mhurhangee/ep-ind-claims huggingface dataset:
An x-ray-compatible infant monitoring and support system comprising: a sensor-carrying body configured to carry one or more sensors; one or more sensors carried by the sensor-carrying body, wherein the one or more sensors are configured to generate one or more output signals conveying information related to one or more physiological parameters of an infant; and an infant-supporting body configured to support an infant on a top-surface of the infant-supporting body, wherein the infant-supporting body is configured to be disposed on top of the sensor-carrying body, such that the one or more sensors carried by the sensor-carrying body generate one or more output signals conveying information related to one or more physiological parameters of the supported infant, and wherein the sensor-carrying body and infant-supporting body comprise different structures such that the sensor-carrying body can be separated from the infant-supporting body and moved out of an imaging area such that an x-ray detector may be placed in any position including at least one not below the infant, when supported by the infant supporting body, wherein said position is suitable for x-ray imaging and facilitates a capture by said x-ray detector of an x-ray image of the supported infant that is uncorrupted by image degradation related to the one or more sensors. a sensor-carrying body configured to carry one or more sensors; one or more sensors carried by the sensor-carrying body, wherein the one or more sensors are configured to generate one or more output signals conveying information related to one or more physiological parameters of an infant; and an infant-supporting body configured to support an infant on a top-surface of the infant-supporting body, wherein the infant-supporting body is configured to be disposed on top of the sensor-carrying body, such that the one or more sensors carried by the sensor-carrying body generate one or more output signals conveying information related to one or more physiological parameters of the supported infant, and wherein the sensor-carrying body and infant-supporting body comprise different structures such that the sensor-carrying body can be separated from the infant-supporting body and moved out of an imaging area such that an x-ray detector may be placed in any position including at least one not below the infant, when supported by the infant supporting body, wherein said position is suitable for x-ray imaging and facilitates a capture by said x-ray detector of an x-ray image of the supported infant that is uncorrupted by image degradation related to the one or more sensors.
A circuit board comprising a circuit board supporting material and having conductive tracks on a surface, wherein the circuit board in the circuit board supporting material has a recess, into which an RFID microchip is inserted, characterized in that the recess exclusively opens towards a lateral surface, which is adjacent to the surface.
A method for testing correctness of a first quantum program, the first quantum program deemed to be correct if it acts identically to a second quantum program, the method performed by a strong quantum simulator implemented in a classical computer device and comprising: preparing an entangled state between first and second halves of a register of simulated qubits, the entangled state prepared by acting a third quantum program on the register in a zero state or by directly initialising the internal representation of the simulator to an entangled state; performing, on one of the first and second halves, the first quantum program; performing, on said one of the first and second halves, the inverse of the second quantum program; unpreparing the entangled state by performing the inverse of the third quantum program; and checking whether all qubits of the register of simulated qubits are in a zero state, wherein the test is deemed passed if all of the qubits are in the zero state, and deemed failed if not all of the qubits are in the zero state. preparing an entangled state between first and second halves of a register of simulated qubits, the entangled state prepared by acting a third quantum program on the register in a zero state or by directly initialising the internal representation of the simulator to an entangled state; performing, on one of the first and second halves, the first quantum program; performing, on said one of the first and second halves, the inverse of the second quantum program; unpreparing the entangled state by performing the inverse of the third quantum program; and checking whether all qubits of the register of simulated qubits are in a zero state,
A method of applying a coating film on a face of a lens, said lens being received in a lens seat, the method comprising: - depositing the coating film on the face in question of the lens, an adhesive interface being deposited between the coating film and the lens; - inflating a membrane towards the lens in order to press the coating film against the lens, said membrane comprising an inflatable portion and a fixing portion; - adjusting the distance between an end of the lens seat and the fixing portion of the membrane, this adjustment being distinct from the inflation of the membrane and being performed as a function of at least one characteristic of the lens, said adjustment of the distance comprising a prepositioning of the lens in an initial position, characterized in that said adjustment of the distance comprises dynamically driving the position of the lens during inflation of the membrane. - depositing the coating film on the face in question of the lens, an adhesive interface being deposited between the coating film and the lens; - inflating a membrane towards the lens in order to press the coating film against the lens, said membrane comprising an inflatable portion and a fixing portion; - adjusting the distance between an end of the lens seat and the fixing portion of the membrane, this adjustment being distinct from the inflation of the membrane and being performed as a function of at least one characteristic of the lens, said adjustment of the distance comprising a prepositioning of the lens in an initial position, characterized in that said adjustment of the distance comprises dynamically driving the position of the lens during inflation of the membrane. - adjusting the distance between an end of the lens seat and the fixing portion of the membrane, this adjustment being distinct from the inflation of the membrane and being performed as a function of at least one characteristic of the lens, said adjustment of the distance comprising a prepositioning of the lens in an initial position, characterized in that said adjustment of the distance comprises dynamically driving the position of the lens during inflation of the membrane.
A composition comprising: an NFκB-inhibitor; and a tropoelastin promoter; wherein the NFκB-inhibitor is selected from the group consisting of substituted resorcinols that comprise only substituents free of phenyl functionalities, tetrahydrocurcuminoids, and combinations thereof; and wherein the tropoelastin promoter is selected from the group consisting of blackberry extracts, feverfew extracts, extracts of Phyllanthus niruri, and combinations thereof an NFκB-inhibitor; and a tropoelastin promoter;
Pail, comprising a pail body having a pail end defining a pail opening, a lid closing the pail opening, and a split clamping ring clamping the lid onto the pail end, wherein the split clamping ring comprises a lever connected to the ends (22, 24) of a split clamping ring, which lever in a closed position clamps the split clamping ring onto the pail end, and in an open position widens the split clamping ring, and spring means (34; 41) connecting the lever to at least one of the ring ends (22, 24), characterized in that the pail end comprises an outwardly extending guiding surface for cooperation with the split clamping ring, and/or the split clamping ring comprises a ring edge having a guiding surface for cooperation with the pail end, such that in the closed position the split clamping ring widens against spring load temporarily when the pail end passes through the split clamping ring.
Electrical architecture for an aircraft comprising a power transmission assembly connected at least to one lift rotor and driven by at least one heat engine, said electrical architecture comprising a high-voltage electrical network including a main electrical machine intended to be connected to this heat engine and a secondary electrical machine intended to be connected to the power transmission assembly, characterised in that said high-voltage electrical network comprises at least one high-voltage electrical power centre connected to at least one electrical source (9, 17, 17', 23), said high-voltage electrical power centre being connected by a first line and by a second line to a multifunction converter, said high-voltage electrical power centre comprising a first connection connecting said first line to said secondary electrical machine, said high-voltage electrical power centre comprising a second connection connecting said second line to at least said main electrical machine and said secondary electrical machine, said multifunction converter comprising a high-voltage direct current bus connected to a bidirectional inverter, said bidirectional inverter being connected to the second line, said high-voltage direct current bus communicating electrically with the first line, said multifunction converter comprising a supervisor connected to an avionics system and to a control system intended to control the heat engine and to a controller of the high-voltage electrical power centre in order to electrically supply at least one electrical machine (8, 34, 9) and/or take electrical energy via the multifunction converter from at least one of said electrical machines (8, 9) according to operating phases determined from said avionics system and said control system.
An arrangement comprising a coin sorting machine and a plurality of containers arranged side by side below the coin sorting machine, the containers having at least one downwardly projecting guide surface on a bottom side, the guide surface being formed by guide webs which are formed from projecting walls of the lateral sides, so that both form guide surfaces which are spaced apart from each other and lie opposite each other, the containers having, on their bottom side, a receiving region open at least towards one end face (5, 6) for receiving a prong of a lifting or tiering truck.
A developing apparatus comprising: a first auger for conveying a developer in a first direction; a second auger extending in parallel to the first auger to convey the developer in a second direction opposite to the first direction; an opening for delivering the developer from the first auger to the second auger; a discharger located in the first direction from the opening to discharge the developer conveyed by the first auger; and a retention means provided on the second auger to retain the developer circulated by the first and second augers (22, 23); characterised in that the retention means comprises a first retention means provided at a location on the second auger facing the opening to retain the developer delivered through the opening toward the second auger, near the opening, wherein a location of an end of the first retention means in the first direction corresponds to a location of an end of the opening in the first direction. a first auger for conveying a developer in a first direction; a second auger extending in parallel to the first auger to convey the developer in a second direction opposite to the first direction; an opening for delivering the developer from the first auger to the second auger; a discharger located in the first direction from the opening to discharge the developer conveyed by the first auger; and a retention means provided on the second auger to retain the developer circulated by the first and second augers (22, 23); characterised in that the retention means comprises a first retention means provided at a location on the second auger facing the opening to retain the developer delivered through the opening toward the second auger, near the opening, wherein a location of an end of the first retention means in the first direction corresponds to a location of an end of the opening in the first direction.
A method for generating simulated spectral information in optical critical dimension metrology, the method comprising: receiving an intensity distribution function over a numerical aperture space for a target diffracting structure; generating a set of points and weights for a non-linear transformation of the intensity distribution function over a plurality of subregions within the numerical aperture space; and rigorously computing the simulated spectral information based on the set of generated points and weights. receiving an intensity distribution function over a numerical aperture space for a target diffracting structure; generating a set of points and weights for a non-linear transformation of the intensity distribution function over a plurality of subregions within the numerical aperture space; and rigorously computing the simulated spectral information based on the set of generated points and weights.
An in vitro, method of facilitating infection of a vertebrate cell by PRRSV that comprises the step of (a) directing increased expression of a CD163 polypeptide by said vertebrate cell wherein said CD163 polypeptide comprises a transmembrane domain and said CD163 polypeptide has (i) at least 70% identity with SEQ ID NO: 2, or (ii) at least 99% identity to a polypeptide set forth in SEQ ID NO. 14, and wherein said increased expression is accomplished by introduction of exogenous nucleic acid.
A portable air purifier, comprising: a case providing an accommodating space, wherein the case has a first thickness; a suction inlet defined at a first side of the case and a discharge outlet defined at a second side of the case, the suction inlet and the discharge outlet being arranged in a first direction; a blowing fan and a filter accommodated in the accommodating space and disposed between the suction inlet and the discharge outlet (1 10a); an acoustic portion (200, 210, 220) accommodated in the accommodating space, the acoustic portion (200, 210, 220) being configured to generate vibration; and a vibrator (250, 260, 270), wherein the acoustic portion (200, 210, 220) is coupled to the vibrator (250, 260, 270) and the vibrator (250, 260, 270) is configured to generate sound by receiving the vibration generated from the acoustic portion (200, 210, 220); characterized in that: the acoustic portion (200, 210, 220) comprises a piezoelectric element, wherein the vibrator (250, 260, 270) includes or is a portion of the case having a second thickness that is smaller than the first thickness. a case providing an accommodating space, wherein the case has a first thickness; a suction inlet defined at a first side of the case and a discharge outlet defined at a second side of the case, the suction inlet and the discharge outlet being arranged in a first direction; a blowing fan and a filter accommodated in the accommodating space and disposed between the suction inlet and the discharge outlet (1 10a); an acoustic portion (200, 210, 220) accommodated in the accommodating space, the acoustic portion (200, 210, 220) being configured to generate vibration; and a vibrator (250, 260, 270), wherein the acoustic portion (200, 210, 220) is coupled to the vibrator (250, 260, 270) and the vibrator (250, 260, 270) is configured to generate sound by receiving the vibration generated from the acoustic portion (200, 210, 220); characterized in that: the acoustic portion (200, 210, 220) comprises a piezoelectric element, wherein the vibrator (250, 260, 270) includes or is a portion of the case having a second thickness that is smaller than the first thickness.
A substrate for artificial leather comprising a nonwoven fabric made of bundles of microfine filaments, which simultaneously satisfies the following requirements 1 to 4: the bundle of microfine filaments comprises 8 to 70 microfine filaments having a cross-sectional shape of nearly circle; the bundle of microfine filaments has a cross-sectional area of 170 to 700 μm 2 and a flatness of 4.0 or less; on a cross section parallel to a thickness direction of the nonwoven fabric body, cross sections of the microfine fiber bundles exist in a density of 1500 to 3000/mm 2; and on a cross section parallel to a thickness direction of the nonwoven fabric body, gaps between the microfine fiber bundles have a size of 70 μm or less, wherein the cross-sectional area of the microfine fiber bundle is defined as the area of the region surrounded by the fibers in the periphery of bundle and the tangent line connecting the peripheral fibers. the bundle of microfine filaments comprises 8 to 70 microfine filaments having a cross-sectional shape of nearly circle; the bundle of microfine filaments has a cross-sectional area of 170 to 700 μm 2 and a flatness of 4.0 or less; on a cross section parallel to a thickness direction of the nonwoven fabric body, cross sections of the microfine fiber bundles exist in a density of 1500 to 3000/mm 2; and on a cross section parallel to a thickness direction of the nonwoven fabric body, gaps between the microfine fiber bundles have a size of 70 μm or less,
A trigger pump dispenser comprising: a body; an outlet nozzle (3 15); a pump chamber; a piston for defining a variable volume in the pump chamber and thereby pumping liquid into and out of the pump chamber for dispensing through the outlet nozzle (3 15); a trigger coupled with the piston by interconnection means and movable to cause the piston to pump liquid; and biasing means for biasing the trigger to a retracted position; wherein the piston is interchangeably associatable with the trigger and the pump chamber so that different length pistons (35, 135) are usable to determine different maximum fill volumes of the pump chamber. a body; an outlet nozzle (3 15); a pump chamber; a piston for defining a variable volume in the pump chamber and thereby pumping liquid into and out of the pump chamber for dispensing through the outlet nozzle (3 15); a trigger coupled with the piston by interconnection means and movable to cause the piston to pump liquid; and biasing means for biasing the trigger to a retracted position; wherein the piston is interchangeably associatable with the trigger and the pump chamber so that different length pistons (35, 135) are usable to determine different maximum fill volumes of the pump chamber.
An airfoil for a turbine engine comprising pressure and suction sides (72, 74) extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip, wherein the airfoil geometry corresponds to tangential leading and trailing edge curves and a tangential stacking offset curve, wherein the airfoil extends from a root, and a zero tangential reference point corresponds to tangential center of the root, Y LE corresponds to a tangential distance from a leading edge to the reference point at a given span position, Y TE corresponds to a tangential distance from a trailing edge to the reference point at a given span position, Y d corresponds to a tangential stacking offset corresponding to a circumferential distance from the reference point to a centre of gravity for a particular section at a given span position, characterised in that (Y LE -Y d)/(Y d -Y TE) at 40% span position is about 1.5 and (Y LE -Y d)/(Y d -Y TE) at 20% span position is about 2.
A polarizing lens for spectacles comprising a lens base material, and a polarizing element superposed upon the lens base material, wherein the polarizing element has an average light transmittance of light having a wavelength of 400 to 760 nm in a visible region, the average light transmittance being 30% or more, wherein a light transmittance of light having a wavelength of 410 to 700 nm is 0 to 2% if two of the polarizing elements are superposed one upon the other with polarization axes thereof perpendicular to each other, wherein one of the lens base material and a film integral with the polarizing lens contains a near infrared ray absorption dye such that a light transmittance of light having a wavelength of 700 to 800 nm in a near infrared region is 0 to 2% if two of the polarizing lenses are superposed one upon the other with polarization axes thereof perpendicular to each other, wherein the polarizing lens further contains a blue light absorber in which an ultraviolet ray absorber is compounded with one of a yellow-like dye and an orange-like dye, and which has a maximum absorption wavelength of 450 to 550 nm such that a light transmittance of light having a wavelength of 400 to 500 nm in a blue light region is 0 to 2% if two of the polarizing lenses are superposed one upon the other with polarization axes thereof perpendicular to each other, wherein the polarizing element is an iodine-containing polarizing element, wherein the near infrared ray absorption dye comprises a cyanine compound or a phthalocyanine compound, and has a maximum absorption wavelength of 700 to 850 nm.
A device for regulating the flow of a fluid, comprising a valve housing having at least two valve connections (15, 16, 17) that are fluidically connected to one another via a valve chamber, at least one valve seat (21, 22) having a fluid connection to the valve chamber and one (15, 16) of the at least two valve connections (15, 16, 17), a valve element with an actuating section located outside of the valve chamber and a closing body located within the valve chamber for the at least one valve seat (21, 22), and an electromagnet having a solenoid armature that acts upon the actuating section, characterized in that the solenoid armature is supported via two flat springs (65, 69), that the solenoid armature comprises a central, axially extending guiding mandrel on one end face, which extends in a fixed magnet part (54, 55) with radial play, and is engaged by a first of the two flat springs (65, 69), and that the solenoid armature is disposed to be axially displaceable in a guide sleeve of the electromagnet, on which the magnet part (54, 55) is fixedly mounted, and wherein a central axial bore is provided in the magnet part (54, 55), in which an adjusting spring and an adjusting screw are disposed such that the adjusting screw presses the adjusting spring against the guiding mandrel.
A random access method, characterized in, comprising: receiving (602, 702, 802), by a terminal configuration information before initiating a random access process, wherein the configuration information is configured to indicate to enable a back-off function of the random access process, wherein the back-off function indicates switching from a two-step random access to the first step Msg1 of a four-step random access; switching, by a terminal, from a two-step random access to a four-step random access by a back-off in response to a synchronization signal and PBCH block, SSB, based random access meeting a target condition; and receiving another configuration information, wherein the another configuration information is configured to configure a disable indication, wherein the disable indication is configured to indicate to disable the back-off function of the random access process. receiving (602, 702, 802), by a terminal configuration information before initiating a random access process, wherein the configuration information is configured to indicate to enable a back-off function of the random access process, wherein the back-off function indicates switching from a two-step random access to the first step Msg1 of a four-step random access; switching, by a terminal, from a two-step random access to a four-step random access by a back-off in response to a synchronization signal and PBCH block, SSB, based random access meeting a target condition; and receiving another configuration information, wherein the another configuration information is configured to configure a disable indication, wherein the disable indication is configured to indicate to disable the back-off function of the random access process.