mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, characterized by comprising: a detection section that divides a captured image, in a direction parallel to a longitudinal direction of a vehicle, into a first segment including a driver seat and a second segment including a front passenger seat and that detects a face image of an occupant riding in the vehicle in each of the first segment and the second segment, the captured image being acquired by capturing an inside of a vehicle cabin of the vehicle, by a camera whose pointing direction, angle of view and installation position are set such that the camera can capture faces of occupants seated; and a determination section that, when a plurality of face images are detected in the first segment or the second segment by the detection section, determines a front-and-rear relationship between positions where respective occupants corresponding to the plurality of face images are seated, by comparing each of areas of the plurality of detected face images with a determination threshold value. a detection section that divides a captured image, in a direction parallel to a longitudinal direction of a vehicle, into a first segment including a driver seat and a second segment including a front passenger seat and that detects a face image of an occupant riding in the vehicle in each of the first segment and the second segment, the captured image being acquired by capturing an inside of a vehicle cabin of the vehicle, by a camera whose pointing direction, angle of view and installation position are set such that the camera can capture faces of occupants seated; and a determination section that, when a plurality of face images are detected in the first segment or the second segment by the detection section, determines a front-and-rear relationship between positions where respective occupants corresponding to the plurality of face images are seated, by comparing each of areas of the plurality of detected face images with a determination threshold value.
Diode laser with a laser diode array having a plurality of laser bars, wherein each laser bar is arranged on a face side of a carrier and in a first axial direction (Y-axis) corresponding to a slow axis (Y-axis) of the laser beams comprises a plurality of emitters (4.1) generating laser beams that are offset against each other, wherein in order to form the laser diode array the laser bars with their carriers are stacked in a second axial direction (X-axis), corresponding to the fast axis of the laser beams and oriented perpendicular to the first axial direction (Y-axis), in at least two stacks that are offset against each other, with fast axis collimators, at least one of which in each case is assigned to each of the laser bars arranged parallel to each other, and with an optical arrangement for converting bundles of laser beams consisting of the laser beams generated by the emitters (4.1), wherein the optical arrangement has at least one fast-axis plate spreader arrangement for fanning out the bundle of laser beams in the fast axis (X-axis), and has a slow-axis plate spreader arrangement behind the fast-axis plate spreader arrangement in the beam path for merging the fanned bundle of laser beams in the slow axis (Y-axis), characterized in that the laser bars with their carriers in the laser diode array form at least two stacks (2.1, 2.2) offset against each other in the slow axis (Y-axis), each having a plurality of laser bars that are offset against each other in a stack-like manner in the fast axis (X-axis) together with their carriers, and in that the fast-axis plate spreader arrangement has at least two fast-axis plate spreaders which are parallel to each other and spaced apart from each other in the direction of the slow axis (Y-axis) of the laser radiation and twisted relative to each other by an angular value, for forming in each case at least one individual fanned laser beam (14.1) for each stack, and in that the laser beams (14.1) of the at least two stacks are separated and offset against each other in the fast axis.
Catch lever of a trigger device of a firearm, in particular a rapid-fire weapon, having a breech and a safety device, wherein the catch lever - is able to be moved between a locking position locking the breech and a position which does not lock the breech, and - has a safety element (101; 201) which - is able to be moved relative to the catch lever against a spring force from a rest position to a safety position, - adopts its safety position when the breech runs against the catch lever, when the breech exerts an actuating force on the safety element (101; 201) in the forwards direction and engages with the safety device in this position, when it adopts its safety position at the same time, and sets the catch lever itself in its locking position, - otherwise adopts its rest position and releases the catch lever. - is able to be moved between a locking position locking the breech and a position which does not lock the breech, and - has a safety element (101; 201) which - is able to be moved relative to the catch lever against a spring force from a rest position to a safety position, - adopts its safety position when the breech runs against the catch lever, when the breech exerts an actuating force on the safety element (101; 201) in the forwards direction and engages with the safety device in this position, when it adopts its safety position at the same time, and sets the catch lever itself in its locking position, - otherwise adopts its rest position and releases the catch lever. - is able to be moved relative to the catch lever against a spring force from a rest position to a safety position, - adopts its safety position when the breech runs against the catch lever, when the breech exerts an actuating force on the safety element (101; 201) in the forwards direction and engages with the safety device in this position, when it adopts its safety position at the same time, and sets the catch lever itself in its locking position, - otherwise adopts its rest position and releases the catch lever.
An upper for an article of footwear, the upper comprising: a first panel of a first material, the first panel having a first texture which has low portions and high portions; a second panel of a second material, the second panel having a second texture; and an embroidery area (12A; 12B) joining the first panel and second panel, the embroidery area (12A; 12B) having a three-dimensional texture that replicates the first texture extending into the second texture, wherein the first panel and the second panel are structurally joined by first and second threads (56A; 58A) of embroidery included in the embroidery area (12A; 12B), wherein the first threads are positioned directly against major surfaces of the first panel and the second panel, and wherein strands of the first threads extend through the first panel and the second panel and provide a first layer of embroidery, wherein the second threads are positioned directly against the first threads along the major surfaces of the fist panel and the second panel, and wherein strands of the second threads extend through the first threads, the first panel and the second panel and provide a second layer of embroidery, wherein the strands of the second threads partially cover the surfaces of the first threads to provide the three-dimensional texture, and wherein the first threads and the second threads are patterned to replicate the texturing of the low portions and the high portions of the first texture. a first panel of a first material, the first panel having a first texture which has low portions and high portions; a second panel of a second material, the second panel having a second texture; and an embroidery area (12A; 12B) joining the first panel and second panel, the embroidery area (12A; 12B) having a three-dimensional texture that replicates the first texture extending into the second texture, wherein the first panel and the second panel are structurally joined by first and second threads (56A; 58A) of embroidery included in the embroidery area (12A; 12B), wherein the first threads are positioned directly against major surfaces of the first panel and the second panel, and wherein strands of the first threads extend through the first panel and the second panel and provide a first layer of embroidery, wherein the second threads are positioned directly against the first threads along the major surfaces of the fist panel and the second panel, and wherein strands of the second threads extend through the first threads, the first panel and the second panel and provide a second layer of embroidery, wherein the strands of the second threads partially cover the surfaces of the first threads to provide the three-dimensional texture, and wherein the first threads and the second threads are patterned to replicate the texturing of the low portions and the high portions of the first texture.
Method of generating a voltage waveform at an output, the method comprising: providing a first DC voltage having a first magnitude (V 1), a second DC current (I 2) having a second magnitude, a third DC voltage having a third magnitude (V 3), and a fourth DC voltage having a fourth magnitude (V 4), wherein the first (V 1) magnitude is higher than the third (V 3) and the fourth (V 4) magnitude, coupling the fourth DC voltage to the output followed by coupling the first DC voltage to the output, to bring an output voltage (V P) at the output to a high level, decoupling the first DC voltage from the output, followed by coupling the third DC voltage to the output, to obtain a drop of the output voltage (V P), coupling a ground potential (V 0) to the output following coupling the third DC voltage, and coupling the second DC current (I 2) to the output following coupling the ground potential, wherein the second DC current ramps down the output voltage (V P). providing a first DC voltage having a first magnitude (V 1), a second DC current (I 2) having a second magnitude, a third DC voltage having a third magnitude (V 3), and a fourth DC voltage having a fourth magnitude (V 4), wherein the first (V 1) magnitude is higher than the third (V 3) and the fourth (V 4) magnitude, coupling the fourth DC voltage to the output followed by coupling the first DC voltage to the output, to bring an output voltage (V P) at the output to a high level, decoupling the first DC voltage from the output, followed by coupling the third DC voltage to the output, to obtain a drop of the output voltage (V P), coupling a ground potential (V 0) to the output following coupling the third DC voltage, and coupling the second DC current (I 2) to the output following coupling the ground potential, wherein the second DC current ramps down the output voltage (V P).
A floor panel made from a wood-based material board of a mixture of wood fibers and polymer fibers, comprising wood fibers having a length of 1.0 mm to 10 mm and a thickness of 0.05 to 1 mm and polymer fibers, wherein the polymer fibers have been functionalized with at least one organic compound, wherein the mixing ratio of wood fibers and polymer fibers is between 70 wt% of wood fibers/30 wt% of polymer fibers and 40 wt% of wood fibers/60 wt% of polymer fibers, and wherein at least one decorative layer has been provided on at least one side of the wood-based material board, wherein the at least one decorative layer comprises at least one decorative film consisting of at least one thermoplastic carrier layer, of at least one decoration printed onto the carrier layer or of at least one separate decorative layer and of at least one polymer seal.
A television receiver, comprising: a tuner for receiving and decoding a digital broadcasting signal; a transport decoder for selecting a television program from the decoded broadcasting signal; an audio-video decoder for decoding video and audio data in packets of a television program selected by the transport decoder such that audio data decoded by the audio-video decoder is output to a speaker and video data decoded by the audio-video decoder is output to a display; a combining module for combining video data output by the audio-video decoder with video data supplied by an OSD-controller; characterized by a network connection module for connecting the television receiver to an external device; and a controller having an initial setup module for making an initial setup of the television receiver including a language setting to determine a menu language from a variety of languages; a browser function control module for displaying content delivered from a web server connected to an internet on the display; a setup information association process module for associating initial setup information with the browser function control module by automatically determining a language request signal; and a network control module for accessing the web server by way of the network connection module; and a language content selection module for selecting, when content of several different languages is supplied from the web server the language content that corresponds to the language request signal. a tuner for receiving and decoding a digital broadcasting signal; a transport decoder for selecting a television program from the decoded broadcasting signal; an audio-video decoder for decoding video and audio data in packets of a television program selected by the transport decoder such that audio data decoded by the audio-video decoder is output to a speaker and video data decoded by the audio-video decoder is output to a display; a combining module for combining video data output by the audio-video decoder with video data supplied by an OSD-controller; characterized by a network connection module for connecting the television receiver to an external device; and a controller having an initial setup module for making an initial setup of the television receiver including a language setting to determine a menu language from a variety of languages; a browser function control module for displaying content delivered from a web server connected to an internet on the display; a setup information association process module for associating initial setup information with the browser function control module by automatically determining a language request signal; and a network control module for accessing the web server by way of the network connection module; and a language content selection module for selecting, when content of several different languages is supplied from the web server the language content that corresponds to the language request signal.
A compound of general formula (T-Z) n -P, wherein • T is a glycosaminoglycan transport mediator; • P is a colloid-active compound selected from hydroxyalkyl starch and carboxyalkyl starch; • Z is a first linker by means of which T and P are covalently linked together; and • n is an integer of at least 1; and wherein the transport mediator T and/or the colloid P bears m groups -(L-A), wherein • A is a medicinally active substance or a fluorescence marker; • L is a second linker through which P is covalently linked with A, or through which T is covalently linked with A; and • m is an integer of at least 1; and • wherein said medicinally active compound A is selected from the group consisting of antibiotics, chemotherapeutics, cytostatic agents and cytotoxic substances. • T is a glycosaminoglycan transport mediator; • P is a colloid-active compound selected from hydroxyalkyl starch and carboxyalkyl starch; • Z is a first linker by means of which T and P are covalently linked together; and • n is an integer of at least 1; • A is a medicinally active substance or a fluorescence marker; • L is a second linker through which P is covalently linked with A, or through which T is covalently linked with A; and • m is an integer of at least 1; and • wherein said medicinally active compound A is selected from the group consisting of antibiotics, chemotherapeutics, cytostatic agents and cytotoxic substances.
A monitoring method for a cooling system comprising a refrigerator using helium gas and a compressor compressing the helium gas returned from the refrigerator and supplying the helium gas to the refrigerator, the method comprising: acquiring measurements of a plurality of different parameters representing a status of the compressor, or both of the refrigerator and the compressor; conducting multivariate analysis of the acquired measurements; and determining whether an alert on a failure should be communicated to a user, based on a result of the multivariate analysis. acquiring measurements of a plurality of different parameters representing a status of the compressor, or both of the refrigerator and the compressor; conducting multivariate analysis of the acquired measurements; and determining whether an alert on a failure should be communicated to a user, based on a result of the multivariate analysis.
Twisting head rotor for a cabling machine, comprising several deflection rollers for evening out the thread tension of two threads to be twisted, which are each rotatably mounted on a pivot axis arranged at right angles to the rotor axis of the twisting head rotor in said twisting head rotor and over which the two threads are guided, characterised in that at least one deflection roller is mounted in the twisting head rotor with it both ends, that the two bearings are each enclosed by a housing of the twisting head rotor, which is closed by a cover in the form of a lid sealing the bearing position, and that thread guiding eyelets, guiding the inner thread and the outer thread, are arranged upstream of the at least one deflection roller in such a way that they supply both threads to the at least one deflection roller between the two bearings of the twisting head rotor.
A furrow covering and levelling device for use with an agricultural soil cultivation machine, including a longitudinal frame device, which extends transversely to a travelling direction of the agricultural soil cultivation machine, a plurality of tine elements, which are mounted along the frame device and with their respective lower free ends in an operating position of the agricultural soil cultivation machine, can be brought into contact with an area of arable land, wherein in the operating position of the agricultural soil cultivation machine, peripheral tine elements, which are mounted on the frame device on the very left or very right on an edge of the frame device or adjoining thereto, with their lower free ends protrude over the edge of the frame device in the direction of its longitudinal extent, characterised in that at least one peripheral tine element in a portion adjoining its mounting on the frame device is formed rod-shaped, wherein this peripheral tine element, emanating from the operating position of the agricultural soil cultivation machine, can be twisted about a preferentially upright-extending longitudinal axis of a rod-shaped portion in order to thereby achieve for the agricultural soil cultivation machine a transport position, in which the lower free end of the peripheral tine element does not laterally protrude over the associated edge of the frame device and/or is oriented in the direction of a centre of the frame device.
Sugar surfactant of the formula in which R 1 is H or an alkyl group having 1 to 3 carbon atoms and R 2 is a polyhydroxyhydrocarbyl group having a linear hydrocarbyl chain, where at least three hydroxyl groups are bonded directly to the chain, preferably a 2,3,4,5,6-pentahydroxyhex-1-yl group. R 1 is H or an alkyl group having 1 to 3 carbon atoms and R 2 is a polyhydroxyhydrocarbyl group having a linear hydrocarbyl chain, where at least three hydroxyl groups are bonded directly to the chain, preferably a 2,3,4,5,6-pentahydroxyhex-1-yl group.
Machining device for autonomously machining an associated working area, comprising a detection unit for detecting respectively current environmental parameters which can be evaluated for controlling the machining device in the associated working area, characterized in that a keep-free device is associated with the detection unit, which keep-free device is at least designed to at least reduce operation-related soiling of and/or impacts on the detection unit and/or formation of condensation on the detection unit, wherein the keep-free device has at least one air-guiding device (152, 552) to which an air stream (154, 212, 312, 412, 554, 612, 712) is supplied at least during autonomous operation of the machining device, wherein the air-guiding device (152, 552) is designed to guide the supplied air stream (154, 212, 312, 412, 554, 612, 712) at least partially in the direction of the detection unit, wherein a drive motor is provided for driving during autonomous operation of the machining device, at least one fan impeller being associated with the said drive motor, which fan impeller is designed to at least partially generate the supplied air stream, and/or wherein at least one rechargeable battery pack is provided for power supply during autonomous operation of the machining device, at least one fan impeller being associated with the said rechargeable battery pack for cooling purposes, which fan impeller is designed to at least partially generate the supplied air stream.
A computer-implemented method for converting an audio stream of an audio signal into a haptic effect, the computer-implemented method comprising: receiving the audio stream that includes a haptic conversion indication parameter configured to indicate whether the audio stream is to be converted into the haptic effect, the audio stream further including one or more haptic parameters which are configured to define the haptic effect that is generated based on the audio stream; generating a haptic signal based on the audio stream when the haptic conversion indication parameter indicates that the audio stream is to be converted into the haptic effect; and sending the haptic signal to an actuator to render the haptic effect according to the one or more haptic parameters. receiving the audio stream that includes a haptic conversion indication parameter configured to indicate whether the audio stream is to be converted into the haptic effect, the audio stream further including one or more haptic parameters which are configured to define the haptic effect that is generated based on the audio stream; generating a haptic signal based on the audio stream when the haptic conversion indication parameter indicates that the audio stream is to be converted into the haptic effect; and sending the haptic signal to an actuator to render the haptic effect according to the one or more haptic parameters.
Thermochromic color-memory composition comprising: (a) a component composed of an electron-donating color-developing organic compound; (b) a component composed of an electron-accepting compound; and (c) a component composed of an ester compound represented by the following Formula as a reaction medium which controls color reaction between said components (a) and (b): (wherein, R represents an alkyl group having 3 to 18 carbon atoms or an aliphatic acyl group having 3 to 18 carbon atoms; X represents a hydrogen atom, an alkyl group having 1 to 3 carbon atoms, an alkoxy group having 1 or 2 carbon atoms or a halogen atom; Y represents a hydrogen atom or a methyl group; and Z represents a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 or 2 carbon atoms or a halogen atom). (a) a component composed of an electron-donating color-developing organic compound; (b) a component composed of an electron-accepting compound; and (c) a component composed of an ester compound represented by the following Formula as a reaction medium which controls color reaction between said components (a) and (b): (wherein, R represents an alkyl group having 3 to 18 carbon atoms or an aliphatic acyl group having 3 to 18 carbon atoms; X represents a hydrogen atom, an alkyl group having 1 to 3 carbon atoms, an alkoxy group having 1 or 2 carbon atoms or a halogen atom; Y represents a hydrogen atom or a methyl group; and Z represents a hydrogen atom, an alkyl group having 1 to 4 carbon atoms, an alkoxy group having 1 or 2 carbon atoms or a halogen atom).