mhurhangee/patent-ind-claim-en huggingface dataset:
A tablet of sporoderm-removed Ganoderma lucidum spore, comprising the following materials by weight parts: 13-20 parts of an aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder, 3-5 parts of sorbitol, and 0.8-1.2 parts of povidone K30; in the tablet, the mass fraction of the total polysaccharides is 1.5-7.6%, and the mass fraction of total triterpenes is 0.9-4%; and wherein the aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder is obtained by subjecting the sporoderm-disrupted Ganoderma lucidum spore powder to water extraction, concentration, drying and pulverization, wherein the water extraction comprises three stages, the temperature of the first-stage water extraction is 25-30°C, the time of the first-stage water extraction is 1-3 h, and the mass of water used for the first-stage water extraction is 10-15 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder; the temperatures of the second-stage water extraction and the third-stage water extraction are independently 95-100°C, the time of the second-stage water extraction and the third-stage water extraction are independently 1-3 h, and the masses of water used for the second-stage and the third-stage water extraction are independently 8-12 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder. comprising the following materials by weight parts: 13-20 parts of an aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder, 3-5 parts of sorbitol, and 0.8-1.2 parts of povidone K30; in the tablet, the mass fraction of the total polysaccharides is 1.5-7.6%, and the mass fraction of total triterpenes is 0.9-4%; and wherein the aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder is obtained by subjecting the sporoderm-disrupted Ganoderma lucidum spore powder to water extraction, concentration, drying and pulverization, wherein the water extraction comprises three stages, the temperature of the first-stage water extraction is 25-30°C, the time of the first-stage water extraction is 1-3 h, and the mass of water used for the first-stage water extraction is 10-15 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder; the temperatures of the second-stage water extraction and the third-stage water extraction are independently 95-100°C, the time of the second-stage water extraction and the third-stage water extraction are independently 1-3 h, and the masses of water used for the second-stage and the third-stage water extraction are independently 8-12 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder.
System for controlling a plurality of lines , wherein each line is at least one of a production line and a distribution line, the system comprising: a first subsystem , hereinafter referred to as "master room subsystem", comprising a first control device hosting an OPC UA server ; and, for each line , a second subsystem , hereinafter referred to as "line control subsystem", characterized in that the second subsystem comprises: a second control device per line, on which an operating system is running, the second control device hosting an OPC UA client ; at least one field device ; and a connection device per line, wherein the at least one field device communicates with the second control device via the connection device , wherein the at least one field device is connected to the connection device through a point-to-point digital communication interface and the connection device has one port per field device . a first subsystem , hereinafter referred to as "master room subsystem", comprising a first control device hosting an OPC UA server ; and, for each line , a second subsystem , hereinafter referred to as "line control subsystem", characterized in that the second subsystem comprises: a second control device per line, on which an operating system is running, the second control device hosting an OPC UA client ; at least one field device ; and a second control device per line, on which an operating system is running, the second control device hosting an OPC UA client ; at least one field device ; and a connection device per line, wherein the at least one field device communicates with the second control device via the connection device , wherein the at least one field device is connected to the connection device through a point-to-point digital communication interface and the connection device has one port per field device .
Internal combustion engine comprising: • a connecting rod having a small end and a piston associated with the connecting rod small end, the piston comprising two skirt portions , two reinforcing side walls interconnecting the two skirt portions ; • a target arranged on one of the side walls or on the connecting rod small end; • a cylinder block defining at least one cylinder and having at least one bore opening under the cylinder; • a measuring device arranged in the bore of the cylinder block and comprising a passage detector for the target , a connector and at least one cable connecting the passage detector to the connector , a first part supporting the connector , a second part supporting the passage detector , the first part and the second part being hinged together; the target being arranged opposite the passage detector when the piston is close to a bottom dead center position. • a connecting rod having a small end and a piston associated with the connecting rod small end, the piston comprising two skirt portions , two reinforcing side walls interconnecting the two skirt portions ; • a target arranged on one of the side walls or on the connecting rod small end; • a cylinder block defining at least one cylinder and having at least one bore opening under the cylinder; • a measuring device arranged in the bore of the cylinder block and comprising a passage detector for the target , a connector and at least one cable connecting the passage detector to the connector , a first part supporting the connector , a second part supporting the passage detector , the first part and the second part being hinged together;
A computer-implemented method for generating a final image of a subsurface of the earth, the method comprising: receiving measured seismic data d of the subsurface; selecting an objective function E that is function of an initial reflectivity of the subsurface, wherein the objective function E includes a term that cross-correlates the measured seismic data d and simulated data d̃ at zero lag; calculating a calculated reflectivity r based on the measured seismic data d, objective function E, and simulated data d̃ ; and generating the final image based on said calculated reflectivity r, wherein the simulated data d̃ is calculated by applying a modeling operator M from a reverse time demigration process on said initial reflectivity. receiving measured seismic data d of the subsurface; selecting an objective function E that is function of an initial reflectivity of the subsurface, wherein the objective function E includes a term that cross-correlates the measured seismic data d and simulated data d̃ at zero lag; calculating a calculated reflectivity r based on the measured seismic data d, objective function E, and simulated data d̃ ; and generating the final image based on said calculated reflectivity r, wherein the simulated data d̃ is calculated by applying a modeling operator M from a reverse time demigration process on said initial reflectivity.
An unmanned aerial vehicle, UAV, comprising: a fuselage ; at least one stabilizer ; and wherein a base of the stabilizer is configured to pivot about a first axis and a second axis , wherein the at least one stabilizer comprises a flexible fairing at the base of the stabilizer configured to enable a rotation of the stabilizer about the second axis while maintaining an aerodynamic efficiency, wherein the at least one stabilizer is configurable in at least the following arrangements: a compact arrangement comprising: the at least one stabilizer stowed against the fuselage, and a deployed arrangement comprising: the least one stabilizer deployed from the fuselage about the first axis. a fuselage ; at least one stabilizer ; and wherein a base of the stabilizer is configured to pivot about a first axis and a second axis , wherein the at least one stabilizer comprises a flexible fairing at the base of the stabilizer configured to enable a rotation of the stabilizer about the second axis while maintaining an aerodynamic efficiency, wherein the at least one stabilizer is configurable in at least the following arrangements: a compact arrangement comprising: the at least one stabilizer stowed against the fuselage, and a deployed arrangement comprising: the least one stabilizer deployed from the fuselage about the first axis. a compact arrangement comprising: the at least one stabilizer stowed against the fuselage, and a deployed arrangement comprising: the least one stabilizer deployed from the fuselage about the first axis.
Device for releasably supporting a formwork anchor on a formwork element of a concrete wall formwork having an anchor receptacle - which can be axially supported on a formwork-proof supporting stop - for an anchor end and having a latching body - which is axially supported in the anchor receptacle , can engage into latching recesses of the anchor end and can be released from the latching recesses against a spring force - for the anchor end which can be displaceably guided within the anchor receptacle , characterised in that the latching body forms a latching ring which is pivotably supported on a peripheral side in the anchor receptacle , can surround the anchor end and is provided with latching ribs which, in a latching position of the latching ring pivoted in the direction of the supporting stop towards the anchor end , engage into annular latching recesses of the anchor end and, in a release position of the latching ring pivoted away from the anchor end , can open a passage for the anchor end .
An endoscope comprising: a connector connected to an external device having a power source and the connector configured to receive power; a power receiving part disposed on the connector and configured to move by receiving power from the power source; and a bendable section , a bending motion of which is controlled by a movement of the power receiving part for being bent inside the body and traveling along the interior of a curved tubular organ, wherein the power receiving part has protrusions protruding outward through slots formed in a front cover of the connector and wherein the protrusions connected to the external device are configured to receive power, characterized in that the connector further comprises a rail structure and in that the power receiving part further comprises a slider coupled to the rail structure provided on the connector and wherein the power receiving part is configured tc reciprocally slide between a first end and a second end on the rail structure such that when the power receiving part moves from the first end to the second end, the bendable section is bent from a first angle to a second angle. a connector connected to an external device having a power source and the connector configured to receive power; a power receiving part disposed on the connector and configured to move by receiving power from the power source; and a bendable section , a bending motion of which is controlled by a movement of the power receiving part for being bent inside the body and traveling along the interior of a curved tubular organ, wherein the power receiving part has protrusions protruding outward through slots formed in a front cover of the connector and wherein the protrusions connected to the external device are configured to receive power, characterized in that the connector further comprises a rail structure and in that the power receiving part further comprises a slider coupled to the rail structure provided on the connector and wherein the power receiving part is configured tc reciprocally slide between a first end and a second end on the rail structure such that when the power receiving part moves from the first end to the second end, the bendable section is bent from a first angle to a second angle.
A robotic apparatus for neurosurgical operations, said robotic apparatus comprising: a robotic arm the free end of which is adapted to hold at least one surgical tool; a chassis supporting the robotic arm and covered with a movable box ; a rigid support arm movably coupled with the chassis and extendable from a first retracted position within the chassis to a plurality of deployed positions where at least a portion of the rigid support arm extends outside the movable box; and a locking mechanism fastened to the chassis and cooperating with the rigid support arm for locking the rigid support arm in any one of the plurality of extended positions, characterised in that the free end of the arm is connected to a headrest for maintaining a patient's head, via a radiotransparent member fastened rigidly to the free end of said support arm and comprising a connecting interface with the headrest providing at least two degrees of freedom. a robotic arm the free end of which is adapted to hold at least one surgical tool; a chassis supporting the robotic arm and covered with a movable box ; a rigid support arm movably coupled with the chassis and extendable from a first retracted position within the chassis to a plurality of deployed positions where at least a portion of the rigid support arm extends outside the movable box; and a locking mechanism fastened to the chassis and cooperating with the rigid support arm for locking the rigid support arm in any one of the plurality of extended positions, characterised in that the free end of the arm is connected to a headrest for maintaining a patient's head, via a radiotransparent member fastened rigidly to the free end of said support arm and comprising a connecting interface with the headrest providing at least two degrees of freedom.
Method for operating a power distributor comprising a first controller and comprising a number of connection modules connected thereto, which each have a base resistor that form a series-connected resistor chain that is supplied with power by means of a DC current source of the first controller and is connected to a reference potential , wherein each connection module has a supply plug and a bus plug of a common bus system that is connected, for the transfer of signals, to the first controller , wherein the connection modules are equipped, or able to be equipped, with a circuit breaker , which circuit breakers each have a second controller for capturing the voltage dropped across the associated base resistor , and have a switching element that is actuated by means of the respective second controller and is connected between the side of the associated base resistor that is averted from the first controller and the reference potential , and said circuit breaker is connected, for the transfer of signals, to the associated bus plug and is energized by means of supply plugs , in which method - it is ensured that the switching element of each circuit breaker is closed if there is no specific address allocated to the circuit breaker , - a request is fed into the bus system by means of the first controller , and - a response is fed into the bus system by means of the second controller if a voltage is dropped across the associated base resistor . - it is ensured that the switching element of each circuit breaker is closed if there is no specific address allocated to the circuit breaker , - a request is fed into the bus system by means of the first controller , and - a response is fed into the bus system by means of the second controller if a voltage is dropped across the associated base resistor .
A system for noninvasively measuring blood alcohol concentration using light, the system comprising: one or more emitters each configured to emit light in the near infrared or infrared light spectrum at one or more wavelengths that respond to varied chromophore concentrations of ethanol and water in blood of a human subject; one or more detectors configured to detect light emitted at the one or more wavelengths and a processing subsystem coupled to the one or more emitters and the one or more detectors ; characterised in that the one or more detectors are configured to output a representation of a photoplethysmography (PPG) waveform said representation including a static portion and a dynamic portion for one or more of the one or more wavelengths; and wherein; the processing subsystem is configured to determine a measure of an amplitude of the dynamic portion of the representation of the PPG waveform for each of the one or more wavelengths and determine the blood alcohol concentration by referencing the measured amplitude for each of the one or more wavelengths to a molar absorptivity plot which indicates a measure of the absorption or scattering at alcohol and water solutions ranging between a solution of 100% alcohol and a solution of 100% water. one or more emitters each configured to emit light in the near infrared or infrared light spectrum at one or more wavelengths that respond to varied chromophore concentrations of ethanol and water in blood of a human subject; one or more detectors configured to detect light emitted at the one or more wavelengths and a processing subsystem coupled to the one or more emitters and the one or more detectors ; characterised in that the one or more detectors are configured to output a representation of a photoplethysmography (PPG) waveform said representation including a static portion and a dynamic portion for one or more of the one or more wavelengths; and wherein; the processing subsystem is configured to determine a measure of an amplitude of the dynamic portion of the representation of the PPG waveform for each of the one or more wavelengths and determine the blood alcohol concentration by referencing the measured amplitude for each of the one or more wavelengths to a molar absorptivity plot which indicates a measure of the absorption or scattering at alcohol and water solutions ranging between a solution of 100% alcohol and a solution of 100% water.
A molding method for a molded article, comprising: molding a molded article in a molding die including a sprue , a runner , a gate , and a cavity in series; opening the molding die ; and, thereafter removing a burr formed in the runner from the molding die ; wherein in the removing, with the burr adhering to a pliable sheet member such as paper or nonwoven fabric placed beforehand in the molding die , peeling the sheet member from the molding die causes the burr to be removed together with the sheet member ; characterized in that a radiused shape with an arcuate cross section is given by the molding die to a periphery of an adhering portion , to the sheet member , of the burr so as to make the burr less prone to detach from the sheet member in the peeling, the radiused shape being a concave radiused shape, wherein in addition to the radiused shape with an arcuate cross section being given by the molding die to the periphery of the adhering portion , to the sheet member , of the burr , a thin film-like adhered portion integral with the burr is molded by the molding die on an outer side of the radiused shape . molding a molded article in a molding die including a sprue , a runner , a gate , and a cavity in series; opening the molding die ; and, thereafter removing a burr formed in the runner from the molding die ; wherein in the removing, with the burr adhering to a pliable sheet member such as paper or nonwoven fabric placed beforehand in the molding die , peeling the sheet member from the molding die causes the burr to be removed together with the sheet member ; characterized in that a radiused shape with an arcuate cross section is given by the molding die to a periphery of an adhering portion , to the sheet member , of the burr so as to make the burr less prone to detach from the sheet member in the peeling, the radiused shape being a concave radiused shape, wherein in addition to the radiused shape with an arcuate cross section being given by the molding die to the periphery of the adhering portion , to the sheet member , of the burr , a thin film-like adhered portion integral with the burr is molded by the molding die on an outer side of the radiused shape .
A method for radar-based measurement of a fill level (L) of a filling material in a container , wherein the method comprises the following method steps, which are repeated in successive measuring cycles (n): - emitting a microwave signal (S HF ) in a direction of the filling material via an antenna, - receiving a receive signal (E HF ) after reflection of the microwave signal (S HF ) inside the container , - creating an evaluation curve (ZF n ) with complex values on the basis of at least the receive signal (E HF ), - progressively storing each current evaluation curve (ZF n ), - forming a first difference curve (Diff n ) with complex values on the basis of the evaluation curve (ZF n ) of the current measuring cycle (n) and a stored evaluation curve (ZF n-m ) of a preceding measuring cycle (n-m), and - determining the fill level (L) on the basis of a maximum (A m ) of the imaginary part or the real part of the current, first difference curve (Diff n ). - emitting a microwave signal (S HF ) in a direction of the filling material via an antenna, - receiving a receive signal (E HF ) after reflection of the microwave signal (S HF ) inside the container , - creating an evaluation curve (ZF n ) with complex values on the basis of at least the receive signal (E HF ), - progressively storing each current evaluation curve (ZF n ), - forming a first difference curve (Diff n ) with complex values on the basis of the evaluation curve (ZF n ) of the current measuring cycle (n) and a stored evaluation curve (ZF n-m ) of a preceding measuring cycle (n-m), and - determining the fill level (L) on the basis of a maximum (A m ) of the imaginary part or the real part of the current, first difference curve (Diff n ).