mhurhangee/ep-ind-claims huggingface dataset:
A connection bolt for connecting two parts (21, 22), in particular furniture panels, comprising a cylindrical bolt shaft for anchoring in a bore of the one part and comprising a bolt head for anchoring in a bore of the other part, wherein the bolt head has a foot portion, which adjoins the bolt shaft, and a hook-shaped head portion with a radially outwardly projecting, blade-shaped projection, wherein the rear side of the head portion opposite to the projection is designed as an oblique surface which runs obliquely with respect to the bolt shaft or is formed as a half-cone, characterized in that the foot portion is arranged with respect to the bolt shaft eccentrically offset in the radial direction in which the projection opposite to the oblique surface or opposite the half-cone projects radially outwards.
Packaging machine in the form of a chamber machine or a belted chamber machine, with a sealing device for welding plastic films, wherein the sealing device has a sealing-tool upper part (1, 14) and a sealing-tool lower part (2, 11), which are configured to produce a sealing surface defining a sealing plane in the plastic films when welding, wherein at least the sealing-tool upper part (1, 14) or the sealing-tool lower part (2, 11) can be excited to a vibration in a plane approximately parallel to the sealing surface, wherein further at the sealing-tool upper part, which is implemented as an upper sealing bar, two sealing wires are arranged in the shape of a double-round profile.
A wheel loader comprising: a vehicle cover including a top plate that has an opening section, the vehicle cover defining an engine compartment; an engine arranged inside the engine compartment; an air cleaner including an air cleaner body and an intake tube, the air cleaner body being arranged inside the engine compartment, the air cleaner body cleaning air that is supplied to the engine, the intake tube having an intake port that faces upward, the intake tube protruding upward from the top plate via the opening section; a cover member having an inlet port that takes in air, the cover member being installed on the top plate, the cover member covering the surroundings and the top of the intake tube; and a shielding member having a first inclined surface that is inclined downward toward a first direction, the shielding member being arranged above the intake port in the cover member. a vehicle cover including a top plate that has an opening section, the vehicle cover defining an engine compartment; an engine arranged inside the engine compartment; an air cleaner including an air cleaner body and an intake tube, the air cleaner body being arranged inside the engine compartment, the air cleaner body cleaning air that is supplied to the engine, the intake tube having an intake port that faces upward, the intake tube protruding upward from the top plate via the opening section; a cover member having an inlet port that takes in air, the cover member being installed on the top plate, the cover member covering the surroundings and the top of the intake tube; and a shielding member having a first inclined surface that is inclined downward toward a first direction, the shielding member being arranged above the intake port in the cover member.
Capacitance detection circuit, comprising: a first charging and discharging circuit, configured to perform charging or discharging on a capacitor to be detected; a second charging and discharging circuit, configured to perform charging or discharging on a calibration capacitor; characterized in that the capacitance detection circuit further comprises: an analog-to-digital conversion circuit, configured to continuously sample a voltage difference between the capacitor to be detected and the calibration capacitor in a charging or discharging process to obtain sampled data; and a digital processing circuit, configured to detect a capacitance of the capacitor to be detected according to the sampled data; wherein the digital processing circuit is configured to detect the capacitance of the capacitor to be detected according to an energy value of a fundamental frequency of the sampled data. a first charging and discharging circuit, configured to perform charging or discharging on a capacitor to be detected; a second charging and discharging circuit, configured to perform charging or discharging on a calibration capacitor; characterized in that the capacitance detection circuit further comprises: an analog-to-digital conversion circuit, configured to continuously sample a voltage difference between the capacitor to be detected and the calibration capacitor in a charging or discharging process to obtain sampled data; and a digital processing circuit, configured to detect a capacitance of the capacitor to be detected according to the sampled data; wherein the digital processing circuit is configured to detect the capacitance of the capacitor to be detected according to an energy value of a fundamental frequency of the sampled data. an analog-to-digital conversion circuit, configured to continuously sample a voltage difference between the capacitor to be detected and the calibration capacitor in a charging or discharging process to obtain sampled data; and a digital processing circuit, configured to detect a capacitance of the capacitor to be detected according to the sampled data; wherein the digital processing circuit is configured to detect the capacitance of the capacitor to be detected according to an energy value of a fundamental frequency of the sampled data.
A medicinal composition having antibiotic, anti-inflammatory, and wound healing activity comprising between 0.1 and 10.0% of the dry extract of Matricaria recutita, between 0.1 and 10.0% of the dry extract of Psidium guajava L. and between 0.1 and 10.0% of the dry extract of Plantago major L.
A method for training a programmable transceiver, comprising: scanning frequencies within a desired range for a first signal; detecting the first signal at a first frequency; computing harmonic frequencies and subharmonic frequencies of the first frequency; scanning the harmonic frequencies and the subharmonic frequencies for a second signal at a second frequency; comparing a first magnitude of the first signal to a second magnitude of the second signal; and training the programmable transceiver based on the second signal if the second magnitude is greater than the first magnitude, otherwise training the programmable transceiver based on the first signal. scanning frequencies within a desired range for a first signal; detecting the first signal at a first frequency; computing harmonic frequencies and subharmonic frequencies of the first frequency; scanning the harmonic frequencies and the subharmonic frequencies for a second signal at a second frequency; comparing a first magnitude of the first signal to a second magnitude of the second signal; and training the programmable transceiver based on the second signal if the second magnitude is greater than the first magnitude, otherwise training the programmable transceiver based on the first signal.
Ship propulsion system with a main machine, which transmits a torque to a propeller by way of a first and a second propeller shaft (5, 6), - wherein the first propeller shaft has a first flange in its end region, said first flange protruding outwards in the radial direction beyond the outer casing of the first propeller shaft, - wherein the second propeller shaft is adjacent to the first propeller shaft in the axial direction and has a second flange in its end region facing the first propeller shaft, said second flange protruding outwards in a radial direction beyond the outer casing of the second propeller shaft, - wherein a web of a grid-type support frame extends into the intermediate space between the two flanges (5a, 6a) and is firmly connected to the two flanges, - wherein the support frame supports the active rotor part of an electric machine, - wherein the active rotor part is surrounded radially outwards by a stator, - wherein the stator is firmly connected to a housing surrounding the stator, the active rotor part, the support frame and the flange (5a, 6a). - wherein the first propeller shaft has a first flange in its end region, said first flange protruding outwards in the radial direction beyond the outer casing of the first propeller shaft, - wherein the second propeller shaft is adjacent to the first propeller shaft in the axial direction and has a second flange in its end region facing the first propeller shaft, said second flange protruding outwards in a radial direction beyond the outer casing of the second propeller shaft, - wherein a web of a grid-type support frame extends into the intermediate space between the two flanges (5a, 6a) and is firmly connected to the two flanges, - wherein the support frame supports the active rotor part of an electric machine, - wherein the active rotor part is surrounded radially outwards by a stator, - wherein the stator is firmly connected to a housing surrounding the stator, the active rotor part, the support frame and the flange (5a, 6a).
A method for manufacturing an oral microbiota restoration therapy composition, the method comprising: collecting a stool sample; purifying the stool sample to form a purified intermediate, wherein purifying the stool sample comprises: adding a diluent to the stool sample; mixing the stool sample and diluent to form a mixture; filtering the mixture; transferring a filtrate from the filtering step to a centrifuge tube; and centrifuging the filtrate to arrive at the purified intermediate; lyophilizing the purified intermediate to form a plurality lyophilized pellets; and encapsulating the plurality of lyophilized pellets in one or more capsules; wherein the diluent includes a cryoprotectant, wherein the cryoprotectant includes polyethylene glycol at a concentration of 30-90 g/L in saline, and the method further comprising mixing the purified intermediate with a lyophilization excipient, wherein the lyophilization excipient comprises polyethylene glycol, glycerin, trehalose, and sucrose. collecting a stool sample; purifying the stool sample to form a purified intermediate, wherein purifying the stool sample comprises: adding a diluent to the stool sample; mixing the stool sample and diluent to form a mixture; filtering the mixture; transferring a filtrate from the filtering step to a centrifuge tube; and centrifuging the filtrate to arrive at the purified intermediate; adding a diluent to the stool sample; mixing the stool sample and diluent to form a mixture; filtering the mixture; transferring a filtrate from the filtering step to a centrifuge tube; and centrifuging the filtrate to arrive at the purified intermediate; lyophilizing the purified intermediate to form a plurality lyophilized pellets; and encapsulating the plurality of lyophilized pellets in one or more capsules; wherein the diluent includes a cryoprotectant, wherein the cryoprotectant includes polyethylene glycol at a concentration of 30-90 g/L in saline, and the method further comprising mixing the purified intermediate with a lyophilization excipient, wherein the lyophilization excipient comprises polyethylene glycol, glycerin, trehalose, and sucrose.
Finishing device, comprising a finishing belt, a finishing belt holding device, a first drive for rotationally driving a workpiece about a workpiece axis and a second drive for oscillating said workpiece and said finishing belt relative to another along said workpiece axis, wherein said finishing belt holding device has a holding section for holding a portion of said finishing belt, said portion having an active area provided for finishing a circumferential workpiece surface, said portion extending in a plane which is vertical when referring to the direction of gravity and said portion extending in a horizontal direction when referring to the direction of gravity and when viewing in the running direction of said finishing belt, wherein the finishing device comprises a workpiece holding device (44, 46) defining a workpiece holding axis which is vertical when referring to the direction of gravity, wherein the finishing belt holding device comprises a holding plate extending in a holding plate plane which is horizontal when referring to the direction of gravity, characterized in that said holding plate is pivotable between a working position and a maintenance position in a horizontal direction about a pivot axis which is vertical when referring to the direction of gravity, such that the finishing belt and the finishing belt holding device can be positioned in said working position and said maintenance position.
A secure circuit board assembly comprising: a control board including a cryptographic processor; a spacer portion mounted on the control board; and a lid mounted on the spacer portion so that the control board, the spacer portion, and the lid collectively provide a secure enclosed chamber in which the cryptographic processor is mounted; and characterised in that the control board further includes a plurality of components surrounding the cryptographic processor and forming an electrical circuit, wherein the cryptographic processor is configured to detect a break in the electrical circuit responsive to the components being damaged by a side attack on the control board. a control board including a cryptographic processor; a spacer portion mounted on the control board; and a lid mounted on the spacer portion so that the control board, the spacer portion, and the lid collectively provide a secure enclosed chamber in which the cryptographic processor is mounted; and characterised in that the control board further includes a plurality of components surrounding the cryptographic processor and forming an electrical circuit, wherein the cryptographic processor is configured to detect a break in the electrical circuit responsive to the components being damaged by a side attack on the control board.
A motor controller for determining a position of a rotor of an AC motor, the motor controller comprising: a control input for receiving a control signal, an output for providing a power control signal for controlling power applied to a stator of the AC motor, the control input and output being coupled by a reference path; an input for receiving a feedback signal representative of the current in the stator, the input being coupled to the control input by a feedback path; a carrier signal injection element for injecting a high frequency carrier signal in the reference path at an injection node, the motor controller being arranged to generate the power control signal in dependence on the control signal, the feedback signal, and the high frequency carrier signal; a position determining element for generating a position signal representing the position of the rotor in dependence on the feedback signal which includes a carrier signal component comprising rotor position information; and a filter block coupled between the control input and the injection node in the reference path for filtering signals in the reference path in a frequency range including the frequency of the high frequency carrier signal; characterized by a load correction element for generating a correction value for the position of the rotor due to the response of the rotor to variations in load and a combining element for combining the correction value with the position signal to generate a corrected position signal. a control input for receiving a control signal, an output for providing a power control signal for controlling power applied to a stator of the AC motor, the control input and output being coupled by a reference path; an input for receiving a feedback signal representative of the current in the stator, the input being coupled to the control input by a feedback path; a carrier signal injection element for injecting a high frequency carrier signal in the reference path at an injection node, the motor controller being arranged to generate the power control signal in dependence on the control signal, the feedback signal, and the high frequency carrier signal; a position determining element for generating a position signal representing the position of the rotor in dependence on the feedback signal which includes a carrier signal component comprising rotor position information; and a filter block coupled between the control input and the injection node in the reference path for filtering signals in the reference path in a frequency range including the frequency of the high frequency carrier signal; characterized by a load correction element for generating a correction value for the position of the rotor due to the response of the rotor to variations in load and a combining element for combining the correction value with the position signal to generate a corrected position signal.
Method for opening or closing a motor vehicle with at least one movable part, in the form of a lid or a tailgate, which is opened or closed automatically after acquisition of a contactless conscious actuating action comprising a speaking, a chest, hand, head, thigh, knee, elbow, shoulder, upper arm, lower arm, body rotation, leg or foot movement, by a user, wherein a sensor device is provided for an actuation of a movable part, which comprises at least one sensor (21, 22), by means of which at least two detection regions (5, 6) are formed, within which a respective acquisition of the actuation action is enabled, wherein the two detection regions (5, 6) each comprise a horizontal and/or vertical region emanating from the motor vehicle for acquiring the actuation action, wherein an actuation of the movable part is triggered when at least one body part of the user is detected in both detection regions (5, 6), characterized in that the method is carried out with the aid of a module unit which is designed with the sensor device and with a carrier body on which the sensor device with the at least one sensor (21, 22) is arranged, wherein the module unit is designed as an individually manageable module in such a way that the module unit can be fixed to the motor vehicle, and wherein a checking module which checks the functioning of the sensor device, in particular of the individual sensors (21, 22), is arranged on the module unit.
A method, comprising: receiving a key and a seed at a computing device; calculating a pseudo-random value based, at least in part, upon the seed; creating a concatenated string using the key and the pseudo-random value; hashing the concatenated string into a token; adding the token to a user agent issued by a web browser as part of a command transmitted by the computing device; and updating the seed, generating an updated pseudo-random value, creating an updated concatenated string using the key and the updated pseudo-random value, and hashing the updated concatenated string to create a new token in response to at least one of: an expiration of a time period, or a number of requests having been issued by the computing system. receiving a key and a seed at a computing device; calculating a pseudo-random value based, at least in part, upon the seed; creating a concatenated string using the key and the pseudo-random value; hashing the concatenated string into a token; adding the token to a user agent issued by a web browser as part of a command transmitted by the computing device; and updating the seed, generating an updated pseudo-random value, creating an updated concatenated string using the key and the updated pseudo-random value, and hashing the updated concatenated string to create a new token in response to at least one of: an expiration of a time period, or a number of requests having been issued by the computing system.
A computing device (100, 900) comprising: a camera comprising a sensor matrix (112, 310, 400) to sense an image; an orientation determiner to determine a first orientation of the camera; a communication interface to receive a second orientation from a second computing device; and a controller (140, 330) to read values from the sensor matrix in a manner so as to generate image data having the second orientation if the second orientation is different from the first orientation. a camera comprising a sensor matrix (112, 310, 400) to sense an image; an orientation determiner to determine a first orientation of the camera; a communication interface to receive a second orientation from a second computing device; and a controller (140, 330) to read values from the sensor matrix in a manner so as to generate image data having the second orientation if the second orientation is different from the first orientation.
A lamp, comprising a light source assembly, a lamp body, and a plurality of radiating tubes; wherein, the lamp body comprises a vapor chamber characterized in that the lamp body further comprises a mounting ring, the mounting ring is disposed around a periphery of the vapor chamber, the vapor chamber comprises a first edge and a second edge opposite to each other, and a thickness of the vapor chamber gradually increases in a direction from the first edge to the second edge; the light source assembly is connected to the vapor chamber, and two ends of each of the radiating tubes are respectively connected to the mounting ring away from the light source assembly and close to the first edge and the second edge; in the vapor chamber a first receiving cavity for holding a cooling liquid is provided close to the first edge, a second receiving cavity for holding a cooling liquid is provided close to the second edge, and a reflux passage connecting the first receiving cavity and the second receiving cavity is provided; a reflux tank connecting the first receiving cavity, the second receiving cavity and the each of the radiating tubes is provided in the mounting ring.
An arrangement for controlling a narcotic effect value of a mixture of at least two narcotic agents of a breathing gas, the arrangement comprising: a gas delivery unit to be connected to a breathing circuit for supplying a breathing gas including a mixture of at least two narcotic agents for a respiration, said gas delivery unit comprising at least one narcotic agent supply; a gas analyzer for measuring an exhalation gas concentration of each narcotic agent of the breathing gas; and a user interface for setting a target value for a desired narcotic effect of narcotic agents, characterized in that the arrangement also comprising a controller for converting the measured concentration of each narcotic agent to a narcotic effect value of the breathing gas, for calculating a total narcotic effect value of the mixture of said at least two narcotic agents, for comparing the total narcotic effect value with the target value and for determining whether or not to change said breathing gas concentration to meet said target value. a gas delivery unit to be connected to a breathing circuit for supplying a breathing gas including a mixture of at least two narcotic agents for a respiration, said gas delivery unit comprising at least one narcotic agent supply; a gas analyzer for measuring an exhalation gas concentration of each narcotic agent of the breathing gas; and a user interface for setting a target value for a desired narcotic effect of narcotic agents, characterized in that the arrangement also comprising a controller for converting the measured concentration of each narcotic agent to a narcotic effect value of the breathing gas, for calculating a total narcotic effect value of the mixture of said at least two narcotic agents, for comparing the total narcotic effect value with the target value and for determining whether or not to change said breathing gas concentration to meet said target value.