mhurhangee/ep-ind-claims huggingface dataset:
An information processing method, the method comprising: pre-acquiring information of a first image and generating and storing a first encryption key, the method further comprising: acquiring information of a second image; extracting a first image characteristic and second image characteristic of the information of the second image, wherein the first image characteristic represents background information of the first image, and the second image characteristic represents foreground information of the first image; obtaining a third image characteristic on the basis of the first image characteristic and the second image characteristic, and determining the third image characteristic as a second encryption key; and performing similarity matching on the second encryption key and the pre-stored first encryption key, and authenticating the second image according to a matching result. acquiring information of a second image; extracting a first image characteristic and second image characteristic of the information of the second image, wherein the first image characteristic represents background information of the first image, and the second image characteristic represents foreground information of the first image; obtaining a third image characteristic on the basis of the first image characteristic and the second image characteristic, and determining the third image characteristic as a second encryption key; and performing similarity matching on the second encryption key and the pre-stored first encryption key, and authenticating the second image according to a matching result.
Spectrometer (20; 30; 40) comprising: - spectral dispersion means of an initial light beam (240; 340); and - a photodetector (21; 31; 41), to measure the light intensity of an incident light beam; characterised in that the spectrometer (20; 30; 40) does not constitute a closed cavity, and in that the spectral dispersion means comprise at least three reflective diffraction gratings (201, 202, 203; 301, 302, 303; 401, 402, 403, 404, 405, 406, 407) parallel to consecutive sides of a convex polygon (23; 43), arranged such that: - a portion of the initial light beam (240; 340) is diffracted once by each of the diffraction gratings in turn and is diffracted at least a second time by at least one of the diffraction gratings, this portion of the initial light beam forming the incident light beam on the photodetector; and - the optical path followed by said portion of light beam directly connects a first diffraction grating (201; 301; 401, 404, 406) to a second diffraction grating (202; 302; 402, 403, 405), the second diffraction grating to a third diffraction grating (203; 303; 403, 405, 407), and the third diffraction grating to the first diffraction grating, that is to say without intermediate reflection. - spectral dispersion means of an initial light beam (240; 340); and - a photodetector (21; 31; 41), to measure the light intensity of an incident light beam; - a portion of the initial light beam (240; 340) is diffracted once by each of the diffraction gratings in turn and is diffracted at least a second time by at least one of the diffraction gratings, this portion of the initial light beam forming the incident light beam on the photodetector; and - the optical path followed by said portion of light beam directly connects a first diffraction grating (201; 301; 401, 404, 406) to a second diffraction grating (202; 302; 402, 403, 405), the second diffraction grating to a third diffraction grating (203; 303; 403, 405, 407), and the third diffraction grating to the first diffraction grating, that is to say without intermediate reflection.
Electrical protection apparatus comprising at least one so-called first or main electrical protection function able to be carried out by a microcontroller and a button termed a test button intended to be actuated by a user to give rise to the implementation of the testing of at least one so-called second electrical function, this implementation of the test being intended to give rise to the tripping of the protection apparatus, means for pooling the actuation of this test button (3 or PTT) with at least one action intended to carry out a so-called third function, as a function of various types of action exerted on the test button, these actions being detected by the microcontroller, the aim being for the latter to give the order to carry out one of the aforementioned so-called third functions or else the testing of one of the aforementioned so-called second functions, the so-called first or main electrical function comprising the short-circuit detection function or else the electrical overload detection function, characterized in that the at least one so-called second function is one of the functions contained in the group comprising a differential protection function, an arc detection function, or a DC differential fault detection function, and in that the at least one so-called third function is the function of transmission of the item of information on the last trip cause of the apparatus, said item of information being stored by the microcontroller.
A blade pivot (2; 2') of adjustable orientation for a turbomachine fan hub comprising: - a block having retaining means at an outer radial end configured to retain a fan blade root and coupling means at an inner radial end, for the transmission of a torque; - a ball type rolling bearing for taking up centrifugal forces having an inner ring mounted in transverse support against an outer radial portion of the block; - a clamping nut screwed onto an external thread of the block in order to clamp the inner ring of the ball type rolling bearing for taking up centrifugal forces on the block; - a rolling bearing for taking up transverse forces (34; 34') having an inner ring (36; 36') mounted in transverse support against an inner radial portion of the block; the rolling elements (40; 40') of the rolling bearing for taking up transverse forces (34; 34') being needles or rollers; - a pitch setting transmission ring positioned inside the inner radial end of the block and equipped with coupling means cooperating with the coupling means of the block; and - means (22, 24) for locking the pitch setting transmission ring on the block. - a block having retaining means at an outer radial end configured to retain a fan blade root and coupling means at an inner radial end, for the transmission of a torque; - a ball type rolling bearing for taking up centrifugal forces having an inner ring mounted in transverse support against an outer radial portion of the block; - a clamping nut screwed onto an external thread of the block in order to clamp the inner ring of the ball type rolling bearing for taking up centrifugal forces on the block; - a rolling bearing for taking up transverse forces (34; 34') having an inner ring (36; 36') mounted in transverse support against an inner radial portion of the block; the rolling elements (40; 40') of the rolling bearing for taking up transverse forces (34; 34') being needles or rollers; - a pitch setting transmission ring positioned inside the inner radial end of the block and equipped with coupling means cooperating with the coupling means of the block; and - means (22, 24) for locking the pitch setting transmission ring on the block.
Articulated adjustable foot comprising a bearing plate formed to be at least partly elastomeric and having a mounting surface for resting on a supporting surface, and a ball receiver open on one side for a ball which is attached at the end of a shaft, wherein the ball receiver is limited beneath the ball by a reinforcing disc, characterised in that the reinforcing disc is embedded in the elastomer and has a central hole in which the underside of the ball is supported.
A method of internally heating a power supply of a portable electronic device in reduced temperatures using an antenna of the portable electronic device positioned proximate to the power supply, the device operable to wirelessly communicate via the antenna, comprising: receiving a temperature signal that is a function of a temperature of the power supply; determining whether the temperature is within a reduced operating temperature range, the reduced operating temperature range being a temperature range in which the equivalent series resistance, ESR, of the power supply is increased, and wherein a range of the reduced operating temperature range is defined as an extra reduced temperature range; sending current through the antenna in response to the temperature being within the reduced operating temperature range; and changing the current sent through the antenna of the portable electronic device in response to the temperature reaching the extra-reduced temperature range; wherein sending the current through the antenna elevates the temperature of the power supply. receiving a temperature signal that is a function of a temperature of the power supply; determining whether the temperature is within a reduced operating temperature range, the reduced operating temperature range being a temperature range in which the equivalent series resistance, ESR, of the power supply is increased, and wherein a range of the reduced operating temperature range is defined as an extra reduced temperature range; sending current through the antenna in response to the temperature being within the reduced operating temperature range; and changing the current sent through the antenna of the portable electronic device in response to the temperature reaching the extra-reduced temperature range; wherein sending the current through the antenna elevates the temperature of the power supply.
A mobile terminal comprising: a terminal body including a front case and a rear case; a window attached to the terminal body, the window having first and second regions (211,212), wherein the second region extends from the first region and includes one or more push regions; a display module disposed at a rear side of the first region, the display module being configured to display visible information through the first region; at least one switch disposed at a rear side of the push regions of the second region, the at least one switch being configured to allow inputting of information when at least part of the push regions of the second region is pressed inward; a window-mounting portion at which the window is disposed, the window-mounting portion having a supporting surface, and the first region of the window being fixed to the supporting surface; and a hook member disposed at a portion of the second region, the hook member being configured to restrict upward movement of the second region, wherein the second region is deflectable in an inward direction when the at least part of push regions of the second region is pushed, and wherein the hook member includes: a fixed portion attached to the rear surface of the window; and a stop portion extending from the fixed portion, the stop portion being configured to be stopped at the rear surface of the front case when the second region is restored in an outward direction. a terminal body including a front case and a rear case; a window attached to the terminal body, the window having first and second regions (211,212), wherein the second region extends from the first region and includes one or more push regions; a display module disposed at a rear side of the first region, the display module being configured to display visible information through the first region; at least one switch disposed at a rear side of the push regions of the second region, the at least one switch being configured to allow inputting of information when at least part of the push regions of the second region is pressed inward; a window-mounting portion at which the window is disposed, the window-mounting portion having a supporting surface, and the first region of the window being fixed to the supporting surface; and a hook member disposed at a portion of the second region, the hook member being configured to restrict upward movement of the second region, wherein the second region is deflectable in an inward direction when the at least part of push regions of the second region is pushed, and a fixed portion attached to the rear surface of the window; and a stop portion extending from the fixed portion, the stop portion being configured to be stopped at the rear surface of the front case when the second region is restored in an outward direction.
A laminate of a casing being integrally made from a first felt layer, a support layer and a waterproof layer, the first felt layer and the support layer both having a first surface (111, 151) and a second surface (112, 152) opposing the first surface (111, 151), the first surface of the support layer being melted and attached the second surface of the first felt layer, the waterproof layer being attached to the second surface of the support layer, wherein the support layer is made from felt; wherein the first felt layer is water-repellent; the support layer is made from felt and formed by curing a second felt layer; and both of the first felt layer and the second felt layer have low-melting-point fibers and stuffing fibers of specific weigh percentage, the weight percentage of the low-melting-point fibers of the second felt layer is greater than the weight percentage of the low-melting-point fibers of the first felt layer.
A biopsy device comprising: (a) a body; (b) a needle extending distally from the body; (c) a cutter longitudinally translatable relative to the needle, wherein the cutter defines a cutter lumen; (d) a tissue sample holder including, (i) a rotatable member (330, 630), wherein at least a portion of the rotatable member (330, 630) defines an inner chamber divided by a plurality of tray walls (334, 646) extending radially inwardly from an outer wall (332, 632) of the rotatable member (330, 630), characterised by (ii) an individual sample tray (360, 660) including a single sample chamber (376, 676), wherein the single sample chamber (376, 676) is configured to receive only a single tissue sample, and (iii) one or more bulk sample trays (400, 700), wherein the bulk sample tray (400, 700) is configured to receive a plurality of tissue samples; and (e) an indexer associated with the body and configured to selectively lock the rotatable member (330, 630) in a plurality of positions relative to the body, wherein each position of the plurality of positions corresponds to a single position for the individual sample tray (360, 660) and each bulk sample tray (400, 700) of the one or more bulk sample trays. (a) a body; (b) a needle extending distally from the body; (c) a cutter longitudinally translatable relative to the needle, wherein the cutter defines a cutter lumen; (d) a tissue sample holder including, (i) a rotatable member (330, 630), wherein at least a portion of the rotatable member (330, 630) defines an inner chamber divided by a plurality of tray walls (334, 646) extending radially inwardly from an outer wall (332, 632) of the rotatable member (330, 630), characterised by (ii) an individual sample tray (360, 660) including a single sample chamber (376, 676), wherein the single sample chamber (376, 676) is configured to receive only a single tissue sample, and (iii) one or more bulk sample trays (400, 700), wherein the bulk sample tray (400, 700) is configured to receive a plurality of tissue samples; and (i) a rotatable member (330, 630), wherein at least a portion of the rotatable member (330, 630) defines an inner chamber divided by a plurality of tray walls (334, 646) extending radially inwardly from an outer wall (332, 632) of the rotatable member (330, 630), characterised by (ii) an individual sample tray (360, 660) including a single sample chamber (376, 676), wherein the single sample chamber (376, 676) is configured to receive only a single tissue sample, and (iii) one or more bulk sample trays (400, 700), wherein the bulk sample tray (400, 700) is configured to receive a plurality of tissue samples; and (e) an indexer associated with the body and configured to selectively lock the rotatable member (330, 630) in a plurality of positions relative to the body, wherein each position of the plurality of positions corresponds to a single position for the individual sample tray (360, 660) and each bulk sample tray (400, 700) of the one or more bulk sample trays.
A composition having weight reducing activity through inhibition of fat deposition and antioxidant activity comprising a yeast hydrolysate obtained by proteolyzing Saccharomyces cerevisiae with protease KH-15 consisting of the amino acid sequence of SEQ ID NO:1.
A method for determining a cardiac phase in magnet resonance imaging comprising the steps: - providing an acquired MRI-Dataset comprising measurements of the heart over a predefined measuring-time period, - providing a trained deep learning network comprising an input layer, an output layer and a number of hidden layers (CR, MP) between input layer and output layer, the layers processing input data entered into the input layer, wherein the deep learning network is designed and trained to output a probability or some other label of a certain cardiac phase at a certain time in the entered input data, - creating the input data based on and/or calculated from the acquired MRI-dataset and entering the input data into the input layer of the deep learning network, - outputting the results of the trained deep learning network, characterized in that the input data comprise a continuous temporal window of a one-dimensional Superior-Inferior projection and that the results comprise probabilities or other label for different classes of a cardiac cycle for every one-dimensional Superior-Inferior projection within the continuous temporal window. - providing an acquired MRI-Dataset comprising measurements of the heart over a predefined measuring-time period, - providing a trained deep learning network comprising an input layer, an output layer and a number of hidden layers (CR, MP) between input layer and output layer, the layers processing input data entered into the input layer, wherein the deep learning network is designed and trained to output a probability or some other label of a certain cardiac phase at a certain time in the entered input data, - creating the input data based on and/or calculated from the acquired MRI-dataset and entering the input data into the input layer of the deep learning network, - outputting the results of the trained deep learning network,
Multicarrier data transmission method, in which data transmission signals are transmitted between at least two subscriber pairs using a power supply system that comprises high-current supply lines, wherein the subscribers of the subscriber pairs are coupled to the power supply system at system nodes and the physical data transmission signals are transmitted via the high-current supply lines or their screens, characterized in that the data transmission is effected using modulated multicarrier symbols at the symbol clock rate, wherein the symbol frames of all subscribers are synchronized in the power supply system and then multiple data communications take place in the power supply system at the same time, wherein the power supply system is split into subsystems and each subscriber is assigned to a subsystem, and data communication can take place in each subsystem between two respective subscribers of the subsystem independently of whether data traffic takes place in the other subsystems at the same time, wherein at least one subscriber of a subsystem forwards received multicarrier symbols to other subscribers in the same subsystem and/or to other subscribers in other subsystems.
A glazing unit comprising a glass substrate comprising a mineral glass sheet, said glass substrate comprising a through opening, characterized in that a reinforcing piece is bonded onto a main face of said glass substrate by means of a bonding track surrounding said opening, said bonding track being bonded onto the said main face by means of an adhesive having a thickness in the range from 0.1 to 5 mm.
A controller module for an applicator head for dispensing a fluid, comprising: - a signal input terminal, - a signal output terminal, - a voltage monitoring device, and - characterized by a processor and/or a logic controller for executing a method comprising the steps of: - supplying a primary discharge signal for controlling the applicator head, - analysing only the primary discharge signal for a recurrent pattern, - transforming the primary discharge signal into a secondary discharge signal when a recurrent pattern has been detected, and - supplying the secondary discharge signal to the applicator head, wherein the secondary discharge signal has a plurality of successive, spaced-apart signal portions (B, C, E) which are each determined as part of the length of the primary signal, preferably as a percentual part, and whose total length is less than the length of the primary signal; wherein the processor and/or logic controller is configured to monitor a primary discharge signal fed in the form of a voltage signal to the signal input terminal. - a signal input terminal, - a signal output terminal, - a voltage monitoring device, and - characterized by a processor and/or a logic controller for executing a method comprising the steps of: - supplying a primary discharge signal for controlling the applicator head, - analysing only the primary discharge signal for a recurrent pattern, - transforming the primary discharge signal into a secondary discharge signal when a recurrent pattern has been detected, and - supplying the secondary discharge signal to the applicator head, - supplying a primary discharge signal for controlling the applicator head, - analysing only the primary discharge signal for a recurrent pattern, - transforming the primary discharge signal into a secondary discharge signal when a recurrent pattern has been detected, and - supplying the secondary discharge signal to the applicator head,
An apparatus, comprising: a tubular spectrometer body having an electrically conductive inner wall; a rod positioned along the longitudinal center of said tubular spectrometer body; and one or more ring electrodes (1, 2, 3, 4) positioned on, but electrically isolated from, said inner wall, wherein the ratio of the radius of said tubular spectrometer body to the radius of said rod is at least 20. a tubular spectrometer body having an electrically conductive inner wall; a rod positioned along the longitudinal center of said tubular spectrometer body; and one or more ring electrodes (1, 2, 3, 4) positioned on, but electrically isolated from, said inner wall, wherein the ratio of the radius of said tubular spectrometer body to the radius of said rod is at least 20.