mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method of detecting that a sequencer has a failing flow cell temperature control system, comprising: analyzing a time series of flow cell temperature sensor data across base calling cycles, comprising: determining whether a first base calling cycle has enough flow cell temperature sensor data points to satisfy a count threshold; determining whether the temperature sensor data in the first cycle exceeded an ambient operating temperature by a first predetermined margin; and upon failure of the flow cell temperature sensor data in the first cycle to exceed the ambient operating temperature by the first predetermined margin, determining that the flow cell temperature sensor data in a second, contiguous cycle, immediately before or following the first cycle, has enough flow cell temperature sensor data points to satisfy the count threshold and fails to exceed the ambient operating temperature by the first predetermined margin, then responsively setting a first failure condition; generating a flow cell heater alert responsive to the first failure condition. determining whether a first base calling cycle has enough flow cell temperature sensor data points to satisfy a count threshold; determining whether the temperature sensor data in the first cycle exceeded an ambient operating temperature by a first predetermined margin; and upon failure of the flow cell temperature sensor data in the first cycle to exceed the ambient operating temperature by the first predetermined margin, determining that the flow cell temperature sensor data in a second, contiguous cycle, immediately before or following the first cycle, has enough flow cell temperature sensor data points to satisfy the count threshold and fails to exceed the ambient operating temperature by the first predetermined margin, then responsively setting a first failure condition; generating a flow cell heater alert responsive to the first failure condition.
A method for producing a fruit or vegetable product, wherein the method comprises: pre-drying a whole or sliced fruit or vegetable to about 40 to 55° Brix; puffing the whole or sliced fruit or vegetable under vacuum at a temperature above 21°C; freeze-drying the whole or sliced fruit or vegetable under vacuum to a moisture content of about 1% to about 15%; and subliming the whole or sliced fruit or vegetable under vacuum, to thereby produce the fruit or vegetable product. pre-drying a whole or sliced fruit or vegetable to about 40 to 55° Brix; puffing the whole or sliced fruit or vegetable under vacuum at a temperature above 21°C; freeze-drying the whole or sliced fruit or vegetable under vacuum to a moisture content of about 1% to about 15%; and subliming the whole or sliced fruit or vegetable under vacuum, to thereby produce the fruit or vegetable product.
A method comprising: providing a first panel at a variable panel display portion of a display, the first panel having one or more first selectable nodes (122, 124, 126) associated with an industrial control system and information associated with the industrial control system; selecting one of the one or more first selectable nodes (122, 124, 126) in the first panel on the display; presenting a panel associated with the selected node at the variable panel display portion, the panel including one or more second selectable nodes and information associated with the selected node; characterized in that a size of the variable panel display portion may be adjusted (148, 608) to accommodate a number of panels (120, 130), wherein navigation between the number of panels is independent of information displayed at a working portion of the display. providing a first panel at a variable panel display portion of a display, the first panel having one or more first selectable nodes (122, 124, 126) associated with an industrial control system and information associated with the industrial control system; selecting one of the one or more first selectable nodes (122, 124, 126) in the first panel on the display; presenting a panel associated with the selected node at the variable panel display portion, the panel including one or more second selectable nodes and information associated with the selected node; characterized in that a size of the variable panel display portion may be adjusted (148, 608) to accommodate a number of panels (120, 130), wherein navigation between the number of panels is independent of information displayed at a working portion of the display.
A pharmaceutical composition formulated as an eyedrop or an eye ointment for application to the ophthalmic mucous membrane, comprising a pharmaceutically acceptable carrier; polymeric particles; and a surface-altering agent adsorbed on the surface of each of the particles, wherein the polymeric particles comprise a pharmaceutically acceptable polymer core, and a bioactive agent encapsulated in the core, wherein the surface-altering agent alters the surface of the particle; the surface-altering agent is poly(ethylene glycol); the particle has a more neutral surface charge as compared to an unmodified particle; and the PEG decreases the adsorption of mucus components to the particle surface and allows more rapid transport of the particles through mucus with a reduced number of adhesive particles. polymeric particles; and a surface-altering agent adsorbed on the surface of each of the particles, wherein the polymeric particles comprise a pharmaceutically acceptable polymer core, and a bioactive agent encapsulated in the core, wherein the surface-altering agent alters the surface of the particle; the surface-altering agent is poly(ethylene glycol); the particle has a more neutral surface charge as compared to an unmodified particle; and the PEG decreases the adsorption of mucus components to the particle surface and allows more rapid transport of the particles through mucus with a reduced number of adhesive particles.
A pharmaceutical composition comprising cytarabine and daunorubicin at a fixed, non-antagonistic molar ratio of cytarabine to daunorubicin of about 5:1 for use in treating acute myeloid leukemia in a human patient, wherein said fixed ratio is maintained in the plasma for at least 4 hours following administration, and wherein said fixed non-antagonistic molar ratio of cytarabine to daunorubicin is encapsulated in liposomes.
Piston for an internal combustion engine, comprising • a skirt which defines an internal space of the piston and has a skirt bottom; • a target; the piston being characterized in that the target is arranged under the skirt bottom in order to cooperate with a passage detector arranged in the engine, the target being carried by a holding body held at least in part inside the internal space of the piston, the holding body comprising an arm having a recess which allows a connecting rod small end to pass. • a skirt which defines an internal space of the piston and has a skirt bottom; • a target; the piston being characterized in that the target is arranged under the skirt bottom in order to cooperate with a passage detector arranged in the engine, the target being carried by a holding body held at least in part inside the internal space of the piston, the holding body comprising an arm having a recess which allows a connecting rod small end to pass.
An object comprising: a body additively manufactured, formed of an electrically non-conductive material an electrically conductive channel embedded within the body; a sensing device in electrical communication with the electrically conductive channel, wherein the sensing device is affected by a disruption in a current applied through the electrically conductive channel, said sensing device being embedded within the body; and a signal emitter to emit a wireless signal in response to the sensing device being affected by a disruption in the applied current, said signal emitter being embedded within the body. a body additively manufactured, formed of an electrically non-conductive material an electrically conductive channel embedded within the body; a sensing device in electrical communication with the electrically conductive channel, wherein the sensing device is affected by a disruption in a current applied through the electrically conductive channel, said sensing device being embedded within the body; and a signal emitter to emit a wireless signal in response to the sensing device being affected by a disruption in the applied current, said signal emitter being embedded within the body.
An active antenna comprising an antenna dipole array, a transceiver array, a digital processing unit, DPU, and a transceiving calibration unit, wherein: the antenna dipole array comprises an antenna dipole configured to perform conversion between an electromagnetic wave signal and a radio frequency, RF, signal; the transceiver array comprises a transceiver configured to: during signal reception, demodulate the RF signal of the antenna dipole into an IQ analog signal through down-conversion, and output the IQ analog signal to the DPU; during signal transmission, modulate the IQ analog signal of the DPU into an RF signal through up-conversion, and output the RF signal to the antenna dipole; and the DPU is configured to: during signal reception, convert the down-converted IQ analog signal into an IQ digital signal, and perform digital beam forming,DBF, on the IQ digital signal according to the transceiving calibration unit; during signal transmission, convert a signal of a base band unit,BBU, into an IQ digital signal through serial/parallel,S/P, conversion, perform crest factor reduction,CFR, on the serial/parallel converted IQ digital signal, and perform DBF on the IQ digital signal that undergoes the CFR processing according to the transceiving calibration unit; wherein the transceiver connects to the antenna dipole, the transceiver being integrated with the antenna dipole. the antenna dipole array comprises an antenna dipole configured to perform conversion between an electromagnetic wave signal and a radio frequency, RF, signal; the transceiver array comprises a transceiver configured to: during signal reception, demodulate the RF signal of the antenna dipole into an IQ analog signal through down-conversion, and output the IQ analog signal to the DPU; during signal transmission, modulate the IQ analog signal of the DPU into an RF signal through up-conversion, and output the RF signal to the antenna dipole; and the DPU is configured to: during signal reception, convert the down-converted IQ analog signal into an IQ digital signal, and perform digital beam forming,DBF, on the IQ digital signal according to the transceiving calibration unit; during signal transmission, convert a signal of a base band unit,BBU, into an IQ digital signal through serial/parallel,S/P, conversion, perform crest factor reduction,CFR, on the serial/parallel converted IQ digital signal, and perform DBF on the IQ digital signal that undergoes the CFR processing according to the transceiving calibration unit; wherein the transceiver connects to the antenna dipole, the transceiver being integrated with the antenna dipole.
A toothed belt for transporting objects, having a strip-shaped belt body, which bears tooth profiles, which are integrally formed on one side of the belt body and are uniformly distributed in the longitudinal direction of the toothed belt, characterised in that at least one tooth profile has at least one cut-out, in which a supporting rolling means (5; 5') is arranged, the running face of which projects beyond the crest of the associated tooth profile to support the toothed belt.
A scintillator panel comprising a sheet-like substrate, a barrier rib provided on the substrate, and a scintillator layer made of a phosphor filled in cells divided by the barrier rib, characterised in a reflecting layer being formed on only one side of the barrier rib, and a transmittance of light having a wavelength of 550 nm at a thickness of 30 μm of the barrier rib is 10 to 100%.
A nozzle (25, 26) for cold spray comprising: a tubular nozzle main body (252, 261) having heat conductivity, the nozzle main body (252, 261) spraying a raw material powder supplied from a cold spray apparatus; and a cooling jacket (253, 262) surrounding the nozzle main body (252, 261) to form a flow path for refrigerant between the nozzle main body (252, 261) and the cooling jacket (253, 262), the cooling jacket (253, 262) cooling the nozzle main body (252, 261) via the refrigerant flowing through the flow path, characterized in that the cooling jacket (253, 262) has a seal retaining portion (253c, 262c) that retains a seal member (253b, 262b) for the flow path, the seal retaining portion (253c, 262c) being joined with the nozzle main body (252, 261) in a socket-and-spigot joint fashion. a tubular nozzle main body (252, 261) having heat conductivity, the nozzle main body (252, 261) spraying a raw material powder supplied from a cold spray apparatus; and a cooling jacket (253, 262) surrounding the nozzle main body (252, 261) to form a flow path for refrigerant between the nozzle main body (252, 261) and the cooling jacket (253, 262), the cooling jacket (253, 262) cooling the nozzle main body (252, 261) via the refrigerant flowing through the flow path, characterized in that the cooling jacket (253, 262) has a seal retaining portion (253c, 262c) that retains a seal member (253b, 262b) for the flow path, the seal retaining portion (253c, 262c) being joined with the nozzle main body (252, 261) in a socket-and-spigot joint fashion.
An irrigated ablation catheter: an elongated catheter body; a controllable deflectable section distal to the catheter body; a tip electrode distal to the deflectable section, comprising: an outer shell defining a cavity, the shell having a predetermined plurality of fluid ports, each contributing to a total fluid output area of the tip electrode; and an internal member including a fluid inlet into the tip electrode, the fluid inlet having a fluid input area; wherein the tip electrode has a diffusion ratio less than 2.0, wherein the diffusion ratio comprises a ratio of total fluid output area to fluid input area, and wherein each fluid port has a diameter ranging between about 0.102 mm (0.004 inch) and 0.076 mm (0.003 inch). an elongated catheter body; a controllable deflectable section distal to the catheter body; a tip electrode distal to the deflectable section, comprising: an outer shell defining a cavity, the shell having a predetermined plurality of fluid ports, each contributing to a total fluid output area of the tip electrode; and an internal member including a fluid inlet into the tip electrode, the fluid inlet having a fluid input area; an outer shell defining a cavity, the shell having a predetermined plurality of fluid ports, each contributing to a total fluid output area of the tip electrode; and an internal member including a fluid inlet into the tip electrode, the fluid inlet having a fluid input area; wherein the tip electrode has a diffusion ratio less than 2.0, wherein the diffusion ratio comprises a ratio of total fluid output area to fluid input area, and wherein each fluid port has a diameter ranging between about 0.102 mm (0.004 inch) and 0.076 mm (0.003 inch).
Carrier for a semiconductor structure, comprising a charge-trapping layer arranged on a base substrate, the trapping layer consisting of a main polycrystalline layer made of silicon and at least one intermediate layer inserted in the main layer or between the main layer and the base substrate, the intermediate layer having a resistivity greater than 1000 ohm.cm, the carrier being characterized in that the at least one intermediate layer is made of an alloy of silicon and carbon or of carbon.
An article of footwear having an upper and a sole structure secured to the upper, the upper comprising: a textile component including a sock portion formed of knit construction and a tongue portion at least a part of which is formed of unitary knit construction with the sock portion, the sock portion having a hollow structure and a toe area, the hollow structure (a) forming an ankle opening in a heel region of the footwear and (b) extending between the heel region and a forefoot region of the footwear to define a void within the footwear for receiving a foot, and the tongue portion having an elongate configuration (a) located in at least a portion of a length of a throat area of the upper and (b) including two knit layers (156, 157) that lay adjacent to each other such that the two knit layers extend only in the throat area, and the textile component has only a single layer in the toe area, wherein the sock portion overlays the tongue portion in the throat area of the upper to form a three-layer configuration such that the sock portion forms a portion of an exterior surface of the upper and the tongue portion forms a portion of an interior surface of the upper, and wherein a first end of the tongue portion is formed of unitary knit construction with the sock portion, and a second end of the tongue portion is stitched to the sock portion, the first end being opposite the second end. a textile component including a sock portion formed of knit construction and a tongue portion at least a part of which is formed of unitary knit construction with the sock portion, the sock portion having a hollow structure and a toe area, the hollow structure (a) forming an ankle opening in a heel region of the footwear and (b) extending between the heel region and a forefoot region of the footwear to define a void within the footwear for receiving a foot, and the tongue portion having an elongate configuration (a) located in at least a portion of a length of a throat area of the upper and (b) including two knit layers (156, 157) that lay adjacent to each other such that the two knit layers extend only in the throat area, and the textile component has only a single layer in the toe area, wherein the sock portion overlays the tongue portion in the throat area of the upper to form a three-layer configuration such that the sock portion forms a portion of an exterior surface of the upper and the tongue portion forms a portion of an interior surface of the upper, and wherein a first end of the tongue portion is formed of unitary knit construction with the sock portion, and a second end of the tongue portion is stitched to the sock portion, the first end being opposite the second end.
A circuit board, comprising: a supporting substrate including a first region to which light emitting elements are mounted and a second region extending to be bent from the first region, wherein the second region comprises: a connector mounting portion for mounting a connector for supplying an electric current to the light emitting elements; and a connector non-mounting portion separated and spaced apart from the connector mounting portion, wherein the connector mounting portion is formed lower than the connector non-mounting portion, characterized in that, a part (d) of the first region extends to connect with the connector mounting portion, and the part (d) of the first region is connected to the connector mounting portion. a supporting substrate including a first region to which light emitting elements are mounted and a second region extending to be bent from the first region, wherein the second region comprises: a connector mounting portion for mounting a connector for supplying an electric current to the light emitting elements; and a connector non-mounting portion separated and spaced apart from the connector mounting portion, wherein the connector mounting portion is formed lower than the connector non-mounting portion, characterized in that, a part (d) of the first region extends to connect with the connector mounting portion, and the part (d) of the first region is connected to the connector mounting portion.
Bearing assembly of a steering column lever on a steering column part of a motor vehicle, wherein the steering column lever is mounted on the steering column part pivotably at least indirectly via a bearing (5, 9) having a main bearing point (26, 28) which is formed by a main bearing journal (4, 10) and a corresponding main bearing sleeve (20, 21), characterized in that the bearing (5, 9) has an additional bearing point (27, 29) which is arranged concentrically in relation to the main bearing point (26, 28) and is formed by an additional bearing journal (7, 11) which lies directly adjacent to the main bearing journal (4, 10) in the axial direction and a corresponding additional bearing sleeve (17, 23), wherein the main bearing point (26, 28) is formed with play and the additional bearing point (27, 29) without play.
Rearview device for a vehicle includes • a moveable head assembly, • an actuator assembly comprising a fixed part and a moveable part, the moveable part being attached to the head assembly, and • a motor cradle configured to attach the actuator assembly to the moveable head assembly, wherein the moveable head assembly includes a lower case and the actuator assembly is attached to the lower case of the moveable head assembly using the motor cradle, the lower case includes one or more vertical fixation lugs, the motor cradle includes one or more cradle projections, and the one or more vertical fixation lugs are configured to engage the one or more cradle projections in response to the motor cradle being attached to the lower case. • a moveable head assembly, • an actuator assembly comprising a fixed part and a moveable part, the moveable part being attached to the head assembly, and • a motor cradle configured to attach the actuator assembly to the moveable head assembly, the moveable head assembly includes a lower case and the actuator assembly is attached to the lower case of the moveable head assembly using the motor cradle, the lower case includes one or more vertical fixation lugs, the motor cradle includes one or more cradle projections, and the one or more vertical fixation lugs are configured to engage the one or more cradle projections in response to the motor cradle being attached to the lower case.