characterised by ferromagnetic arrangements located in the cavity proximate to the radius and on both circumferential sides of the regenerator at about the same radial location, each ferromagnetic arrangement providing a second magnetic field bump, wherein the ferromagnetic arrangements adjacent to the regenerator are separated from the regenerator by a space, wherein a combination of the space, the regenerator and the ferromagnetic arrangements is arranged to produce magnetic field fluctuations having a component at an angle to a particle orbit to counteract at least part of a reduction in vertical focusing caused by the first magnetic field bump.
Well tool device for injecting an injection fluid through a hole in a well bore, wherein the well tool device comprises: - a mandrel; - an expandable sleeve provided circumferentially outside of the mandrel; characterized in that the well tool device further comprises: - a first expander for moving a first side of the expandable sleeve between a radially retracted state and a radially expanded state; - a second expander for moving a second side of the expandable sleeve between a radially retracted state and a radially expanded state; - an injection fluid system comprising an injection fluid line and a nozzle element, wherein the nozzle element is providing fluid communication between the injection fluid line and an outlet provided on the outside of the expandable sleeve; - a control fluid system for controlling the fluid pressure in a first fluid compartment provided radially between the expandable sleeve and the mandrel. - a mandrel; - an expandable sleeve provided circumferentially outside of the mandrel; - a first expander for moving a first side of the expandable sleeve between a radially retracted state and a radially expanded state; - a second expander for moving a second side of the expandable sleeve between a radially retracted state and a radially expanded state; - an injection fluid system comprising an injection fluid line and a nozzle element, wherein the nozzle element is providing fluid communication between the injection fluid line and an outlet provided on the outside of the expandable sleeve; - a control fluid system for controlling the fluid pressure in a first fluid compartment provided radially between the expandable sleeve and the mandrel.
A street manhole cover comprising a lid, a peripheral frame fixed to the ground and arranged so as to peripherally surround said lid and a key/lock assembly; said key/lock assembly comprising a latch mounted on a lower surface of said lid and designed to assume an advanced closing position, in which it cooperates in abutment with an abutment portion of said frame, and a retracted opening position, in which it is released from said abutment portion; the key/lock assembly further comprising a key designed to move said latch; and return means, which are designed to automatically force said latch to its closing position; in said latch there being obtained a moving recess, which is designed to be engaged by the key in order to overcome the action of said return means and move said latch to its opening position; said key comprises an oblong end portion, which is designed to engage said moving recess, where it is movable between an inactive position, in which it does not counter the action of said return means, thus leaving the latch in its advanced closing position, and an active position, in which it overcomes the action of said return means, thus moving said latch to its retracted opening position; said oblong end portion being movable between said inactive and active positions by means of a rotation around a rotation axis, which is perpendicular to said oblong end portion; said street manhole cover being characterized in that said key/lock assembly comprises a locking wall, which extends from said lower surface of said lid in the area of said moving recess and is designed to be crossed by said oblong end portion when it is arranged in its inactive position; in said locking wall there being obtained a locking groove, which is designed to be engaged by said oblong end portion when it is in its active position.
Method for manufacturing an outer rotor for an electrical generator; the method comprising: releasably attaching plural magnets at an annular auxiliary structure so that radially inner surfaces of the magnets are aligned to comply with an intended inner diameter (2*r0) of the rotor; applying a bonding material (331,333,337) at least in contact with radially outer surfaces of the magnets (201,301) and circumferentially between magnets (201,301), in order to fix the aligned magnets (201,301) in place wherein the bonding material (331,333,337) comprises composite material including a resin and fiber material (331,333), wherein the fiber material (331,333) is applied between an auxiliary structure radially outer surface and the radially inner surfaces of the magnets as radially inner fiber material, wherein the fiber material is applied on the radially outer surfaces of the magnets as radially outer fiber material. releasably attaching plural magnets at an annular auxiliary structure so that radially inner surfaces of the magnets are aligned to comply with an intended inner diameter (2*r0) of the rotor; applying a bonding material (331,333,337) at least in contact with radially outer surfaces of the magnets (201,301) and circumferentially between magnets (201,301), in order to fix the aligned magnets (201,301) in place wherein the bonding material (331,333,337) comprises composite material including a resin and fiber material (331,333), wherein the fiber material (331,333) is applied between an auxiliary structure radially outer surface and the radially inner surfaces of the magnets as radially inner fiber material, wherein the fiber material is applied on the radially outer surfaces of the magnets as radially outer fiber material.
A composition for use in therapy comprising an active component and a peptide having an amino acid sequence of a sequence number 1, wherein the carboxyl group (-COOH) of Leucine at the terminal end of the amino acid sequence is modified into -CONH 2, wherein the peptide enhances mucous membrane permeability of the active component, and wherein the active component is separate from the peptide.
A process for production of compound wherein compound is obtained via reaction of 3-bromo-6-chloro-inden-1-one with 4,4,5,5-tetramethyl-2- d 5 -phenyl-[1,3,2]dioxaborolane.
A method for detecting tumor endothelium in a patient, comprising: contacting cDNA or mRNA obtained from a population of colorectal endothelial cells obtained from the patient with one or more nucleic acid hybridization probes which are complementary to a cDNA or mRNA for a gene encoding an extracellular domain of the FAP fibroblast activation protein, alpha; and detecting cDNA or mRNA which have specifically hybridized to said nucleic acid hybridization probes, wherein the detection of higher than normal levels of the cDNA or mRNA indicates tumor endothelium. contacting cDNA or mRNA obtained from a population of colorectal endothelial cells obtained from the patient with one or more nucleic acid hybridization probes which are complementary to a cDNA or mRNA for a gene encoding an extracellular domain of the FAP fibroblast activation protein, alpha; and detecting cDNA or mRNA which have specifically hybridized to said nucleic acid hybridization probes, wherein the detection of higher than normal levels of the cDNA or mRNA indicates tumor endothelium.
Galvanic element, in particular of the button cell type, having a cathode, an anode, an electrolyte, a separator which is disposed between anode and cathode, and a housing which includes a housing case, a housing cover and a sealing element, the sealing element insulating the housing case relative to the housing cover, characterised in that the sealing element has a U-shaped cross-section in radial direction, with two sealing lips, and in that the separator protrudes radially outwards at least beyond the inner sealing lip in radial direction, in that the separator is connected securely to the inner sealing lip of the sealing element, and in that the part of the separator which protrudes radially outwards beyond this inner sealing lip bends away perpendicular to the region thereof which is situated radially inwards of the sealing element, and in that the part of the separator which protrudes radially outwards beyond the inner sealing lip of the sealing element is clamped between the housing cover and this sealing lip of the sealing element, and in that the sealing element is welded or glued continuously to the separator along an entire annular attachment region which is disposed on an upper surface of said inner sealing lip, the surface extending in a plane orthogonal to the radial direction.
A signal processor for processing an input signal, the processor comprising: a first antenna feed for conveying a first input signal from a first antenna; a second antenna feed for conveying a second input signal from a second antenna; a first signal sampler operable to sample the first input signal at a first sampling frequency to produce a first sample stream; a second signal sampler operable to sample the first input signal at a second sampling frequency to produce a second sample stream; a third signal sampler operable to sample the second input signal at a third sampling frequency to produce a third sample stream; a fourth signal sampler operable to sample the second input signal at a fourth sampling frequency to produce a fourth sample stream; wherein the first, second, third and fourth sampling frequencies are different from each other, and no one of the first, second, third and fourth sampling frequencies is a harmonic of another; and a signal frequency feature detector operable to detect, on the basis of information on at least three of the first, second, third and fourth sample streams, a signal frequency feature on the first and second input signals, wherein the signal frequency feature detector is operable to detect the existence, on each sample stream, of a frequency feature, and to generate an output describing the detected frequency feature and to determine a detection on the basis of detecting the existence, on three out of the four sample streams consistent with the existence of the frequency feature. a first antenna feed for conveying a first input signal from a first antenna; a second antenna feed for conveying a second input signal from a second antenna; a first signal sampler operable to sample the first input signal at a first sampling frequency to produce a first sample stream; a second signal sampler operable to sample the first input signal at a second sampling frequency to produce a second sample stream; a third signal sampler operable to sample the second input signal at a third sampling frequency to produce a third sample stream; a fourth signal sampler operable to sample the second input signal at a fourth sampling frequency to produce a fourth sample stream;
An unstationary container of thermoplastic material for a motor vehicle with at least one outwardly protruding collar, provided at least partially on a container wall, the collar forming an acute angle with a plane of the container that extends horizontally in the installed position, characterized in that - the collar is arranged drawn-up or hanging-down with respect to the container wall, and - the collar forms with the container wall a hinge-like element or a hinge. - the collar is arranged drawn-up or hanging-down with respect to the container wall, and - the collar forms with the container wall a hinge-like element or a hinge.
An isolated polypeptide comprising an amino acid sequence selected from the group consisting of SEQ ID NO:19, SEQ ID NO:20, SEQ ID NO:21, SEQ ID NO:22, SEQ ID NO:23, SEQ ID NO:24, SEQ ID NO:25, SEQ ID NO:26, SEQ ID NO:27, and SEQ ID NO:28.
A method performed by a master node, MN, for managing a configuration of a UE when the UE operates in dual connectivity, DC, with the MN and a source secondary node, SN, the method comprising: receiving, by the MN and from the source SN or the UE, a UE assistance information message that includes a preferred power saving configuration which indicates a maximum allocation preferred by the UE for at least one resource; characterized by determining, by the MN, to initiate a procedure that causes the UE to change from the source SN to a target SN; and in response to the determining, sending, by the MN and to the target SN, the preferred power saving configuration. receiving, by the MN and from the source SN or the UE, a UE assistance information message that includes a preferred power saving configuration which indicates a maximum allocation preferred by the UE for at least one resource; characterized by determining, by the MN, to initiate a procedure that causes the UE to change from the source SN to a target SN; and in response to the determining, sending, by the MN and to the target SN, the preferred power saving configuration.