mhurhangee/ep-ind-claims huggingface dataset:
A workpiece takeout system comprising: a robot arm configured to perform a workpiece takeout operation to take out a workpiece disposed in an area among a plurality of areas; and a disposed-state detector configured to collectively pick up an image of said plurality of areas and to detect a disposed state of the workpiece and configured to, while the robot arm is performing the workpiece takeout operation to take out the workpiece disposed in the area among the plurality of areas, detect a disposed state of another workpiece disposed in another area among the plurality of areas. a robot arm configured to perform a workpiece takeout operation to take out a workpiece disposed in an area among a plurality of areas; and a disposed-state detector configured to collectively pick up an image of said plurality of areas and to detect a disposed state of the workpiece and configured to, while the robot arm is performing the workpiece takeout operation to take out the workpiece disposed in the area among the plurality of areas, detect a disposed state of another workpiece disposed in another area among the plurality of areas.
Gearing arrangement for the drive of a wheelset shaft of a rail vehicle, having a drive shaft which can be coupled by way of a spur-gear drive and an angle drive in the form of a hypoid drive to the wheelset shaft, wherein the spur-gear drive comprises a spur gear, which is driven by the drive shaft and which has an external toothing, and an internal gear, which drives the angle drive and which has an internal toothing, characterized in that the spur gear of the spur-gear drive is arranged at least in sections within the internal gear, wherein the external toothing of the spur gear meshes with the internal toothing of the internal gear, such that a vertical spacing between the drive shaft and the wheelset shaft is bridged in sections by way of the axis offset that arises in the spur-gear drive, wherein, for the compensation of the spacing which is bridged in sections, a hypoid offset reduced by the axis offset of the spur-gear drive is provided in the hypoid drive.
A power skiving tool, having a shank extending along a longitudinal axis of the tool and a cutting head arranged at a front end of the shank, wherein the cutting head comprises a plurality of circumferentially arranged teeth, wherein each of these teeth comprises a planar rake face at a front end of the cutting head that faces away from the shank, wherein the rake face is inclined at an angle other than 90° with respect to the longitudinal axis, wherein a transition face is in each case arranged between the rake faces of two adjacent teeth, which transition face is also arranged at the front end of the cutting head and directly adjoins the rake faces of the two adjacent teeth, characterized in that surface normals in all points of the transition face form an angle (β) greater than 0° with the rake faces of the two adjacent teeth.
A pharmaceutical composition for use in a method of treating small-cell lung cancer expressing DLL3 protein, wherein the pharmaceutical composition comprises an antibody which binds to DLL3 protein, wherein the antibody has a cytotoxic activity and recognizes a region from amino acids 216 to 492 in human DLL3 having the amino acid sequence as set forth in SEQ ID NO: 1.
An oral care composition comprising an antioxidant, wherein the antioxidant is rutin in an amount of from 0.2 weight % to 0.8 weight % by total weight of the composition, and a surfactant system, wherein the surfactant system consists of sodium methyl cocoyl taurate in an amount of from 0.8 weight % to 1 weight % by total weight of the composition and optionally, a poloxamer in an amount of from 0.4 weight % to 1.2 weight % by total weight of the composition, and the composition does not comprise any surfactants other than those of the surfactant system.
A method for synchronizing playback of a program including a video and associated first audio at a first electronic device with playback of a second audio associated with the program at a second electronic device that also receives the video, the method comprising: decoding, by a video decoder in the second electronic device, the video, and outputting the decoded video; decoding, by an audio decoder in the second electronic device, the second audio and outputting the decoded second audio for playing back by the second electronic device; receiving a user command to synchronize the playback of the video at the first electronic device and playback of the second audio at the second electronic device; responsive to the user command, the method further comprising: capturing, by a capturing device in the second electronic device, the playback of the video at the first electronic device; determining, by the second electronic device, an offset between the outputted decoded video and the captured video; and adjusting outputting of the decoded second audio according to the offset, so that the playback of the first audio at the first electronic device is synchronized with the playback of the second audio at the second electronic device. decoding, by a video decoder in the second electronic device, the video, and outputting the decoded video; decoding, by an audio decoder in the second electronic device, the second audio and outputting the decoded second audio for playing back by the second electronic device; receiving a user command to synchronize the playback of the video at the first electronic device and playback of the second audio at the second electronic device; responsive to the user command, the method further comprising: capturing, by a capturing device in the second electronic device, the playback of the video at the first electronic device; determining, by the second electronic device, an offset between the outputted decoded video and the captured video; and adjusting outputting of the decoded second audio according to the offset, so that the playback of the first audio at the first electronic device is synchronized with the playback of the second audio at the second electronic device. capturing, by a capturing device in the second electronic device, the playback of the video at the first electronic device; determining, by the second electronic device, an offset between the outputted decoded video and the captured video; and adjusting outputting of the decoded second audio according to the offset, so that the playback of the first audio at the first electronic device is synchronized with the playback of the second audio at the second electronic device.
Expansible fixing plug which consists of at least two different plastics materials, having a main body (2, 2') made of the first plastics material, which is at least partly encased by a casing made of the second plastics material, wherein the main body (2, 2') has an expansion region, which extends along a longitudinal axis between a sleeve and an insertion sleeve forming the rear end of the expansible fixing plug, in which expansion region there are arranged at least two expansion tongues (11, 12) which are separated from one another by a first slot, the first slot being at least partly filled in the expansion region by a casing element of the casing, characterised in that on at least one expansion tongue (11, 12) there is arranged a local weakened position as predetermined bending point, the weakened position is arranged in the longitudinal direction in a central third of the expansion tongues (11, 12), and a part of the weakened position is arranged on the inside of the expansion tongue (11, 12) in the radial direction, the part of the weakened position arranged radially on the inside of the expansion tongue (11, 12) is at least partly, especially completely, filled by the second plastics material, and a part of the weakened position is arranged on the outside of the expansion tongue (11, 12) in the radial direction.
A magnetic field sensor comprising: a magnetic field signal generator comprising at least one sensing element to sense a modulated AC bias magnetic field and produce a magnetic field signal responsive to movement of a ferromagnetic target having a target profile pattern, the magnetic field signal having a modulated signal portion in a first frequency band based on the sensed modulated AC bias magnetic field and an unwanted signal portion in a second frequency band based on sensing an external magnetic interference characterized by circuitry including a demodulator to perform a demodulation of the magnetic field signal; and configured such that the demodulation results in the modulated signal portion being shifted from the first frequency band to a third frequency band and the unwanted signal portion being shifted to the first frequency band from the second frequency band. a magnetic field signal generator comprising at least one sensing element to sense a modulated AC bias magnetic field and produce a magnetic field signal responsive to movement of a ferromagnetic target having a target profile pattern, the magnetic field signal having a modulated signal portion in a first frequency band based on the sensed modulated AC bias magnetic field and an unwanted signal portion in a second frequency band based on sensing an external magnetic interference characterized by circuitry including a demodulator to perform a demodulation of the magnetic field signal; and configured such that the demodulation results in the modulated signal portion being shifted from the first frequency band to a third frequency band and the unwanted signal portion being shifted to the first frequency band from the second frequency band.
A rubber composition prepared by mixing, per 100 parts by mass of a rubber component comprising at least 50% by mass of a diene-based rubber, from 20 to 150 parts by mass of a filler, and from 0.05 to 30 parts by mass of a compound A which has a guanidine structure represented by the following formula and has a functional group reactive with the diene-based rubber, wherein the filler comprises, per 100 parts by mass of the rubber component, from 20 to 70 parts by mass of carbon black and from 0 to 80 parts by mass of an inorganic filler, and wherein the guanidine structure is a structure to form a hetero ring represented by the following formula (II-1) or (II-2) or a structure having an amide structure represented by the following formula:
A power connection device for a printed circuit board with - a first connecting element, which has an outer contact surface, which can be inserted into a corresponding contact opening of the printed circuit board, and an inner sliding surface, and with - a second connecting element having a thorn-shaped section with an outer sliding surface, which presses the inner sliding surface of the first connecting element inserted into the contact opening of the printed circuit board outwardly to establish an electrical contact between the contact surface of the first connecting element and a contact surface of the contact opening of the printed circuit board, as soon as the outer sliding surface of the thorn-shaped section of the second connecting element is pressed against the inner sliding surface of the first connecting element, characterized in that a predetermined breaking connection is arranged between the thorn-shaped section of the second connecting element and the first connecting element, which breaks open as soon as the thorn-shaped section of the second connecting element is pressed into the first connecting element. - a first connecting element, which has an outer contact surface, which can be inserted into a corresponding contact opening of the printed circuit board, and an inner sliding surface, and with - a second connecting element having a thorn-shaped section with an outer sliding surface, which presses the inner sliding surface of the first connecting element inserted into the contact opening of the printed circuit board outwardly to establish an electrical contact between the contact surface of the first connecting element and a contact surface of the contact opening of the printed circuit board, as soon as the outer sliding surface of the thorn-shaped section of the second connecting element is pressed against the inner sliding surface of the first connecting element,
A composite roof structure supported by a roof substrate, the composite roof structure comprising: a two-part foamed adhesive material secured to the roof substrate; and a flexible membrane including a sheet of flexible material having fleece-like matting secured to the underside thereof, wherein the flexible membrane is attached to the adhesive material with at least a portion of the matting imbedded within the adhesive material, and said two-part adhesive material is a polyurethane adhesive having a first part including: a renewable polyol a catalyst a surfactant; and a rheology modifier, and a second part including: an isocyanate; a polyol; a surfactant; a rheology modifier; and a catalyst, and wherein the polyurethane adhesive exhibits a peel strength from 2.7 Kg/cm (15 pli) to 4.5 Kg/cm (25 pli) at 24 hours of cure time. a two-part foamed adhesive material secured to the roof substrate; and a flexible membrane including a sheet of flexible material having fleece-like matting secured to the underside thereof, wherein the flexible membrane is attached to the adhesive material with at least a portion of the matting imbedded within the adhesive material, and said two-part adhesive material is a polyurethane adhesive having a first part including: a renewable polyol a catalyst a surfactant; and a rheology modifier, and a renewable polyol a catalyst a surfactant; and a rheology modifier, and a second part including: an isocyanate; a polyol; a surfactant; a rheology modifier; and a catalyst, and an isocyanate; a polyol; a surfactant; a rheology modifier; and a catalyst, and wherein the polyurethane adhesive exhibits a peel strength from 2.7 Kg/cm (15 pli) to 4.5 Kg/cm (25 pli) at 24 hours of cure time.
An illumination unit comprising: a first reflector; a second reflector arranged at either side of the first reflector; wherein air guide region is formed in a space between the first reflector and the second reflector; at least two light source modules arranged between the first reflector and the second reflector, wherein one of the light source module faces the other light source module; a cover member for covering one side surface of the second reflector; an optical member arranged between the cover member and the second reflector while facing the first reflector, the optical member being arranged to diffuse light emitted from the light source modules; and a second projection member interposed between the optical member and the second reflector, characterized by a first projection member interposed between the optical member and the cover member; wherein a distance from the cover member to one side surface of the first projection member is longer than a distance from the cover member to one side surface of the second projection member, and wherein a distance from a side surface of the cover member to an end portion of the second reflector is shorter than a distance from the side surface of the cover member to the side surface of the first projection member facing away from the second reflector.
A centrifuge comprising a vertical shaft driven in rotation by a motor, and a mechanism for balancing parts secured to said vertical shaft, said mechanism comprising: - a plate (10, 14), - at least one compensating mass (13, 15) which is freely displaceable on said plate (10, 14), said mass being designed to limit the imbalance of parts secured to the vertical shaft, and - a mechanism for blocking said compensating mass, characterized in that the plate is secured to the vertical shaft and in that the blocking mechanism is designed so as to immobilize said compensating mass (13, 15) on said plate when the rotational speed exceeds a predetermined value. - a plate (10, 14), - at least one compensating mass (13, 15) which is freely displaceable on said plate (10, 14), said mass being designed to limit the imbalance of parts secured to the vertical shaft, and - a mechanism for blocking said compensating mass,
A glass comprising, in mole percent on an oxide basis in the ranges: SiOz 68.5-72.0, Al 2 O 3 greater than or equal to 13.0, B 2 O 3 less than or equal to 2.5, MgO 1.0-6.0, CaO 4.0-8.0, SrO less than or equal to 4.5, BaO less than or equal to 4.5, such that (MgO+CaO+SrO+BaO)/Al 2 O 3 is less than or equal to 1.6 and has an etch index greater than or equal to 23, an annealing point greater than or equal to 800° C, a Na 2 O content in a range of 1 ppm by weight and 259 ppm by weight, and a Modulus greater than 82 GPa; wherein the etch index is defined by the equation: -54.6147+(2.50004) ∗ (Al 2 O 3)+(1.3134) ∗ (B 2 O 3)+(1.84106) ∗ (MgO)+(3.01223) ∗ (CaO) +(3.7248) ∗ (SrO)+(4.13149) ∗ (BaO), where the oxides are in mol %.
An antenna comprising: a substrate; a ground plane on a first face of the substrate; and a patch antenna on an opposing second face of the substrate, the patch antenna having a radiating element and a lead extending along a central symmetry axis of the patch antenna and connected to the radiating element, wherein the radiating element comprises an inner rectangular region and two slots (1306a, 1306b) positioned outside of the inner rectangular region and on opposing sides of the central symmetry axis such that the patch antenna has two resonant frequencies within an operating frequency range of the patch antenna, wherein the inner rectangular region has the same length along the central symmetry axis as the radiating element, characterized in that the two slots (1306a, 1306b) are provided within respective loops each having a length along the central symmetry axis that is longer than the length of the inner rectangular region, and each of the two slots (1306a, 1306b) having a length longer than the length of the inner rectangular region. a substrate; a ground plane on a first face of the substrate; and a patch antenna on an opposing second face of the substrate, the patch antenna having a radiating element and a lead extending along a central symmetry axis of the patch antenna and connected to the radiating element, wherein the radiating element comprises an inner rectangular region and two slots (1306a, 1306b) positioned outside of the inner rectangular region and on opposing sides of the central symmetry axis such that the patch antenna has two resonant frequencies within an operating frequency range of the patch antenna, wherein the inner rectangular region has the same length along the central symmetry axis as the radiating element, characterized in that the two slots (1306a, 1306b) are provided within respective loops each having a length along the central symmetry axis that is longer than the length of the inner rectangular region, and each of the two slots (1306a, 1306b) having a length longer than the length of the inner rectangular region.
A composition for treating ocular effects of diabetes, comprising: a topical carrier having by weight about 0.4% carbomer, 4.0% sorbitol, 0.01% cetrimide, and 0.01% ethylenediaminetetraacetic acid, the balance being water; and an aldose reductase inhibitor mixed with the topical carrier to form an ophthalmic gel. a topical carrier having by weight about 0.4% carbomer, 4.0% sorbitol, 0.01% cetrimide, and 0.01% ethylenediaminetetraacetic acid, the balance being water; and an aldose reductase inhibitor mixed with the topical carrier to form an ophthalmic gel.
A method for sending digital data over a number of channels (CH1, CH2, CH3), wherein a sender performs the following steps: - encoding source data having a first number of source symbols (SYi), the encoding being such that an error correction code is generated from the source data, the error correction code comprising a second number of repair symbols (RSj) higher than the first number as well as identifiers (IDj) where each identifier (IDj) is assigned to a corresponding repair symbol (RSj), the error correction code adding redundancy to the source data; - encrypting each repair symbol (RSj) by an encryption process which is based on a shared secret (e) between the sender and a receiver, where the encryption process for a respective repair symbol (RSj) depends on the identifier (IDj) assigned to the respective repair symbol (RSj); - feeding pairs of the encrypted repair symbols (RSj') and the assigned identifiers (IDj) to the number of channels (CH1, CH2, CH3) which are connected to the receiver. - encoding source data having a first number of source symbols (SYi), the encoding being such that an error correction code is generated from the source data, the error correction code comprising a second number of repair symbols (RSj) higher than the first number as well as identifiers (IDj) where each identifier (IDj) is assigned to a corresponding repair symbol (RSj), the error correction code adding redundancy to the source data; - encrypting each repair symbol (RSj) by an encryption process which is based on a shared secret (e) between the sender and a receiver, where the encryption process for a respective repair symbol (RSj) depends on the identifier (IDj) assigned to the respective repair symbol (RSj); - feeding pairs of the encrypted repair symbols (RSj') and the assigned identifiers (IDj) to the number of channels (CH1, CH2, CH3) which are connected to the receiver.
A riser comprising a plurality of conduits extending from the seabed towards the surface and having an upper end supported at a depth below the sea surface, wherein at least some of the conduits are arranged around a structural core, wherein the conduits comprise an insulated production line, an uninsulated service line providing a pigging loop with the insulated production line, and a water injection line, and characterized in that the insulated production line is provided in a pipe in pipe structure with an outer annular space used as a gas lift line.
A method of detecting the presence or absence of a PCA-2-specific autoantibody in a biological sample from an individual, comprising the steps of: contacting said biological sample with a MAP1B polypeptide or fragment thereof comprising one or more epitopic sites to form a MAP1B-PCA-2-specific autoantibody complex if said biological sample contains said PCA-2-specific autoantibody; and detecting the presence or absence of said complex. contacting said biological sample with a MAP1B polypeptide or fragment thereof comprising one or more epitopic sites to form a MAP1B-PCA-2-specific autoantibody complex if said biological sample contains said PCA-2-specific autoantibody; and detecting the presence or absence of said complex.
A method of providing a user interface of a portable terminal, the method comprising: executing a voice recognition application; switching to a handwriting input mode, in response to a mode switching request from a user; receiving handwritten data on a touch screen of the portable terminal from the user; recognizing the received handwritten data, and converting the handwritten data to text data having a preset format; converting the text data to voice data, and transmitting the voice data to a voice recognition server by the voice recognition application; receiving a search result from the voice recognition server by the voice recognition application; and displaying, on the touch screen of the voice recognition application, the converted text data and the search result. executing a voice recognition application; switching to a handwriting input mode, in response to a mode switching request from a user; receiving handwritten data on a touch screen of the portable terminal from the user; recognizing the received handwritten data, and converting the handwritten data to text data having a preset format; converting the text data to voice data, and transmitting the voice data to a voice recognition server by the voice recognition application; receiving a search result from the voice recognition server by the voice recognition application; and displaying, on the touch screen of the voice recognition application, the converted text data and the search result.