mhurhangee/ep-ind-claims huggingface dataset:
Beverage making device, comprising a housing having: a bottom portion and a front portion fixed to this bottom portion, adapted for accommodating space for a coffee pot, a top portion and a back portion which are rigidly connected each other, side portions of the housing, and a beverage producing unit in the said housing characterized in that the front portion has a pair of supporting elements on the horizontal portion of it, provided with slots, and the top portion is disposed with a pair of protrusions, extending downwardly, provided with sliding elements, wherein after mounting the top portion to the front portion, sliding elements slide along slots, and the said slot with the said sliding element form a movement supporting means for supporting movement of the top portion with respect to the front portion about a rotation axis, wherein the movement supporting means is placed outside the rotation axis of the said pivot motion. a bottom portion and a front portion fixed to this bottom portion, adapted for accommodating space for a coffee pot, a top portion and a back portion which are rigidly connected each other, side portions of the housing, and a beverage producing unit in the said housing characterized in that the front portion has a pair of supporting elements on the horizontal portion of it, provided with slots, and the top portion is disposed with a pair of protrusions, extending downwardly, provided with sliding elements, wherein after mounting the top portion to the front portion, sliding elements slide along slots, and the said slot with the said sliding element form a movement supporting means for supporting movement of the top portion with respect to the front portion about a rotation axis, wherein the movement supporting means is placed outside the rotation axis of the said pivot motion.
A passenger seat assembly comprising: a seat base; and a backrest connected to the seat base and comprising a frame, wherein the frame comprises a tubular frame component including an inner surface and an outer surface, the outer surface having a constant outer diameter and the inner surface having a variable inner diameter such that a first portion of the tubular frame component comprises a first wall thickness and a second portion of the tubular frame component comprises a second wall thickness that is different from the first wall thickness, characterized in that the tubular frame component further includes a transition portion having an increasing or a decreasing wall thickness, said transition portion being provided between the first portion and the second portion, the tubular frame component including a first end and a second end, between the first end and the second end, the tubular frame component including eight bent portions (206A-H) bending the tubular frame component at non-zero angles within a first plane, and six bent portions (206A-C; 206F-H) bending the tubular frame component at non-zero angles within a second plane. a seat base; and a backrest connected to the seat base and comprising a frame, wherein the frame comprises a tubular frame component including an inner surface and an outer surface, the outer surface having a constant outer diameter and the inner surface having a variable inner diameter such that a first portion of the tubular frame component comprises a first wall thickness and a second portion of the tubular frame component comprises a second wall thickness that is different from the first wall thickness, characterized in that the tubular frame component further includes a transition portion having an increasing or a decreasing wall thickness, said transition portion being provided between the first portion and the second portion, the tubular frame component including a first end and a second end, between the first end and the second end, the tubular frame component including eight bent portions (206A-H) bending the tubular frame component at non-zero angles within a first plane, and six bent portions (206A-C; 206F-H) bending the tubular frame component at non-zero angles within a second plane.
Locking system, especially for a drawer held at a pull-out guide, with at least two latch fittings that are coupled together by a movable furniture part, whereby each latch fitting has a switch curve in which a switching element is guided and a latch recess at a loop-like section of the switch curve for a switching element that is pre-tensioned by an energy accumulator, and the latch recess is at least partially movable in order to effect release of the switching element when force is applied onto the switching element in an opening direction, and when releasing one switching element of a latch fitting, the force of at least two energy accumulators of both latch fittings effects the release of the switching element of the other latch fitting.
A network discovery method, comprising: generating, by an access point, a physical layer frame, and setting indication information in a frame header part of the physical layer frame, wherein the indication information is used for indicating whether the physical layer frame carries a network discovery message applicable to network discovery (step 101, step 301, step 401); and sending, by the access point, the physical layer frame (step 102) to a terminal device, wherein the physical layer frame is used by the terminal device to parse the frame header part of the physical layer frame, and determine whether the physical layer frame carries the network discovery message according to the indication information (step 202, step 303, step 403). generating, by an access point, a physical layer frame, and setting indication information in a frame header part of the physical layer frame, wherein the indication information is used for indicating whether the physical layer frame carries a network discovery message applicable to network discovery (step 101, step 301, step 401); and sending, by the access point, the physical layer frame (step 102) to a terminal device, wherein the physical layer frame is used by the terminal device to parse the frame header part of the physical layer frame, and determine whether the physical layer frame carries the network discovery message according to the indication information (step 202, step 303, step 403).
A drug sustained-release medical contact lens comprising an amphiphilic hydrogel for retaining a water-soluble medicinal substance comprising a cationic functional group, wherein a sustained-release rate of the medicinal substance is less than or equal to 50 wt% 24 hours after a release of the medicinal substance begins, and the amphiphilic hydrogel is a copolymer obtained through copolymerization reaction of liquid monomer mixture comprising 5wt% to 15wt% of silicone-containing monomer and 5wt% to 15wt% of anionic monomer comprising a carboxyl group.
A probiotic composition comprising: a. Lactobacillus rhamnosus strain deposited under the Budapest treaty in the Spanish Type culture Collection (CECT) under accession number CECT 30031; and b. Arthrospira platensis (S. paraca) strain deposited in the Banco Español de Algas under accession number BEA_IDA_0074B. a. Lactobacillus rhamnosus strain deposited under the Budapest treaty in the Spanish Type culture Collection (CECT) under accession number CECT 30031; and b. Arthrospira platensis (S. paraca) strain deposited in the Banco Español de Algas under accession number BEA_IDA_0074B.
A magnetometer for measuring an unknown external magnetic field (B_E) using optically detected magnetic resonance (ODMR), comprising: a) a solid state material comprising an ensemble of paramagnetic defects, the paramagnetic defects being optically active, b) an optical cavity surrounding the solid state material, the optical cavity being optically excitable (Γ P) by an irradiation laser arranged therefor, c) a coupling structure being arranged for electromagnetic coupling to said solid state material, the coupling structure being arranged for substantially homogenous radio frequency and/or microwave excitation (Ω) of the paramagnetic defects, and d) a magnetic source providing a substantially constant, directional magnetic field (B_C) within the said solid state material, said constant directional magnetic field being sufficient to cause a Zeeman splitting of the energy levels in said paramagnetic defects, wherein a probing volume in the solid state material is defined by the spatially overlapping volume of: 1) the excitation of the paramagnetic defects by the irradiation laser, 2) the coupling structure configured to excite the same paramagnetic defects defined in step 1), and 3) the constant directional magnetic field (B_C) wherein the magnetometer is configured to measure the external magnetic field (B_E) by detecting emission from the paramagnetic defects in the probing volume by utilising the double excitation of the said excitation of the paramagnetic defects by the irradiation laser, and the said coupling structure exciting the same paramagnetic defects. a) a solid state material comprising an ensemble of paramagnetic defects, the paramagnetic defects being optically active, b) an optical cavity surrounding the solid state material, the optical cavity being optically excitable (Γ P) by an irradiation laser arranged therefor, c) a coupling structure being arranged for electromagnetic coupling to said solid state material, the coupling structure being arranged for substantially homogenous radio frequency and/or microwave excitation (Ω) of the paramagnetic defects, and d) a magnetic source providing a substantially constant, directional magnetic field (B_C) within the said solid state material, said constant directional magnetic field being sufficient to cause a Zeeman splitting of the energy levels in said paramagnetic defects, 1) the excitation of the paramagnetic defects by the irradiation laser, 2) the coupling structure configured to excite the same paramagnetic defects defined in step 1), and 3) the constant directional magnetic field (B_C)
A method comprising: obtaining a first image using a camera located at a given position outside a light detection and ranging (LIDAR) device, wherein the LIDAR device includes a transmit block and a receive block, wherein the transmit block includes one or more light sources, wherein the receive block includes one or more light detectors, and wherein the first image is indicative of light source positions of the one or more light sources; obtaining a second image using the camera located at the given position outside the LIDAR device, wherein the second image is indicative of detector positions of the one or more light detectors; determining at least one offset based on the light source positions indicated by the first image and the detector positions indicated by the second image; and based at least in part on the at least one offset, adjusting a relative position between the transmit block and the receive block in the LIDAR device; wherein obtaining the first image comprises: obtaining the first image while: (i) the one or more light sources are emitting light at a source wavelength, and (ii) a light filter is positioned within a field-of-view of the camera and interposed between the camera and the one or more light sources, wherein the light filter attenuates light within a wavelength range that includes the source wavelength. obtaining a first image using a camera located at a given position outside a light detection and ranging (LIDAR) device, wherein the LIDAR device includes a transmit block and a receive block, wherein the transmit block includes one or more light sources, wherein the receive block includes one or more light detectors, and wherein the first image is indicative of light source positions of the one or more light sources; obtaining a second image using the camera located at the given position outside the LIDAR device, wherein the second image is indicative of detector positions of the one or more light detectors; determining at least one offset based on the light source positions indicated by the first image and the detector positions indicated by the second image; and based at least in part on the at least one offset, adjusting a relative position between the transmit block and the receive block in the LIDAR device; wherein obtaining the first image comprises: obtaining the first image while: (i) the one or more light sources are emitting light at a source wavelength, and (ii) a light filter is positioned within a field-of-view of the camera and interposed between the camera and the one or more light sources, wherein the light filter attenuates light within a wavelength range that includes the source wavelength.
A gas turbine engine with a seal system comprising: a first seal that includes a first protrusion and a notch on an inner diameter sealing face and configured to avoid an adjacent seal plate radius edge; and a second seal that includes a second protrusion, wherein the first protrusion and the second protrusion at least partially overlap in an axial direction and a radial direction with respect to an engine centerline; wherein the second seal is notch-free with respect to the inner diameter sealing face at an axially forward end of the second seal; characterised in that: the second seal is located axially adjacent to and axially forward of the first seal, wherein the first seal and the second seal are configured to provide a radius that accommodates a minimization in terms of stress, and the first seal and the second seal are configured to provide a radial gap axially between the radii of the first seal and the second seal that accommodates a movement of the first seal and the second seal. a first seal that includes a first protrusion and a notch on an inner diameter sealing face and configured to avoid an adjacent seal plate radius edge; and a second seal that includes a second protrusion, wherein the first protrusion and the second protrusion at least partially overlap in an axial direction and a radial direction with respect to an engine centerline; wherein the second seal is notch-free with respect to the inner diameter sealing face at an axially forward end of the second seal; characterised in that: the second seal is located axially adjacent to and axially forward of the first seal, wherein the first seal and the second seal are configured to provide a radius that accommodates a minimization in terms of stress, and the first seal and the second seal are configured to provide a radial gap axially between the radii of the first seal and the second seal that accommodates a movement of the first seal and the second seal. the second seal is located axially adjacent to and axially forward of the first seal, wherein the first seal and the second seal are configured to provide a radius that accommodates a minimization in terms of stress, and the first seal and the second seal are configured to provide a radial gap axially between the radii of the first seal and the second seal that accommodates a movement of the first seal and the second seal.
A cylindrical AAA alkaline dry battery comprising: a positive terminal protruding from one end face of the alkaline dry battery; a negative terminal protruding from the other end face; and an external label covering the alkaline dry battery, wherein the diameter Dp (mm) and protruding height Hp (mm) of the positive terminal and the diameter Dn (mm) and protruding height Hn (mm) of the negative terminal satisfy the relation: 2.5 ≤ Dn − Dp ≤ 3.05, and the relation: 0.8 ≤ Hp − Hn ≤ 1.05 wherein the diameter Dp (mm) and protruding height Hp (mm) of the positive terminal and the diameter Dn (mm) and protruding height Hn (mm) of the negative terminal satisfy the relation: 2.5 ≤ Dn − Dp ≤ 3.05, and the relation: 0.8 ≤ Hp − Hn ≤ 1.05
A panel comprising: - a base layer; - a heat providing layer attached to said base layer, said heat being created by electric energy; - a covering layer attached to said heat providing layer; - first and second opposite longitudinal sides including first and second longitudinal panel coupling means, respectively, arranged for coupling said panel to adjacent panels (201, 202,..., 206); - first and second opposite end sides including first and second end panel coupling means, respectively, arranged for coupling said panel to adjacent panels (201,202,..., 206); characterized by - said first and second end panel coupling means including first and second end panel grooves, respectively, said first and second end panel grooves at least partly extending between said first and second opposite longitudinal sides, and - at least one electrical end connector arranged in one or more of said first and second end panel grooves of said first and second end panel coupling means, each of said at least one electrical end connector including first and second end portions and an at least partly resilient portion located between said first and second end portions, said at least partly resilient portion at least partly including an electrically conductive material and at least partly protruding from said one or more of said first and second end panel coupling means, thereby providing an electrical connection between said heat providing layer of said panel and a corresponding heat providing layer of at least one adjacent panel (201, 202) coupled to said panel. - a base layer; - a heat providing layer attached to said base layer, said heat being created by electric energy; - a covering layer attached to said heat providing layer; - first and second opposite longitudinal sides including first and second longitudinal panel coupling means, respectively, arranged for coupling said panel to adjacent panels (201, 202,..., 206); - first and second opposite end sides including first and second end panel coupling means, respectively, arranged for coupling said panel to adjacent panels (201,202,..., 206); characterized by - said first and second end panel coupling means including first and second end panel grooves, respectively, said first and second end panel grooves at least partly extending between said first and second opposite longitudinal sides, and - at least one electrical end connector arranged in one or more of said first and second end panel grooves of said first and second end panel coupling means, each of said at least one electrical end connector including first and second end portions and an at least partly resilient portion located between said first and second end portions, said at least partly resilient portion at least partly including an electrically conductive material and at least partly protruding from said one or more of said first and second end panel coupling means, thereby providing an electrical connection between said heat providing layer of said panel and a corresponding heat providing layer of at least one adjacent panel (201, 202) coupled to said panel.
Method of determining a distance between a rotor blade tip and a tower of a wind turbine (100,200), the method comprising: estimating the distance based on a strain measurement; measuring the distance (112, d_a); correcting an estimation procedure based on the estimated distance and the measured distance; and deriving a corrected distance based on the corrected estimation procedure, characterized in that correcting the estimation procedure comprises: forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance. estimating the distance based on a strain measurement; measuring the distance (112, d_a); correcting an estimation procedure based on the estimated distance and the measured distance; and deriving a corrected distance based on the corrected estimation procedure, characterized in that correcting the estimation procedure comprises: forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance. forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance.
A method of identifying compounds capable of binding to an active conformational state of a GPCR, said method comprising the steps of: (i) Providing a GPCR and a nanobody capable of specifically binding to an active conformational state of said GPCR, wherein said nanobody is capable of stabilizing and/or inducing an active conformational state of the GPCR upon binding, and (ii) Providing a test compound or a library of test compounds, and (iii) Evaluating whether a test compound binds to the active conformational state of the GPCR, and (iv) Selecting a compound that binds to the active conformational state of the GPCR. (i) Providing a GPCR and a nanobody capable of specifically binding to an active conformational state of said GPCR, wherein said nanobody is capable of stabilizing and/or inducing an active conformational state of the GPCR upon binding, and (ii) Providing a test compound or a library of test compounds, and (iii) Evaluating whether a test compound binds to the active conformational state of the GPCR, and (iv) Selecting a compound that binds to the active conformational state of the GPCR.
A method of controlling light emission of at least one headlamp of a vehicle, wherein at least one picture is captures including an image of a region in front of the vehicle, in the captured picture, at least one image of at least one object is detected, it is checked whether the object is an object with a reflector or a self-luminous object, characterized in that the brightness of the image of the object is determined at least if the object is an object with a reflector, and wherein light emission of the at least one headlamp of the vehicle is controlled depending on the determined brightness of the image of the at least one object with a reflector, wherein light emission of the headlamp is reduced by disabling individual light sources so as to emit less light toward the object if the determined brightness of the image of the object with a reflector exceeds a predetermined set value or a predetermined set range, and wherein light emission of the headlamp is increased by enabling at least one further light source so as to emit more light toward the object if the determined brightness of the image of the object with a reflector falls below a predetermined set value or a predetermined set range.
Control system for a wind turbine, such wind turbine being a variable speed turbine and having a doubly fed induction generator, said control system comprising means for obtaining an electrical components operating temperature by means of one option selected from the group consisting of measuring and estimating, and being configured for establishing a reactive power production distribution, α, between an stator and a network side converter, a reactive power production demand values for the stator, Qsref, and for a network side converter, Qcref, being calculated to meet a global reactive power production demand, Qref, demanded to the wind turbine generator, characterized in that it further comprises a distribution module to cyclically calculate the reactive power production distribution, α, which reduces losses in the component whose temperature, Tcomp_x, is closest to its limit temperature, Tmax.