mhurhangee/ep-ind-claims huggingface dataset:
A gas barrier polymer formed by heating a mixture including a polycarboxylic acid and a polyamine compound, wherein, in an infrared absorption spectrum of the gas barrier polymer, when a total peak area in a range of an absorption band of equal to or more than 1493 cm -1 and equal to or less than 1780 cm -1 is A, and a total peak area in a range of an absorption band of equal to or more than 1598 cm -1 and equal to or less than 1690 cm -1 is B, an area ratio of an amide bond indicated by B/A is 0.370 or more, and wherein, in the infrared absorption spectrum, when a total peak area in a range of an absorption band of equal to or more than 1493 cm -1 and equal to or less than 1598 cm -1 is D, an area ratio of a carboxylate indicated by D/A is 0.450 or less.
Driver vision support system for a self propelled agricultural machine, wherein the agricultural machine has a configuration, which configuration may be varied by changing the mechanical setup of the agricultural machine, wherein depending on the configuration of the agricultural machine different blind areas result which are outside the visual reach of the driver, wherein the driver vision support system comprises at least one camera and at least one output device (11,12) for the output of camera signals to the driver, wherein the configuration of the driver vision support system is adaptable to the configuration of the agricultural machine by varying the location and/or the viewing direction of the at least one camera during normal use such that the driver receives camera signals via the output device (11,12) of at least one camera which is directed to at least one blind area, wherein a camera control is provided which receives the camera signals and which controls the output of the camera signals to the at least one output device (11,12), wherein a camera interface arrangement is provided which allows the attachment and detachment of the at least one camera during normal use, characterized in that the camera interface arrangement includes at least one camera reception for receiving a camera, which camera reception may be fixed to the agricultural machine or an attachment unit attached to the agricultural machine, that at least two camera receptions are provided for receiving a camera and that the camera control detects the location of a camera by detecting in which camera reception the camera is actually being received.
A re-keyable lock cylinder comprising: a cylinder which defines a longitudinal axis; a plug receivable within the cylinder; a carrier mountable adjacent said plug, said carrier selectively movable parallel to said axis; and a rack slidably mountable within said carrier, characterised in that the cylinder further comprises: a wafer slidably mountable within said plug transverse said axis, said rack engageable with said wafer; wherein said wafer and said rack are substantially planar members, wherein said wafer has a multiple of wafer teeth and said rack has a multiple of rack teeth, said rack teeth engageable with said wafer teeth; wherein said rack teeth are engageable with said wafer teeth in a facial relationship, or wherein said rack teeth are engageable with said wafer teeth such that said wafer at least partially overlaps said rack relative said axis. a cylinder which defines a longitudinal axis; a plug receivable within the cylinder; a carrier mountable adjacent said plug, said carrier selectively movable parallel to said axis; and a rack slidably mountable within said carrier, characterised in that the cylinder further comprises: a wafer slidably mountable within said plug transverse said axis, said rack engageable with said wafer; wherein said wafer and said rack are substantially planar members, wherein said wafer has a multiple of wafer teeth and said rack has a multiple of rack teeth, said rack teeth engageable with said wafer teeth; wherein said rack teeth are engageable with said wafer teeth in a facial relationship, or wherein said rack teeth are engageable with said wafer teeth such that said wafer at least partially overlaps said rack relative said axis. a wafer slidably mountable within said plug transverse said axis, said rack engageable with said wafer; wherein said wafer and said rack are substantially planar members, wherein said wafer has a multiple of wafer teeth and said rack has a multiple of rack teeth, said rack teeth engageable with said wafer teeth; wherein said rack teeth are engageable with said wafer teeth in a facial relationship, or wherein said rack teeth are engageable with said wafer teeth such that said wafer at least partially overlaps said rack relative said axis.
Powdery crystalline mixtures of alpha-hydroxycarbonyl derivatives of dimers of alpha-methylstyrene of formula 5 and 6 characterized in that the ratio of dimer 5 to dimer 6 is from 1.5 to 7.0 and in that said mixtures have a purity higher than 95% by weight and contain less than 0.1% of 2-hydroxy-2-methyl-1-phenyl-1-propanone, the content of 2-hydroxy-2-methyl-1-phenyl-1-propanone being determined as the % of chromatographic area obtained from HPLC analytical method using a UV 265 nm detector in the following conditions: nova-pack column PR18-15cmx3.9mm-4 μm and pre-column; eluent A= 20% methanol in water, eluent B=methanol; gradient from 100% A to 100% B in 30 min, 100% B 10 min, 100% A20 min; flow rate 0.8 ml/min.
A method for quality control of contact lens packages, the method comprising: generating a data set comprising a plurality of augmented images of a contact lens package, the augmented images each containing a lens and/or some liquid to protect the lens and having digitally implanted foreign matter disposed therein, wherein the digitally implanted foreign matter disposed in one or more of the plurality of augmented images has characteristics different from other ones of the implanted foreign matter, and wherein the characteristics comprise morphology, size, location, opacity, and quantity of foreign matter; training one or more quality control models on at least a training subset of the data set, wherein the one or more quality control models are configured to detect the existence of foreign matter; testing the trained one or more quality control models on at least a validation subset of the data set; capturing image data of a package of a contact lens; analyzing, based on the trained and tested one or more quality control models, the image data; and causing, based on the analyzing, output of a quality control metric indicative of at least an accept or reject condition of the package. generating a data set comprising a plurality of augmented images of a contact lens package, the augmented images each containing a lens and/or some liquid to protect the lens and having digitally implanted foreign matter disposed therein, wherein the digitally implanted foreign matter disposed in one or more of the plurality of augmented images has characteristics different from other ones of the implanted foreign matter, and wherein the characteristics comprise morphology, size, location, opacity, and quantity of foreign matter; training one or more quality control models on at least a training subset of the data set, wherein the one or more quality control models are configured to detect the existence of foreign matter; testing the trained one or more quality control models on at least a validation subset of the data set; capturing image data of a package of a contact lens; analyzing, based on the trained and tested one or more quality control models, the image data; and causing, based on the analyzing, output of a quality control metric indicative of at least an accept or reject condition of the package.
A method of registering a licensed module to measure active use in a mobile device, the method comprising: detecting the licensed module being initially accessed by a user of the mobile device, wherein the licensed module includes module parameters; the method characterized in that the method further comprises: determining that the accessed licensed module is activatable; determining whether the accessed licensed module has previously been activated; and allowing use of the licensed module without requiring a response to a registration message sent to a module registration system; wherein, in response to the determining that the accessed licensed module has not previously been activated, the method further comprises: collecting (304, 306, 310) the module parameters; determining whether a module registration system address is one of the module parameters; in response to determining that the module registration system address is not one of the module parameters, setting a destination address to a default address; assembling a registration message comprising a message to record that the licensed module has begun to be used; and sending the registration message over a telecommunication network from the mobile device to a module registration system, at the destination address. detecting the licensed module being initially accessed by a user of the mobile device, wherein the licensed module includes module parameters; the method characterized in that the method further comprises: determining that the accessed licensed module is activatable; determining whether the accessed licensed module has previously been activated; and allowing use of the licensed module without requiring a response to a registration message sent to a module registration system; wherein, in response to the determining that the accessed licensed module has not previously been activated, the method further comprises: collecting (304, 306, 310) the module parameters; determining whether a module registration system address is one of the module parameters; in response to determining that the module registration system address is not one of the module parameters, setting a destination address to a default address; assembling a registration message comprising a message to record that the licensed module has begun to be used; and sending the registration message over a telecommunication network from the mobile device to a module registration system, at the destination address.
Method for observing or monitoring an ignition of flames in a combustion chamber of a heating appliance with hydrogen as fuel gas or with hydrogen-containing fuel gas, wherein a rotational speed (n) of a fan for supplying air-fuel gas mixture to the combustion chamber is observed and an ignition of flames in the combustion chamber is inferred from a profile of the rotational speed (n), wherein an ignition of flames in the combustion chamber is inferred from a characteristic progression of the rotational speed (n) over time, wherein an increase in the rotational speed by at least 0.1% in less than 0.1 s is interpreted by an electronic evaluation system as an indication of an ignition of flames in the combustion chamber.
Device for operating a plurality of functions in a motor vehicle, having a switch panel which shows a plurality of control pads (2a, 2b,...) and which is supported in a pivotable manner around a rotational axis, whereby various functions are triggered by a manual actuation of the switch panel in dependence of which of the control pads (2a, 2b,...) it is actuated on, and having a means for identifying on which of its control pads (2a, 2b,...) the switch panel is actuated, characterised in that the switch panel is of a pliable design in respect of its longitudinal extension and of a rigid design in respect of its transverse extension perpendicular to the same in the direction of actuation in that it encompasses a flat actuation plate which is pliable in itself and stiffening ribs connected to the same which generate the flexural rigidity in the transverse extension and receive the rotational axis within the range of its ends facing away from its connection to the actuation plate, and that a plurality of force sensors disposed distributed along the longitudinal extension of the switch panel are assigned to the same.
A photoelectric sensor, comprising: a photo-detector component configured to receive optical information and convert the optical information to an analog signal, the optical information including a light beam (108, 214) having a modulated signal comprising a series of pulses emitted at a rate of one pulse per pulse period, wherein the timing between the series of pulses is either fixed, or varies according to a defined pattern; and a synchronization component configured to generate synchronization information for a receiver of the photoelectric sensor based on an analysis of the analog signal, characterized in that the synchronization component is further configured to: identify presence of pulses within the analog signal, determine respective durations between consecutive pulses of the series of pulses within the analog signal, and calculate, as at least a portion of the synchronization information, an estimated average pulse period based on an average of the respective durations. a photo-detector component configured to receive optical information and convert the optical information to an analog signal, the optical information including a light beam (108, 214) having a modulated signal comprising a series of pulses emitted at a rate of one pulse per pulse period, wherein the timing between the series of pulses is either fixed, or varies according to a defined pattern; and a synchronization component configured to generate synchronization information for a receiver of the photoelectric sensor based on an analysis of the analog signal, characterized in that the synchronization component is further configured to: identify presence of pulses within the analog signal, determine respective durations between consecutive pulses of the series of pulses within the analog signal, and calculate, as at least a portion of the synchronization information, an estimated average pulse period based on an average of the respective durations. generate synchronization information for a receiver of the photoelectric sensor based on an analysis of the analog signal, characterized in that the synchronization component is further configured to: identify presence of pulses within the analog signal, determine respective durations between consecutive pulses of the series of pulses within the analog signal, and calculate, as at least a portion of the synchronization information, an estimated average pulse period based on an average of the respective durations. identify presence of pulses within the analog signal, determine respective durations between consecutive pulses of the series of pulses within the analog signal, and calculate, as at least a portion of the synchronization information, an estimated average pulse period based on an average of the respective durations.
A data transmission method performed by a receive end device, wherein the method is applied to data transmission from a plurality of transmit end devices to the receive end device, transmission control information sent by each of the plurality of transmit end devices to the receive end device is used to control data transmission from the transmit end device to the receive end device, and the method comprises: receiving at least one piece of transmission control information, wherein the at least one piece of transmission control information comprises transmission control information sent by at least one of the plurality of transmit end devices to the receive end device, and transmission control information sent by each of the at least one transmit end device to the receive end device comprises a retransmission process identifier used in a retransmission control operation that is performed on the data transmission from the transmit end device to the receive end device; for each of the at least one piece of transmission control information, determining a transmit end device that sends the piece of transmission control information; and performing, based on the retransmission process identifier comprised in the piece of transmission control information, a retransmission control operation on the transmit end device that sends the piece of transmission control information, characterized in that the determining a transmit end device that sends the piece of transmission control information comprises: determining, based on a port group in which a DMRS port indicated by a demodulation reference signal DMRS port number comprised in the piece of transmission control information is located, the transmit end device that sends the piece of transmission control information. receiving at least one piece of transmission control information, wherein the at least one piece of transmission control information comprises transmission control information sent by at least one of the plurality of transmit end devices to the receive end device, and transmission control information sent by each of the at least one transmit end device to the receive end device comprises a retransmission process identifier used in a retransmission control operation that is performed on the data transmission from the transmit end device to the receive end device; for each of the at least one piece of transmission control information, determining a transmit end device that sends the piece of transmission control information; and performing, based on the retransmission process identifier comprised in the piece of transmission control information, a retransmission control operation on the transmit end device that sends the piece of transmission control information, characterized in that the determining a transmit end device that sends the piece of transmission control information comprises: determining, based on a port group in which a DMRS port indicated by a demodulation reference signal DMRS port number comprised in the piece of transmission control information is located, the transmit end device that sends the piece of transmission control information.
Method for detecting the presence of a user optical network terminal equipment optically connected to a fiber optic drop line of a fiber optic distribution network, wherein the method comprises the following steps: a) Transmitting by an optical device connected to the fiber optic drop line, a first optical signal having a given wavelength with a first polarization, through the fiber optic drop line; b) Measuring by the optical device, the optical power of the reflected first optical signal received through the fiber optic drop line; c) Transmitting by the optical device, through the fiber optic drop line, a second optical signal having the given wavelength with a second polarization different from the first polarization; d) Measuring by the optical device, the optical power of the reflected second optical signal received through the fiber optic drop line; e) Comparing the difference between the optical power measured in step b) and step d) with a threshold value and determining the presence of the user optical network terminal equipment based on the result of said comparison. a) Transmitting by an optical device connected to the fiber optic drop line, a first optical signal having a given wavelength with a first polarization, through the fiber optic drop line; b) Measuring by the optical device, the optical power of the reflected first optical signal received through the fiber optic drop line; c) Transmitting by the optical device, through the fiber optic drop line, a second optical signal having the given wavelength with a second polarization different from the first polarization; d) Measuring by the optical device, the optical power of the reflected second optical signal received through the fiber optic drop line; e) Comparing the difference between the optical power measured in step b) and step d) with a threshold value and determining the presence of the user optical network terminal equipment based on the result of said comparison.
A handheld personal care device, comprising: one or more light emitting elements, each configured to emit light; one or more light receiving elements, each configured to receive light and to output a respective measurement signal representing measurements of the received light; and a control unit that is configured to estimate a position and/or an orientation of the device relative to a subject; characterized in that the one or more light emitting elements and the one or more light receiving elements are arranged on the device such that, depending on the position and/or the orientation of the device relative to the subject, at least one of the one or more light receiving elements can receive light (26, 28, 30, 32, 40, 48, 52) emitted by at least one of the one or more light emitting elements and reflected by a reflective surface in an environment of the subject; wherein the control unit is configured to estimate the position and/or the orientation of the device relative to the subject based on an analysis of the respective measurement signals of the one or more light receiving elements to determine, for each of the one or more light receiving elements, (i) whether the light receiving element has received light from at least one of the one or more light emitting elements, and/or (ii) from which of the one or more light emitting elements the light receiving element has received light. one or more light emitting elements, each configured to emit light; one or more light receiving elements, each configured to receive light and to output a respective measurement signal representing measurements of the received light; and a control unit that is configured to estimate a position and/or an orientation of the device relative to a subject; characterized in that the one or more light emitting elements and the one or more light receiving elements are arranged on the device such that, depending on the position and/or the orientation of the device relative to the subject, at least one of the one or more light receiving elements can receive light (26, 28, 30, 32, 40, 48, 52) emitted by at least one of the one or more light emitting elements and reflected by a reflective surface in an environment of the subject; wherein the control unit is configured to estimate the position and/or the orientation of the device relative to the subject based on an analysis of the respective measurement signals of the one or more light receiving elements to determine, for each of the one or more light receiving elements, (i) whether the light receiving element has received light from at least one of the one or more light emitting elements, and/or (ii) from which of the one or more light emitting elements the light receiving element has received light.
A dishwasher, comprising: a cabinet defining an external appearance of the dishwasher; a tub disposed in the cabinet to form a space for washing dishes; a heat exchanger receiving external air and being disposed between the tub and the cabinet; and a circulator disposed on one side of the heat exchanger to condense air, which is discharged from the tub, through heat exchange with the heat exchanger, heat the air and supply the heated air into the tub, wherein the circulator comprises a condensing module configured to exchange heat of air discharged from the tub with the external air flowing in the heat exchanger such that the heat-exchanged air flows into the tub, characterised in that the condensing module is disposed between the heat exchanger and the cabinet. a cabinet defining an external appearance of the dishwasher; a tub disposed in the cabinet to form a space for washing dishes; a heat exchanger receiving external air and being disposed between the tub and the cabinet; and a circulator disposed on one side of the heat exchanger to condense air, which is discharged from the tub, through heat exchange with the heat exchanger, heat the air and supply the heated air into the tub, wherein the circulator comprises a condensing module configured to exchange heat of air discharged from the tub with the external air flowing in the heat exchanger such that the heat-exchanged air flows into the tub, characterised in that the condensing module is disposed between the heat exchanger and the cabinet.