mhurhangee/patent-ind-claim-en huggingface dataset:
A turbocharger assembly comprising: a compressor wheel , a turbine wheel , a shaft connecting the turbine wheel to the compressor wheel, at least one journal bearing for radially locating the shaft, and at least one thrust bearing for axially locating the shaft, wherein the thrust bearing comprises at least one static component having a first static face and a dynamic component having a first dynamic face, wherein the first static face and first dynamic face cooperate to form a spherical thrust interface , and wherein the shaft tilts about a tilt center , characterized in that the radius of the curvature defined by the spherical thrust interface corresponds to the distance from the tilt center to the spherical thrust interface . a compressor wheel , a turbine wheel , a shaft connecting the turbine wheel to the compressor wheel, at least one journal bearing for radially locating the shaft, and at least one thrust bearing for axially locating the shaft, wherein the thrust bearing comprises at least one static component having a first static face and a dynamic component having a first dynamic face, wherein the first static face and first dynamic face cooperate to form a spherical thrust interface , and wherein the shaft tilts about a tilt center , characterized in that the radius of the curvature defined by the spherical thrust interface corresponds to the distance from the tilt center to the spherical thrust interface .
A smoking product for a hookah, comprising: a vaporizable portion for inhalation including: - glycerin, and - propylene glycol; and a fibrous carrier for the vaporizable portion, wherein the vaporizable portion comprises plant fibers other than tobacco; characterized in that the product further comprises : - nicotine having a purity of at least 95%, the nicotine being at a concentration of between 0.05 and 0.7% m/m. a vaporizable portion for inhalation including: - glycerin, and - propylene glycol; and - glycerin, and - propylene glycol; and a fibrous carrier for the vaporizable portion, wherein the vaporizable portion comprises plant fibers other than tobacco; characterized in that the product further comprises : - nicotine having a purity of at least 95%, the nicotine being at a concentration of between 0.05 and 0.7% m/m. - nicotine having a purity of at least 95%, the nicotine being at a concentration of between 0.05 and 0.7% m/m.
A replaceable print apparatus component comprising: a print material reservoir ; a print material within the reservoir; and a sensing system comprising an integrated circuit configured to connect to and communicate over an external digital bus, including: at least one sensor in contact with the print material, a digital controller , an analog to digital converter electrically coupled to the digital controller, and a memory array electrically coupled to the digital controller, wherein the digital controller is configured to generate a clock signal for timing operations of the integrated circuit, the operations including: initiating the at least one sensor based on values stored in the memory array, and generating outputs of the at least one sensor via the analog to digital converter . a print material reservoir ; a print material within the reservoir; and a sensing system comprising an integrated circuit configured to connect to and communicate over an external digital bus, including: at least one sensor in contact with the print material, a digital controller , an analog to digital converter electrically coupled to the digital controller, and a memory array electrically coupled to the digital controller, wherein the digital controller is configured to generate a clock signal for timing operations of the integrated circuit, the operations including: initiating the at least one sensor based on values stored in the memory array, and generating outputs of the at least one sensor via the analog to digital converter . at least one sensor in contact with the print material, a digital controller , an analog to digital converter electrically coupled to the digital controller, and a memory array electrically coupled to the digital controller, wherein the digital controller is configured to generate a clock signal for timing operations of the integrated circuit, the operations including: initiating the at least one sensor based on values stored in the memory array, and generating outputs of the at least one sensor via the analog to digital converter . initiating the at least one sensor based on values stored in the memory array, and generating outputs of the at least one sensor via the analog to digital converter .
A computer-implemented method for generating maintenance recommendation for an auxiliary power unit (APU), the method comprising: collecting , by one or more processors, raw data of an APU; processing , by the one or more processors, the raw data into digitized APU data; transmitting , by the one or more processors, the digitized APU data to an edge node ; transmitting , by the one or more processors, one or more tuning parameters from a cloud-based health monitoring system to the edge node , the one or more tuning parameters including a threshold level that is adjustable by the cloud-based health monitoring system based on the digitized APU data; applying , by the one or more processors at the edge node , an algorithm that analyzes the digitized APU data using the one or more tuning parameters to capture elements of the digitized APU data that indicate an APU health concern; and transmitting , by the one or more processors, the captured elements indicating the APU health concern to the cloud-based health monitoring system. collecting , by one or more processors, raw data of an APU; processing , by the one or more processors, the raw data into digitized APU data; transmitting , by the one or more processors, the digitized APU data to an edge node ; transmitting , by the one or more processors, one or more tuning parameters from a cloud-based health monitoring system to the edge node , the one or more tuning parameters including a threshold level that is adjustable by the cloud-based health monitoring system based on the digitized APU data; applying , by the one or more processors at the edge node , an algorithm that analyzes the digitized APU data using the one or more tuning parameters to capture elements of the digitized APU data that indicate an APU health concern; and transmitting , by the one or more processors, the captured elements indicating the APU health concern to the cloud-based health monitoring system.
An optoelectronic sensor for detecting object information from a monitored area , comprising a light receiver , receiving optics associated with the light receiver for generating a light spot on the light receiver , an evaluation unit for generating the object information from a received signal of the light receiver and a manipulation unit for varying receiving optics , light receiver and/or elements of the receiving optics in such a way that the part of the light spot impinging on the light receiver changes, characterized in that the manipulation unit is configured for an intended misalignment for a dynamic adjustment by moving or deforming receiving optics , light receiver and/or elements of the receiving optics , and in that the evaluation unit comprises a manipulation control in order to generate parameters and commands for the manipulation unit which are required for a desired part of the light spot to impinge on the light receiver .
Method for measuring partial discharges in plug connections for electrical connections in the medium-voltage range, in particular in a rail vehicle, comprising the steps of a. installation of a first coupling unit (CD1) in an earthing conductor of a plug of a plug connection, b. installation of a second coupling unit (CD2) in an earthing conductor of a connecting cable for connecting the plugs , c. applying voltage to the plug connection, d. synchronously measuring partial discharge pulses with the two coupling units (CD1, CD2) and determining the electrical charges of the partial discharge pulses, e. comparing the measured electrical charges and identifying partial discharges from the connector. a. installation of a first coupling unit (CD1) in an earthing conductor of a plug of a plug connection, b. installation of a second coupling unit (CD2) in an earthing conductor of a connecting cable for connecting the plugs , c. applying voltage to the plug connection, d. synchronously measuring partial discharge pulses with the two coupling units (CD1, CD2) and determining the electrical charges of the partial discharge pulses, e. comparing the measured electrical charges and identifying partial discharges from the connector.
Transgenic indicator stem cell line of a non-human animal for non-destructive, self-signalizing visualization of nuclear structures, which allows the identification of nuclear and chromosome anomalies - including micronuclei - as consequence of exposure to genotoxic compounds wherein - the stem cell line is a stem cell line with nuclei labelled with the green fluorescent protein (GFP)fused to the chromatin-associated protein histone 2B, and wherein - the transgenic stem cells are pluripotent and tissue-regenerating. - the stem cell line is a stem cell line with nuclei labelled with the green fluorescent protein (GFP)fused to the chromatin-associated protein histone 2B, and wherein - the transgenic stem cells are pluripotent and tissue-regenerating.
A method of steam reforming, comprising: conducting a reaction in which an oxygenated feed contacts a catalyst to produce hydrogen; wherein the catalyst comprises a metal/metal promoter on a nickel/Transition metal blend catalyst supported on a modified γ-alumina support Al 2 O 3 with modifying materials.
An exhaust gas purification system comprising a common rail engine , and an exhaust gas purification device placed in an exhaust gas path of the engine , in which the exhaust gas purification system can execute a plurality of regeneration controls for burning and removing particulate matter accumulated in the exhaust gas purification device , wherein the plurality of regeneration controls include at least reset regeneration control for raising exhaust gas temperature using post injection, non-operation regeneration control for raising exhaust gas temperature by combining post injection and predetermined high speed rotation speed, and recovery regeneration control which can be executed when the non-operation regeneration control fails, in the non-operation regeneration control and the recovery regeneration control, the engine is driven exclusively for burning and removing the particulate matter, and the recovery regeneration control is carried out at exhaust gas temperature lower than that of the non-operation regeneration control while taking time longer than that of the non-operation regeneration control; characterized in that the exhaust gas purification system is set such that procedure is shifted from the reset regeneration control to the recovery regeneration control through the non-operation regeneration control and that, if an accumulated driving time elapsed after the reset regeneration control or the non-operation regeneration control was executed is more than set time, the procedure is shifted to the non-operation regeneration control without through the reset regeneration control, and when the procedure is shifted from the reset regeneration control to the non-operation regeneration control, the procedure is shifted through a non-operation standby mode for waiting for establishment of a preset non-operation shifting condition, and when the procedure is shifted to the non-operation regeneration control without through the reset regeneration control, the procedure is shifted through an allow mode for waiting for establishment of a preset non-operation shifting condition, and when the procedure is shifted from the non-operation regeneration control to the recovery regeneration control, the procedure is shifted through the recovery standby mode for waiting establishment of a preset recovery shifting condition, and when these shifting conditions are not established, the procedure waits in the respective standby modes or the allow mode.
Vacuum cleaner nozzle (N) comprising a steering hinge arrangement (H1, H2) between a body (B) of the vacuum cleaner nozzle (N) and a connector (C) that is connectable to a unit having a handle, wherein the steering hinge arrangement (H1, H2) comprises first (H1) and second (H2) steering hinges, characterized in that the first steering hinge (H1) is operational until a first steering angle, the second steering hinge (H2) is operational from the first steering angle, and a transmission ratio of the second steering hinge (H2) exceeds a transmission ratio of the first steering hinge (H1).
A bumper beam having high energy absorbing ability comprising at least two external curvatures that form a front undulating surface, an internal curvature that is connected to the external curvatures , at least a rear surface , and two side surfaces characterized by an inner support which forms three grooves between said two side surfaces , rear surface external curvatures and internal curvature , the bumper beam is made of composite material and is produced by a pultrusion method using continuously weaved fibre reinforcement and plastic resin.
Device for treating a metal strip after it has exited a coating vessel with liquid coating material , wherein the device comprises: a blow-off device arranged above the coating vessel , with an air-outlet gap for blowing off excess parts of the coating material still in liquid form from the surface of the metal strip after passing the metal strip through the coating vessel ; an electromagnetic stabilization device arranged above the blow-off device with a plurality of individual magnets for stabilizing the metal strip after exiting the coating vessel and the blow-off device ; characterized in that at least individual magnets of the stabilization device are designed as pot magnets with a pot coil. a blow-off device arranged above the coating vessel , with an air-outlet gap for blowing off excess parts of the coating material still in liquid form from the surface of the metal strip after passing the metal strip through the coating vessel ; an electromagnetic stabilization device arranged above the blow-off device with a plurality of individual magnets for stabilizing the metal strip after exiting the coating vessel and the blow-off device ; characterized in that at least individual magnets of the stabilization device are designed as pot magnets with a pot coil.
A system for monitoring fluid flow for a utility provider, comprising: a register comprising a processor capable of monitoring a flow of fluid flowing through a utility line ; and a radio transceiver having a) a wake-up circuit in communication with the register via at least one communication port and b) a processor programmed and configured to communicate with the register and broadcast information from the radio transceiver ; wherein the processor of the register is programmed and configured to supply a signal on the at least one communication port whenever the register has communication data for broadcast to the utility provider, and the wake-up circuit of the radio transceiver is configured to check the at least one communication port to ascertain if the signal from the processor of the register is present, the radio transceiver is configured to check the at least one communication port in communication with the register for the signal from the register that the register has the communication data for broadcast to the utility provider, the processor of the radio transceiver is configured to monitor the at least one communication port to ascertain if the signal is present, and the radio transceiver is configured to turn on when the signal is present and thereafter to poll the processor of the register to send over the communication data for broadcast to the utility provider, and wherein the radio transceiver turns off after broadcast. a register comprising a processor capable of monitoring a flow of fluid flowing through a utility line ; and a radio transceiver having a) a wake-up circuit in communication with the register via at least one communication port and b) a processor programmed and configured to communicate with the register and broadcast information from the radio transceiver ; wherein the processor of the register is programmed and configured to supply a signal on the at least one communication port whenever the register has communication data for broadcast to the utility provider, and the wake-up circuit of the radio transceiver is configured to check the at least one communication port to ascertain if the signal from the processor of the register is present, the radio transceiver is configured to check the at least one communication port in communication with the register for the signal from the register that the register has the communication data for broadcast to the utility provider, the processor of the radio transceiver is configured to monitor the at least one communication port to ascertain if the signal is present, and the radio transceiver is configured to turn on when the signal is present and thereafter to poll the processor of the register to send over the communication data for broadcast to the utility provider, and wherein the radio transceiver turns off after broadcast.
A wireless charging device comprising a housing , an induction coil, a ferrite , a printed circuit board , PCB, and a fan ; wherein the housing comprises a first surface, a second surface and a bottom surface, the second surface connects the first surface and the bottom surface, a protrusion is disposed on the first surface; the induction coil is attached to the ferrite , the ferrite is disposed closer to the first surface than the bottom surface, and the ferrite , the PCB , and the fan are accommodated inside the housing ; a first air guiding opening and a second air guiding opening are disposed on the housing , the second air guiding opening is located on the second surface and closer to the bottom surface than the first surface; at least a portion of the first surface surrounded by the protrusion has a groove, and the first air guiding opening is located in the groove; the protrusion is configured to support a to-be-charged device and allow a gap to be formed between the first surface and the to-be-charged device placed on the wireless charging device , and the fan is configured to extract air from the first air guiding opening and exhaust the air from the second air guiding opening , wherein the gap allows air drawn by the fan to flow underneath the to-be-charged device to cool the to-be-charged device. the housing comprises a first surface, a second surface and a bottom surface, the second surface connects the first surface and the bottom surface, a protrusion is disposed on the first surface; the induction coil is attached to the ferrite , the ferrite is disposed closer to the first surface than the bottom surface, and the ferrite , the PCB , and the fan are accommodated inside the housing ; a first air guiding opening and a second air guiding opening are disposed on the housing , the second air guiding opening is located on the second surface and closer to the bottom surface than the first surface; at least a portion of the first surface surrounded by the protrusion has a groove, and the first air guiding opening is located in the groove; the protrusion is configured to support a to-be-charged device and allow a gap to be formed between the first surface and the to-be-charged device placed on the wireless charging device , and the fan is configured to extract air from the first air guiding opening and exhaust the air from the second air guiding opening , wherein the gap allows air drawn by the fan to flow underneath the to-be-charged device to cool the to-be-charged device.
A methacrylic resin composition comprising 75 to 99.8 mass% of a methacrylic resin [A], 0.1 to 15 mass% of a UV absorber [B], and 0.1 to 10 mass% of a polymer [C] having an SP value of 6.0 to 9.7 (cal/cm 3 ) 1/2 calculated by the Fedors method, as indicated in the description, wherein the polymer [C] has a weight average molecular weight of 20000 to 300000, measured as indicated in the description.
A method of wireless power transmission, comprising: powering a transmitter that produces electromagnetic waves in a three dimensional structure , wherein the three dimensional structure is a metallic structure and wherein the three dimensional structure defines a confined three dimensional space allowing for a receiver to be placed within the space; selecting a transmission frequency that is a natural electromagnetic frequency of the three dimensional structure ; and transmitting, using the transmitter , electromagnetic waves within the three dimensional structure on the transmission frequency selected. powering a transmitter that produces electromagnetic waves in a three dimensional structure , wherein the three dimensional structure is a metallic structure and wherein the three dimensional structure defines a confined three dimensional space allowing for a receiver to be placed within the space; selecting a transmission frequency that is a natural electromagnetic frequency of the three dimensional structure ; and transmitting, using the transmitter , electromagnetic waves within the three dimensional structure on the transmission frequency selected.
Mould carrier for receiving a mould for forming hollow articles, especially containers, from parisons by means of a gaseous or liquid pressure medium introduced into the parison under pressure, which is vertically divided, and wherein at least one part of the mould carrier is rotatably mounted about a rotational axis (A), such that both parts can be moved from an open position to a closed position by means of a drive mechanism , and wherein the mould carrier and the drive mechanism are spaced horizontally from each other and connected to each other by a connection region , which passes through a vertical parting plane (E), wherein a protective wall is arranged in the parting plane (E) and wherein the protective wall is sealed against the mould carrier by lip seals .
A linear motion guide device comprising a guide rail , a slider , and a plurality of balls , wherein the guide rail and the slider include respective raceway grooves at positions opposed to each other to form a rolling passage for the balls , the respective raceway grooves extend in a longitudinal direction of the guide rail , the balls are placed in the rolling passage, the slider is guided by the guide rail so as to be movable in the longitudinal direction through rolling of the balls in the rolling passage, and a flank included in the raceway grooves includes a main arc portion having an arc sectional shape and placed in a center of the flank in a width direction, a groove shoulder side sub-arc portion having an arc sectional shape and formed continuously from a groove shoulder side of the main arc portion , and a groove bottom side sub-arc portion having an arc sectional shape and formed continuously from a groove bottom side of the main arc portion , characterized in that a curvature radius r2p of the groove shoulder side sub-arc portion is different from a curvature radius r2m of the groove bottom side sub-arc portion .