mhurhangee/ep-ind-claims huggingface dataset:
A facial recognition method, comprising: acquiring a face image by a mobile terminal; extracting face feature information from the face image and matching the face feature information with a predetermined face feature template by a central processing unit of the mobile terminal; performing liveness detection according to the face image by a graphics processing unit of the mobile terminal, when the central processing unit extracts the face feature information from the face image and matches the face feature information with the predetermined face feature template; wherein the liveness detection comprises blink detection and depth of field detection, and performing the liveness detection according to the face image comprises: performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed. acquiring a face image by a mobile terminal; extracting face feature information from the face image and matching the face feature information with a predetermined face feature template by a central processing unit of the mobile terminal; performing liveness detection according to the face image by a graphics processing unit of the mobile terminal, when the central processing unit extracts the face feature information from the face image and matches the face feature information with the predetermined face feature template; wherein the liveness detection comprises blink detection and depth of field detection, and performing the liveness detection according to the face image comprises: performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed. performing the blink detection and the depth of field detection in parallel; wherein the blink detection and the matching of face feature information are performed within a time period during which the depth of field detection is performed.
Transdermal therapeutic system comprising an active analgesic ingredient, an agent which makes this active ingredient useless, and a means whose effect is that when the TTS is removed from the skin of the patient, active ingredient and uselessness agent come into contact with one another and the active ingredient is destroyed as a result of this contact, characterized in that the system is constructed from the following successive layers: a) a removable release liner, b) a matrix comprising the active ingredient and consisting of one or more layers, c) a layer of absorbent material, d) a pouch comprising aqueous potassium permanganate solution as the agent which makes the active ingredient useless, e) a plastic star as the said means, f) an active ingredient-free layer of pressure-sensitive adhesive. a) a removable release liner, b) a matrix comprising the active ingredient and consisting of one or more layers, c) a layer of absorbent material, d) a pouch comprising aqueous potassium permanganate solution as the agent which makes the active ingredient useless, e) a plastic star as the said means, f) an active ingredient-free layer of pressure-sensitive adhesive.
A capillary, for use in a droplet generator of a lithographic system, comprising: - a main portion having an elongated tube-like shape with a first end and a second end, the main portion having an outer cylindrical wall having a first outer diameter and an inner cylindrical wall that defines a first aperture with a first inner diameter; and - an end portion positioned on the second end, the end portion having an outer wall that defines a diameter that is larger than the first outer diameter, the end portion having a second aperture with a second inner diameter (ID2') that tapers toward a third inner diameter (ID2") where the second aperture joins the first aperture, thus allowing the smaller inner diameter to join with the inner diameter of the first aperture, where the second inner diameter (ID2') is greater than both the third inner diameter (ID2") and the first inner diameter and wherein the capillary is formed in a unitary manner, the capillary is characterized in that the third inner diameter (ID2") is greater than the first inner diameter. - a main portion having an elongated tube-like shape with a first end and a second end, the main portion having an outer cylindrical wall having a first outer diameter and an inner cylindrical wall that defines a first aperture with a first inner diameter; and - an end portion positioned on the second end, the end portion having an outer wall that defines a diameter that is larger than the first outer diameter, the end portion having a second aperture with a second inner diameter (ID2') that tapers toward a third inner diameter (ID2") where the second aperture joins the first aperture, thus allowing the smaller inner diameter to join with the inner diameter of the first aperture, where the second inner diameter (ID2') is greater than both the third inner diameter (ID2") and the first inner diameter and wherein the capillary is formed in a unitary manner,
Particle accelerator (10, 100, 102, 104, 106), in particular an electron accelerator, for creation of a bunched particle beam, comprising an HF source and a directional coupler for splitting an HF power of the HF source on an HF side into at least a first and a second HF power coupler (26a, 26b) of a cavity side for coupling HF power into at least one accelerator cavity, characterised in that a non-reciprocal phase shifter (22, 30) is inserted on the cavity side between the directional coupler and the second HF power coupler, and an HF load is connected on the HF side to the directional coupler, where the non-reciprocal phase shifter (22, 30) is configured to pass a reflected HF wave of the second HF power coupler with phase delay in the direction of the directional coupler in such a way that a destructive interference of the reflected HF waves of the first and second power couplers (26a, 26b) occurs in the directional coupler in the direction of the HF source on the HF side.
A system for pressure-assisted irreversible electroporation of tissue cells comprising: an electric pulse generator operative to apply electrical pulses to one or more electrodes placed near tissue cells to be treated; and a pressure source operative to apply non-heating pressure pulses to said tissue cells; and a controller in communication with said generator and said pressure source, which is operative to create a combination of electrical pulses through said one or more electrodes and pressure pulses from said pressure source such that the combination is sufficient to induce irreversible electroporation of said tissue cells, and characterised in that said electrical pulses without said pressure pulses are insufficient to induce irreversible electroporation of said tissue cells, and wherein the pressure waves are focused according to the shape of the treated tissue, the focal volume including spherical, ellipsoidal-like or generally elongated shapes. an electric pulse generator operative to apply electrical pulses to one or more electrodes placed near tissue cells to be treated; and a pressure source operative to apply non-heating pressure pulses to said tissue cells; and a controller in communication with said generator and said pressure source, which is operative to create a combination of electrical pulses through said one or more electrodes and pressure pulses from said pressure source such that the combination is sufficient to induce irreversible electroporation of said tissue cells, and characterised in that said electrical pulses without said pressure pulses are insufficient to induce irreversible electroporation of said tissue cells, and wherein the pressure waves are focused according to the shape of the treated tissue, the focal volume including spherical, ellipsoidal-like or generally elongated shapes.
Fitout article or article of equipment for a kitchen or laboratory, comprising a display device and a separation element, wherein the separation element separates, at least in certain areas, an internal region of the article from an external region, wherein the display device is disposed in the internal region of the article in such a way that light emitted by the display device passes through a portion of the separation element and is perceivable by a user in the external region of the article, wherein the separation element comprises a glass substrate or a glass ceramic substrate with a coefficient of thermal expansion CTE of -6×10 -6 /K to 6×10 -6 /K in the temperature range of between 20°C and 300°C, wherein a covering means is disposed on the side of the separation element facing the internal region of the article, wherein the covering means has a light transmittance of no more than 7% and, at least in the region of the display device, comprises at least one cutout which overlaps with the glass substrate or glass ceramic substrate, wherein the separation element has a light transmittance of at least 5% and most 70% in the region of the cutout, wherein the covering means has a colour point in the CIELAB colour space with coordinates L* from 20 to 40, a* from -6 to 6 and b* from -6 to 6, measured in reflection with D65 standard illuminant light against a black trap in transmitted view through the glass substrate or glass ceramic substrate, wherein the colour point of D65 standard illuminant light after the passage through the glass substrate or glass ceramic substrate of the separation element in the region of the cutout of the covering means lies within a white region W1, determined in the chromaticity diagram CIExyY-2° by the following coordinates: White region W1 x y 0.27 0.21 0.22 0.25 0.32 0.37 0.45 0.45 0.47 0.34 0.36 0.29
An information processing device comprising: a MPD acquisition unit configured to acquire a media presentation description according to MPEG-DASH; the media presentation description including partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; the media presentation description comprising metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the image information, wherein the partial image information regarding the plurality of partial images is stored in mutually different adaptation sets of the media presentation description and the bit streams of the plurality of partial images are assigned to the mutually different adaptation sets; the information processing device comprising: a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit. a MPD acquisition unit configured to acquire a media presentation description according to MPEG-DASH; the media presentation description including partial image information which is information regarding each partial image which is a part of an entire image and includes group identification information identifying a group which is a group to which the partial images belong and which is a group of the partial images displayable as one image; the media presentation description comprising metadata to be used for supply of a bit stream of the entire image and supply of a bit stream of the partial image using the image information, wherein the partial image information regarding the plurality of partial images is stored in mutually different adaptation sets of the media presentation description and the bit streams of the plurality of partial images are assigned to the mutually different adaptation sets; the information processing device comprising: a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit. a selection unit configured to select a bit stream of a desired partial image using the partial image information; and a bit stream acquisition unit configured to acquire the bit stream selected by the selection unit.
A moisture detection system comprising: a flexible substrate; an electrical conductor disposed on the substrate; means for stimulating the electrical conductor with an oscillator signal; and a resonator circuit coupled to the electrical conductor and responsive to the oscillator signal and the electrical conductor for detecting changes in a resonant frequency of the electrical conductor in response to changes in an amount of moisture disposed adjacent the electrical conductor; wherein the resonator circuit includes: a tank circuit having a capacitor and an inductor connected in parallel between the electrical conductor and a reference voltage; and a resistor connected between an oscillator and an electrical conductor side of the tank circuit. a flexible substrate; an electrical conductor disposed on the substrate; means for stimulating the electrical conductor with an oscillator signal; and a resonator circuit coupled to the electrical conductor and responsive to the oscillator signal and the electrical conductor for detecting changes in a resonant frequency of the electrical conductor in response to changes in an amount of moisture disposed adjacent the electrical conductor; wherein the resonator circuit includes: a tank circuit having a capacitor and an inductor connected in parallel between the electrical conductor and a reference voltage; and a resistor connected between an oscillator and an electrical conductor side of the tank circuit. a tank circuit having a capacitor and an inductor connected in parallel between the electrical conductor and a reference voltage; and a resistor connected between an oscillator and an electrical conductor side of the tank circuit.
Multi-component garment comprising: - a first outer component for providing protection from wind and rain and for ensuring heat regulation of the body, provided with first fixing means (13, 23); - a second inner component for providing protection against knocks and/or falls, provided with second fixing means (15, 16, 17, 18), and - a third, inner, thermal insulation component provided with third fixing means (20, 29); wherein the first fixing means (13, 23), the second fixing means (15, 16, 17, 18) and the third fixing means (20, 29) are designed to cooperate with each other so as to allow the selective mutual fixing of at least the first outer component and the second inner component, the first outer component and the third inner component, and the first outer component, the second inner component and the third inner component to each other; the multi-component garment being characterized in that the second inner component is provided with seats (24, 25) which are designed to house removably protective padding elements and/or semi-rigid protection elements. - a first outer component for providing protection from wind and rain and for ensuring heat regulation of the body, provided with first fixing means (13, 23); - a second inner component for providing protection against knocks and/or falls, provided with second fixing means (15, 16, 17, 18), and - a third, inner, thermal insulation component provided with third fixing means (20, 29);
Dispensing device, comprising: - a cap comprising an insertion orifice, - a stopper, the cap and the stopper being arranged so that the stopper is mounted in the cap by insertion-mounting in the cap from the side of the insertion orifice, the device comprising a deformable chamber an inner volume of which is arranged to contain a fluid, said chamber being provided with an inlet such that the device is arranged to convey a fluid along a fluid flow path from the inlet then through the chamber then to an outlet, the device comprising moreover at least one reservoir film, extending towards the outside of the cap so as to form a fluid reservoir in communication with the deformable chamber via the inlet the at least one reservoir film being held by the stopper, said device comprising a part called pressing part arranged to be movable so as to alter the inner volume of the chamber, characterized in that the at least one reservoir film is held by clamping by a force exerted by the stopper on the cap. - a cap comprising an insertion orifice, - a stopper, the cap and the stopper being arranged so that the stopper is mounted in the cap by insertion-mounting in the cap from the side of the insertion orifice, the device comprising a deformable chamber an inner volume of which is arranged to contain a fluid, said chamber being provided with an inlet such that the device is arranged to convey a fluid along a fluid flow path from the inlet then through the chamber then to an outlet, the device comprising moreover at least one reservoir film, extending towards the outside of the cap so as to form a fluid reservoir in communication with the deformable chamber via the inlet the at least one reservoir film being held by the stopper, said device comprising a part called pressing part arranged to be movable so as to alter the inner volume of the chamber, characterized in that the at least one reservoir film is held by clamping by a force exerted by the stopper on the cap.
A radio wave reflection device for relaying, by reflection, radio communications between a first antenna device and a second antenna device distant from each other, comprising: a mounting unit that securely mounts the radio wave reflection device on a stable installation place; a reflector unit that holds a first reflector and a second reflector; and a joint unit that connects the reflector unit and the mounting unit, wherein the first reflector and the second reflector are respectively held at a specified tilt angle with respect to support shafts (330, 340), have reflective surfaces facing each other, are coaxial with each other, and at least one of the first reflector and the second reflector is rotatable about the support shaft (330, 340), the first reflector is configured to reflect radio waves emitted from the first antenna device, the second reflector is configured to receive the reflected radio waves and reflect the received radio waves toward the second antenna device, and the joint unit has rotational freedom along two axes orthogonal to each other. a mounting unit that securely mounts the radio wave reflection device on a stable installation place; a reflector unit that holds a first reflector and a second reflector; and a joint unit that connects the reflector unit and the mounting unit, wherein the first reflector and the second reflector are respectively held at a specified tilt angle with respect to support shafts (330, 340), have reflective surfaces facing each other, are coaxial with each other, and at least one of the first reflector and the second reflector is rotatable about the support shaft (330, 340), the first reflector is configured to reflect radio waves emitted from the first antenna device, the second reflector is configured to receive the reflected radio waves and reflect the received radio waves toward the second antenna device, and the joint unit has rotational freedom along two axes orthogonal to each other.
A method for producing metal fibers, namely tempered or untempered steel fibers from strip-shaped flat material, the metal fibers having a rectangular cross section and at least one of the respectively wider fiber side faces being provided with at least one V-shaped anchor notch extending in the longitudinal direction of the fibers, a metal strip being provided with fracture notches in the longitudinal direction in order to form the metal fibers, whereby separating webs are formed at the notch base thereof, which form low-burr and fracture-rough separating surfaces during later separation, characterized in that a material adapted relative to the strength required for the metal fiber in its later use is initially used as the metal strip, the metal strip in the form of a coil being fed to a straightening and transport unit by a driven and controlled uncoiler in a first production line, which straightening and transport unit is provided with an overrunning clutch enabling freewheeling and has a downstream crop shear, which forms at least the beginning of the strip, whereupon the metal strip is fed to a profiling roll, which consists of an upper roll and a lower roll and is in the form of a rolling tool, for introducing the anchor notches and the fracture notches, and in that the metal strip is finally rewound as a coil by a coiling device or fed further in the corresponding production line.
A method for adding an electronic mail attachment, comprising: executing, by a file operation apparatus, an operation on a file; obtaining, by the file operation apparatus, a mail editing task list, wherein the mail editing task list comprises at least one mail editing task, and the mail editing task comprises information used for locating a mail editing window corresponding to the mail editing task; determining, by the file operation apparatus, at least one mail editing task; and sending, by the file operation apparatus, an attachment adding instruction to a mail editing apparatus that generates the mail editing task, wherein the attachment adding instruction comprises information used for locating a mail editing window corresponding to the mail editing task, and the file or an obtaining address of the file, so as to instruct the mail editing apparatus to add the file to a mail that is edited in the mail editing window corresponding to the mail editing task, or add the obtaining address of the file to the mail, so that a mail sending server for sending the mail or a mail receiving server for receiving the mail obtains the file according to the obtaining address and adds the file to the mail. executing, by a file operation apparatus, an operation on a file; obtaining, by the file operation apparatus, a mail editing task list, wherein the mail editing task list comprises at least one mail editing task, and the mail editing task comprises information used for locating a mail editing window corresponding to the mail editing task; determining, by the file operation apparatus, at least one mail editing task; and sending, by the file operation apparatus, an attachment adding instruction to a mail editing apparatus that generates the mail editing task, wherein the attachment adding instruction comprises information used for locating a mail editing window corresponding to the mail editing task, and the file or an obtaining address of the file, so as to instruct the mail editing apparatus to add the file to a mail that is edited in the mail editing window corresponding to the mail editing task, or add the obtaining address of the file to the mail, so that a mail sending server for sending the mail or a mail receiving server for receiving the mail obtains the file according to the obtaining address and adds the file to the mail.
A bilayer for an electrochromic device comprising a layer with variable infrared reflection of an electrochromic material with variable infrared reflection at a variable proton intercalation rate x, said electrochrome material with variable infrared reflection being chosen from among crystallized tungsten oxide H x WO 3 -c where x is comprised between 0 and 1, and hydrated crystallized tungsten oxide H x WO 3.nH 2 O-c where x is comprised between 0 and 1 and n is an integer of 1 to 2, said bilayer being characterized in that it comprises a layer of a non-electrochromic, sub-stoichiometric tungsten oxide WO 3-y, where y is comprised between 0.2 and 1, optically absorbent in the infrared, electron-conducting, porous, and forming an electrode; said tungsten oxide layer WO 3-y being arranged underneath said layer with variable infrared reflection.