mhurhangee/ep-ind-claims huggingface dataset:
A fuel cell system comprising: an air supply line configured to supply air to a fuel cell stack; a discharge line connected to the fuel cell stack and configured to guide an exhaust gas discharged from the fuel cell stack; a discharge adapter connected to the discharge line and configured to discharge the exhaust gas to the outside of the fuel cell system; and a bypass line having one end connected to the air supply line and the other end connected to the discharge adapter, the bypass line being configured to selectively allow the air to flow from the air supply line to the discharge adapter, wherein the discharge adapter comprises: an adapter body having a discharge flow path communicating with the discharge line; an air inlet port provided in the adapter body and connected to the bypass line; characterized by an adapter guide disposed on the adapter body and configured to define an air injection flow path separated from the discharge flow path and communicating with the air inlet port. an air supply line configured to supply air to a fuel cell stack; a discharge line connected to the fuel cell stack and configured to guide an exhaust gas discharged from the fuel cell stack; a discharge adapter connected to the discharge line and configured to discharge the exhaust gas to the outside of the fuel cell system; and a bypass line having one end connected to the air supply line and the other end connected to the discharge adapter, the bypass line being configured to selectively allow the air to flow from the air supply line to the discharge adapter, an adapter body having a discharge flow path communicating with the discharge line; an air inlet port provided in the adapter body and connected to the bypass line; characterized by an adapter guide disposed on the adapter body and configured to define an air injection flow path separated from the discharge flow path and communicating with the air inlet port.
Build-in reservoir for an installation for flush water supply, such as for instance a flush basin or toilet bowl, which reservoir comprises: - a container for flush water arranged in the frame with a water inlet and a water outlet; - a flushing mechanism for closing the water outlet and allowing the reservoir to empty via the water outlet as desired; - an inspection opening arranged close to the top side of the reservoir, characterized in that the built-in reservoir further comprising a frame (21, 22, 23, 24, 25), in that the inspection opening is arranged partially in a side surface of the reservoir and partially in the upper surface of the reservoir, wherein the two parts of the inspection opening are mutually adjacent and in that an operating means for operating the flushing mechanism is arranged outside the inspection opening. - a container for flush water arranged in the frame with a water inlet and a water outlet; - a flushing mechanism for closing the water outlet and allowing the reservoir to empty via the water outlet as desired; - an inspection opening arranged close to the top side of the reservoir, characterized in that the built-in reservoir further comprising a frame (21, 22, 23, 24, 25), in that the inspection opening is arranged partially in a side surface of the reservoir and partially in the upper surface of the reservoir, wherein the two parts of the inspection opening are mutually adjacent and in that an operating means for operating the flushing mechanism is arranged outside the inspection opening.
A low-latency overlay system comprising: a touch path logic configured to: receive a plurality of touch events from a touch sensor panel coupled to a display; receive a parameter from an application processor; compute an estimated touch path in accordance with the touch events and the parameter; and generate a mask data in accordance with the estimated touch path, the mask data comprising a matrix of numerical values; and a rendering logic configured to: receive a video image from the application processor, receive the mask data; combine the video image with overlay data in accordance with the mask data to generate a combined display image; and output the combined display image to the display; wherein the parameter controls a location of a mask region or controls a width, a style, or a shape of the estimated touch path; and wherein each of the numerical values identifies an operation of the rendering logic to generate the combined display image, and positions of the numerical values within the matrix correspond to positions of pixels in the combined display image. a touch path logic configured to: receive a plurality of touch events from a touch sensor panel coupled to a display; receive a parameter from an application processor; compute an estimated touch path in accordance with the touch events and the parameter; and generate a mask data in accordance with the estimated touch path, the mask data comprising a matrix of numerical values; and receive a plurality of touch events from a touch sensor panel coupled to a display; receive a parameter from an application processor; compute an estimated touch path in accordance with the touch events and the parameter; and generate a mask data in accordance with the estimated touch path, the mask data comprising a matrix of numerical values; and a rendering logic configured to: receive a video image from the application processor, receive the mask data; combine the video image with overlay data in accordance with the mask data to generate a combined display image; and output the combined display image to the display; wherein the parameter controls a location of a mask region or controls a width, a style, or a shape of the estimated touch path; and wherein each of the numerical values identifies an operation of the rendering logic to generate the combined display image, and positions of the numerical values within the matrix correspond to positions of pixels in the combined display image. receive a video image from the application processor, receive the mask data; combine the video image with overlay data in accordance with the mask data to generate a combined display image; and output the combined display image to the display; wherein the parameter controls a location of a mask region or controls a width, a style, or a shape of the estimated touch path; and wherein each of the numerical values identifies an operation of the rendering logic to generate the combined display image, and positions of the numerical values within the matrix correspond to positions of pixels in the combined display image.
A nonwoven web for an absorbent article, the nonwoven web comprising: a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions, and wherein the plurality of second regions comprise 10 to 100 irregular varying regions varying in shape and/or area, according to the Pattern Analysis Test detailed herein; wherein the one or more first regions comprise a plurality of substantially linear segments; and wherein the plurality of second regions comprising the 10 to 100 irregular varying regions are free of the plurality of substantially linear segments. a first surface; a second surface; and a repeat unit comprising: a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions, and wherein the plurality of second regions comprise 10 to 100 irregular varying regions varying in shape and/or area, according to the Pattern Analysis Test detailed herein; wherein the one or more first regions comprise a plurality of substantially linear segments; and wherein the plurality of second regions comprising the 10 to 100 irregular varying regions are free of the plurality of substantially linear segments. a visually discernible pattern of three-dimensional features on the first surface or the second surface, wherein the three-dimensional features comprise one or more first regions and a plurality of second regions, and wherein the plurality of second regions comprise 10 to 100 irregular varying regions varying in shape and/or area, according to the Pattern Analysis Test detailed herein; wherein the one or more first regions comprise a plurality of substantially linear segments; and wherein the plurality of second regions comprising the 10 to 100 irregular varying regions are free of the plurality of substantially linear segments.
A supporting member usable with an image forming apparatus for forming an image on a recording material, the image forming apparatus including a plurality of developing device coupling members and a door for opening and closing a main assembly opening of a main assembly of the apparatus, said supporting member being movable through the main assembly opening between (i) an inside position in which said supporting member is inside the main assembly and (ii) an outside position in which said supporting member is outside the main assembly, said supporting member comprising: a plurality of photosensitive drums; a mounting portion for dismountably mounting a plurality of developing cartridges, each of the plurality of developing cartridges including a developing roller configured for contact with one of said plurality of photosensitive drums to develop an electrostatic latent image formed on said photosensitive drum and a coupling member for transmitting a driving force for rotating the developing roller; and characterized by further comprising: a contacting and spacing member movably provided in said supporting member, said contacting and spacing member being movable between (i) a first position for contacting the developing roller to said photosensitive drum and (ii) a second position for spacing the developing roller from said photosensitive drum, wherein when the contacting and spacing member is in the second position, the contacting and spacing member carries the developing cartridge. a plurality of photosensitive drums; a mounting portion for dismountably mounting a plurality of developing cartridges, each of the plurality of developing cartridges including a developing roller configured for contact with one of said plurality of photosensitive drums to develop an electrostatic latent image formed on said photosensitive drum and a coupling member for transmitting a driving force for rotating the developing roller; and characterized by further comprising: a contacting and spacing member movably provided in said supporting member, said contacting and spacing member being movable between (i) a first position for contacting the developing roller to said photosensitive drum and (ii) a second position for spacing the developing roller from said photosensitive drum, wherein when the contacting and spacing member is in the second position, the contacting and spacing member carries the developing cartridge. a contacting and spacing member movably provided in said supporting member, said contacting and spacing member being movable between (i) a first position for contacting the developing roller to said photosensitive drum and (ii) a second position for spacing the developing roller from said photosensitive drum, wherein when the contacting and spacing member is in the second position, the contacting and spacing member carries the developing cartridge.
A resolver comprising a stator for detecting a rotational location of a rotor that rotates in an inner center, wherein the stator comprises: a stator core having a cylindrical shape; an excitation winding pattern, a sine output winding pattern, and a cosine output winding pattern which are stacked to each other, wherein the excitation winding pattern is defined by a plurality of excitation windings attached to an inner surface of the stator core at a specific interval in a circumferential direction and each forming a concentration winding; the sine output winding pattern is defined by a plurality of sine output windings provided in the circumferential direction in such a way as to be stacked and each forming a distribution winding; and the cosine output winding pattern is defined by a plurality of cosine output windings provided in the circumferential direction in such a way as to be stacked, the sine output windings and the cosine output windings being alternately attached such that the sine output windings and the cosine output windings have the same distribution winding. a stator core having a cylindrical shape; an excitation winding pattern, a sine output winding pattern, and a cosine output winding pattern which are stacked to each other, wherein the excitation winding pattern is defined by a plurality of excitation windings attached to an inner surface of the stator core at a specific interval in a circumferential direction and each forming a concentration winding; the sine output winding pattern is defined by a plurality of sine output windings provided in the circumferential direction in such a way as to be stacked and each forming a distribution winding; and the cosine output winding pattern is defined by a plurality of cosine output windings provided in the circumferential direction in such a way as to be stacked, the sine output windings and the cosine output windings being alternately attached such that the sine output windings and the cosine output windings have the same distribution winding.
Flowmeter having a measurement channel which can be attached to a pipe through which a fluid flows and on which a measurement unit is held which has at least two ultrasonic sensors (28, 30) which are spaced apart from each other, wherein the coupling of the measurement signals into or respectively out of the fluid is performed via a measuring beam or via a coupling element (32, 34) which accommodates the sensor or sensors (28, 30), wherein the measurement channel has a cross-section profile which has a larger clear width approximately in the emitter and receiver direction of the sensors (28, 30) than transverse to it, wherein the measurement channel has an approximately oval shape with a vertical axis (h) and a horizontal axis (q), wherein the vertical axis (h) is longer than the horizontal axis (q), and wherein side walls (44, 46) extending in the direction of the vertical axis (h) are curved out and form the oval shape with horizontal walls (40, 42) which are approximately flat or slightly curved out and extend approximately in the direction of a horizontal axis, or the measurement channel is tapered in a trapezoidal shape to a region opposite the sensors (28, 30); characterized in that a reflector is arranged in the horizontal wall of the measurement channel remote from the sensors (28, 30), said reflector being inserted flush into a pocket of the horizontal wall of the measurement channel.
A particulate superabsorbent copolymer comprising a reaction product of a first monomer and a reactive optical brightener comonomer wherein the particulate superabsorbent copolymer is surface crosslinked by the addition of a surface crosslinking agent and heat-treatment and wherein the reactive optical brightener comonomer comprises a pyrene derivative.
Method for applying a corrosion-resistant coating to a guide roll for guiding wires, fabrics or felts in a machine for producing a cellulose-containing fibrous web such as a paper, board or nonwoven web, wherein the method comprises the following steps: - providing an apparatus for thermal spray coating, - providing a stainless steel material, - coating at least part of the surface of the guide roll by applying the stainless steel material by using the apparatus for thermal spray coating, - sealing the applied coating with a polymer material, wherein the polymer material comprises an epoxy resin. - providing an apparatus for thermal spray coating, - providing a stainless steel material, - coating at least part of the surface of the guide roll by applying the stainless steel material by using the apparatus for thermal spray coating, - sealing the applied coating with a polymer material, wherein the polymer material comprises an epoxy resin.
A method for treating tritium water-containing raw water by which tritium water-containing raw water is treated by a first alkali water electrolysis step comprising the steps of: supplying a part of raw water containing tritium water and alkali water to a circulation tank; mixing the raw water with the alkali water in the circulation tank to obtain an electrolyte adjusted so as to have a desired alkali concentration, supplying the electrolyte to an alkali water electrolysis device, and performing electrolysis treatment; supplying the raw water continuously to the circulation tank in an amount which corresponds to raw water lost by the above electrolysis treatment to maintain alkali concentration at an adjusted initial concentration, and continuing the electrolysis treatment while circulating the electrolyte in order to continuously perform the alkali water electrolysis treatment; gasifying the raw water to tritium-containing hydrogen gas and oxygen gas so that tritium concentration is diluted to 1/1,244 relative to tritium concentration in the raw water; and reducing the volume of the raw water. supplying a part of raw water containing tritium water and alkali water to a circulation tank; mixing the raw water with the alkali water in the circulation tank to obtain an electrolyte adjusted so as to have a desired alkali concentration, supplying the electrolyte to an alkali water electrolysis device, and performing electrolysis treatment; supplying the raw water continuously to the circulation tank in an amount which corresponds to raw water lost by the above electrolysis treatment to maintain alkali concentration at an adjusted initial concentration, and continuing the electrolysis treatment while circulating the electrolyte in order to continuously perform the alkali water electrolysis treatment; gasifying the raw water to tritium-containing hydrogen gas and oxygen gas so that tritium concentration is diluted to 1/1,244 relative to tritium concentration in the raw water; and reducing the volume of the raw water.
A method for determining the epitope of an anti-drug antibody, which is specifically binding to a therapeutic antibody specifically binding to a therapeutic target, comprising the following steps: a) separately incubating aliquots of a sample, which comprises the anti-drug antibody, with i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, and detecting the binding or non-binding of the anti-drug antibody to the at least a Fab fragment in any of i) to ii), and b) determining the epitope of the anti-drug antibody to be - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii). a) separately incubating aliquots of a sample, which comprises the anti-drug antibody, with i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, and detecting the binding or non-binding of the anti-drug antibody to the at least a Fab fragment in any of i) to ii), and i) at least a Fab fragment of the therapeutic antibody, and ii) at least a Fab fragment of the therapeutic antibody in which all hypervariable regions (HVRs) of the paratope to the therapeutic target have been replaced with germline or non-binding HVRs, b) determining the epitope of the anti-drug antibody to be - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii). - in the paratope to the therapeutic target if binding is detected in i) and non-binding is detected in ii).
A method of manufacturing a magnetoresistive device, comprising: forming a first ferromagnetic region; forming an intermediate region on or above the first ferromagnetic region, wherein the intermediate region is formed of a dielectric material comprising at least two different metal oxides; and forming a second ferromagnetic region on or above the intermediate region wherein forming the intermediate region includes (a) depositing a first oxidizable metal on or above the first ferromagnetic region to form a first layer, (b) oxidizing the first layer to form an at least partially oxidized first layer, (c) depositing the first oxidizable metal on or above the at least partially oxidized first layer to form a second layer, (d) oxidizing the second layer to form an at least partially oxidized second layer, (e) depositing the first oxidizable metal on or above the at least partially oxidized second layer to form a third layer, (f) oxidizing the third layer to form an at least partially oxidized third layer, and (g) depositing a second oxidizable metal on at least one of: (i) the at least partially oxidized first layer prior to step (c); (ii) the at least partially oxidized second layer prior to step (e); and (iii) the at least partially oxidized third layer. forming a first ferromagnetic region; forming an intermediate region on or above the first ferromagnetic region, wherein the intermediate region is formed of a dielectric material comprising at least two different metal oxides; and forming a second ferromagnetic region on or above the intermediate region wherein forming the intermediate region includes (a) depositing a first oxidizable metal on or above the first ferromagnetic region to form a first layer, (b) oxidizing the first layer to form an at least partially oxidized first layer, (c) depositing the first oxidizable metal on or above the at least partially oxidized first layer to form a second layer, (d) oxidizing the second layer to form an at least partially oxidized second layer, (e) depositing the first oxidizable metal on or above the at least partially oxidized second layer to form a third layer, (f) oxidizing the third layer to form an at least partially oxidized third layer, and (g) depositing a second oxidizable metal on at least one of: (i) the at least partially oxidized first layer prior to step (c); (ii) the at least partially oxidized second layer prior to step (e); and (iii) the at least partially oxidized third layer. (i) the at least partially oxidized first layer prior to step (c); (ii) the at least partially oxidized second layer prior to step (e); and (iii) the at least partially oxidized third layer.
A laundry treating machine comprising a cabinet provided with a laundry loading opening for accessing a laundry treatment chamber and a loading door hinged to the cabinet for selectively closing or opening the laundry loading opening, the cabinet further comprising a swivelling door hinged to the cabinet and openable to allow access to an inner region of the laundry treating machine within the cabinet, whereby the swivelling door includes a closure mechanism to keep the swivelling door closed when the swivelling door is abutted against the cabinet, characterized in that the closure mechanism comprises a handle visible from the exterior of the cabinet when said laundry loading door is closed, said handle forming with the cabinet a gap located at a rim of said laundry loading opening, wherein access to the gap is hindered by said laundry loading door when the laundry loading door is closed so that insertion of a human finger in the gap to pull the handle is not permitted, and wherein a dimension of said gap allows a human finger insertion to pull the handle and open the swivelling door when the laundry loading door is open.