mhurhangee/ep-ind-claims huggingface dataset:
A temporary load suspension system comprising a fixed body having a coupling surface and a flat main face opposite to the coupling surface of the suspension system, a magnetic support associated with said fixed body and a hook, in which the magnetic support is movable along a direction perpendicular to the flat main face of the fixed body between a retracted release position and an extended locking position, and in which the hook is movable between a release position, in which the hook is parallel to the main face of the fixed body, and a locking position, in which the hook is perpendicular to the main face of the fixed body, and in which, in the release position, the hook keeps the magnetic support in the retracted position.
A heat pump unit control system, comprising a heat exchanger and a compressor, characterized by further comprising a first switching element, a second switching element, an enhanced vapor injection electronic expansion valve and a main circuit electronic expansion valve;wherein a first end of the compressor is connected to a first port of the heat exchanger successively by the first switching element and the enhanced vapor injection electronic expansion valve; a second port of the heat exchanger is connected to an injection end of the compressor; an end of the first switching element connected to the compressor is connected to a third port of the heat exchanger; a fourth port of the heat exchanger is connected to a second end of the compressor by the main circuit electronic expansion valve; the other end of the first switching element connected to the enhanced vapor injection electronic expansion valve is connected to the fourth port of the heat exchanger by the second switching element. a first end of the compressor is connected to a first port of the heat exchanger successively by the first switching element and the enhanced vapor injection electronic expansion valve; a second port of the heat exchanger is connected to an injection end of the compressor; an end of the first switching element connected to the compressor is connected to a third port of the heat exchanger; a fourth port of the heat exchanger is connected to a second end of the compressor by the main circuit electronic expansion valve; the other end of the first switching element connected to the enhanced vapor injection electronic expansion valve is connected to the fourth port of the heat exchanger by the second switching element.
A solid catalyst component for olefin polymerization comprising titanium, magnesium, a halogen, and a compound represented by a general formula, wherein R 1 and R 2 are a linear alkyl group having 1 to 20 carbon atoms, a branched alkyl group having 3 to 20 carbon atoms, a vinyl group, a linear or branched alkenyl group having 3 to 20 carbon atoms, a linear halogen-substituted alkyl group having 1 to 20 carbon atoms, a branched halogen-substituted alkyl group having 3 to 20 carbon atoms, a linear halogen-substituted alkenyl group having 2 to 20 carbon atoms, a branched halogen-substituted alkenyl group having 3 to 20 carbon atoms, a cycloalkyl-group having 3 to 20 carbon atoms, a cycloalkenyl group having 3 to 20 carbon atoms, a halogen-substituted cycloalkyl group having 3 to 20 carbon atoms, a halogen-substituted cycloalkenyl group having 3 to 20 carbon atoms, an aromatic hydrocarbon group having 6 to 24 carbon atoms, a halogen-substituted aromatic hydrocarbon group having 6 to 24 carbon atoms, a nitrogen atom-containing hydrocarbon group having 2 to 24 carbon atoms that is terminated by a carbon atom, an oxygen atom-containing hydrocarbon group having 2 to 24 carbon atoms that is terminated by a carbon atom, a phosphorus-containing hydrocarbon group having 2 to 24 carbon atoms that is terminated by a carbon atom, or a silicon-containing hydrocarbon group having 1 to 24 carbon atoms, provided that R 1 and R 2 are either identical or different, the nitrogen atom-containing hydrocarbon group having 2 to 24 carbon atoms excludes a group that is terminated by a C=N group, the oxygen atom-containing hydrocarbon group having 2 to 24 carbon atoms excludes a group that is terminated by a carbonyl group, and the phosphorus-containing hydrocarbon group having 2 to 24 carbon atoms excludes a group that is terminated by a C=P group, and Z is a linking group that includes a carbon atom or a carbon chain.
A device for measuring holes drilled through a bone, comprising: a first elongated rod including a shaft extending from a proximal end to a distal end, the distal end including an increased diameter abutment extending radially outward therefrom, the abutment including a proximal surface formed to contact a portion of the bone adjacent a distal opening of the bone hole to assume a locked configuration with the bone; and a second elongated rod extending from a proximal end to a distal end along a longitudinal axis, the second rod having a channel extending therethrough, the channel being dimensioned to slidably receive the first rod, characterized by a protrusion formed on an outer wall of the second rod, the protrusion extending radially outward from the second rod in a direction opposite a direction of the abutment, wherein, when the protrusion is positioned within a far cortex of the bone hole, the abutment is prevented from moving proximally into the bone hole. a first elongated rod including a shaft extending from a proximal end to a distal end, the distal end including an increased diameter abutment extending radially outward therefrom, the abutment including a proximal surface formed to contact a portion of the bone adjacent a distal opening of the bone hole to assume a locked configuration with the bone; and a second elongated rod extending from a proximal end to a distal end along a longitudinal axis, the second rod having a channel extending therethrough, the channel being dimensioned to slidably receive the first rod, characterized by a protrusion formed on an outer wall of the second rod, the protrusion extending radially outward from the second rod in a direction opposite a direction of the abutment, wherein, when the protrusion is positioned within a far cortex of the bone hole, the abutment is prevented from moving proximally into the bone hole.
A gas turbine engine having a fan section that communicates airflow into a third stream airflow path as well as into a second stream airflow path and a core primary airflow path, the engine further comprising an annular airflow control system comprising: a multiple of contra-rotatable variable vanes arranged in contra-rotatable variable vane pairs in one of the core primary airflow path, the second stream airflow path and the third stream airflow path, each of said multiple of contra-rotatable variable vanes including a segment gear (100, 110) mounted to a pivot post (96, 98); and a sync ring in a meshed engagement with said multiple of contra-rotatable variable vanes through a respective multiple of geared interfaces to throttle an airflow through said multiple of contra-rotatable variable vanes, wherein the second stream airflow path is defined radially inward of the third stream airflow path and the core primary airflow path is radially inward of the second stream airflow path, and wherein each segment gear (108, 110) is directed alternatively toward a leading edge or a trailing edge of each of said multiple of contra-rotatable variable vanes, such that one contra-rotatable variable vane of a pair has the gear that extends toward the leading edge and is between two adjacent contra-rotatable variable vanes that have gears directed toward the trailing edge. a multiple of contra-rotatable variable vanes arranged in contra-rotatable variable vane pairs in one of the core primary airflow path, the second stream airflow path and the third stream airflow path, each of said multiple of contra-rotatable variable vanes including a segment gear (100, 110) mounted to a pivot post (96, 98); and a sync ring in a meshed engagement with said multiple of contra-rotatable variable vanes through a respective multiple of geared interfaces to throttle an airflow through said multiple of contra-rotatable variable vanes, wherein the second stream airflow path is defined radially inward of the third stream airflow path and the core primary airflow path is radially inward of the second stream airflow path, and wherein each segment gear (108, 110) is directed alternatively toward a leading edge or a trailing edge of each of said multiple of contra-rotatable variable vanes, such that one contra-rotatable variable vane of a pair has the gear that extends toward the leading edge and is between two adjacent contra-rotatable variable vanes that have gears directed toward the trailing edge.
Method for determining the position of a vehicle, wherein at least one camera and a sensor unit for a global satellite navigation system are arranged on the vehicle, comprising the following method steps: • capturing at least one camera image of an environment of the vehicle by way of the camera, • generating a transformed image on the basis of at least one section of the captured camera image and a transformation matrix, that is to say an assignment between the pixels of the transformed image and the pixels of the captured camera image, wherein the transformed image has an observer position, changed in relation to the captured camera image, above the vehicle with a downwardly directed virtual perspective onto the environment of the vehicle, • determining a satellite position of the vehicle by way of satellite-aided position determination, • providing an aerial image of the environment of the vehicle on the basis of the determined satellite position, • identifying first objects in the transformed image and second objects in the provided aerial image through object recognition in each case, wherein the identified objects are stationary, and • recognizing a position of the transformed image in the provided aerial image on the basis of an assignment of the at least one first object to a second object, and • identifying a vehicle position on the basis of the recognized position of the transformed image in the provided aerial image, characterized in that the transformed image is generated additionally on the basis of a digital terrain model of the environment of the vehicle, wherein the transformed image depicts only almost horizontal areas of the environment and wherein the terrain model is loaded depending on the determined satellite position. • capturing at least one camera image of an environment of the vehicle by way of the camera, • generating a transformed image on the basis of at least one section of the captured camera image and a transformation matrix, that is to say an assignment between the pixels of the transformed image and the pixels of the captured camera image, wherein the transformed image has an observer position, changed in relation to the captured camera image, above the vehicle with a downwardly directed virtual perspective onto the environment of the vehicle, • determining a satellite position of the vehicle by way of satellite-aided position determination, • providing an aerial image of the environment of the vehicle on the basis of the determined satellite position, • identifying first objects in the transformed image and second objects in the provided aerial image through object recognition in each case, wherein the identified objects are stationary, and • recognizing a position of the transformed image in the provided aerial image on the basis of an assignment of the at least one first object to a second object, and • identifying a vehicle position on the basis of the recognized position of the transformed image in the provided aerial image,
A positron emission tomography detector module, comprising: an array of scintillation crystal elements, the array including a plurality of substantially optically isolated sub-arrays; and a plurality of round-shaped first photosensors and a plurality of round-shaped second photosensors that are each larger than the first photosensors, wherein the first and second photosensors are arranged to cover the array of crystal elements and configured to receive light emitted from the array of crystal elements, wherein each photosensor of the first and second photosensors is arranged to cover a portion of at most two sub-arrays and the first and second photosensors are only shared in one direction, wherein the sub-arrays are optically isolated so that light emitted from an individual scintillation crystal located in a corresponding sub-array is concentrated so as to be received only by those photosensors of the first and second photosensors that cover the corresponding sub-array; and at least one pair of a first photosensor and a second photosensor of the first and second photosensors, which receives light emitted from crystals in a first sub-array, also receives light emitted from crystals in one and only one sub-array that is adjacent to the first sub-array. an array of scintillation crystal elements, the array including a plurality of substantially optically isolated sub-arrays; and a plurality of round-shaped first photosensors and a plurality of round-shaped second photosensors that are each larger than the first photosensors, wherein the first and second photosensors are arranged to cover the array of crystal elements and configured to receive light emitted from the array of crystal elements, wherein each photosensor of the first and second photosensors is arranged to cover a portion of at most two sub-arrays and the first and second photosensors are only shared in one direction, wherein the sub-arrays are optically isolated so that light emitted from an individual scintillation crystal located in a corresponding sub-array is concentrated so as to be received only by those photosensors of the first and second photosensors that cover the corresponding sub-array; and at least one pair of a first photosensor and a second photosensor of the first and second photosensors, which receives light emitted from crystals in a first sub-array, also receives light emitted from crystals in one and only one sub-array that is adjacent to the first sub-array.
Container for motor vehicle parts, intended to allow storage and transport of said motor vehicle parts, comprising at least a first support device and a second support device each intended to receive a motor vehicle part, wherein each support device (18, 20) has a suspension part comprising at least one suspension rod which extends substantially along a suspension direction, and a coupling part comprising reception means for the motor vehicle part, said container also comprising at least one support element for said support devices (18, 20), wherein the suspension rods of said support devices (18, 20) are suspended from said support element, said support element extending in a longitudinal direction which is substantially perpendicular to the suspension direction, characterised in that the coupling part of the first support device extends in a plane which is substantially perpendicular to the longitudinal direction and in that the coupling part of the second support device extends in a plane which is substantially parallel to the plane containing the longitudinal direction and the suspension direction.
An automotive glazing, comprising: at least a first ply of a transparent glazing material; a ply of a plastics material extending across the ply of glazing material and having a line-like electrical conductor in contact therewith, a portion of the electrical conductor line being configured to form an antenna conductor and a portion being configured to form a coupling region; a surface contact on the surface of the first ply of glazing material situated away from the plastics material, in registration with the coupling region; wherein the coupling region and the surface contact form a transmission line acting as a bandpass filter for a frequency band f, the portion of the electrical conductor forming the coupling region having a length approximately equal to an odd multiple of a quarter of a first effective wavelength λ eff in the glazing corresponding to f, where λ eff in the glazing = K x λ in air, where K is the wavelength shortening factor in the glazing, such that signals received by the antenna in the bandwidth are transferred between the coupling region and the surface contact by low-impedance radio frequency coupling. at least a first ply of a transparent glazing material; a ply of a plastics material extending across the ply of glazing material and having a line-like electrical conductor in contact therewith, a portion of the electrical conductor line being configured to form an antenna conductor and a portion being configured to form a coupling region; a surface contact on the surface of the first ply of glazing material situated away from the plastics material, in registration with the coupling region; wherein the coupling region and the surface contact form a transmission line acting as a bandpass filter for a frequency band f, the portion of the electrical conductor forming the coupling region having a length approximately equal to an odd multiple of a quarter of a first effective wavelength λ eff in the glazing corresponding to f, where λ eff in the glazing = K x λ in air, where K is the wavelength shortening factor in the glazing, such that signals received by the antenna in the bandwidth are transferred between the coupling region and the surface contact by low-impedance radio frequency coupling.
A male sterile hybrid pepper plant, which grows normal-looking edible seedless fruits throughout the whole plant, wherein said seedless fruits are characterized by being at least 95% seedless, wherein the "seedless" trait is controlled by a genetic determinant and is independent of the pollination and fertilization process, is independent of treatment with parthenocarpy-inducing plant hormones including auxins, gibberellins and cytokines, auxin transport inhibitors, or others and/or other parthenocarpy-inducing exogenous factors and/or exogenously administered parthenocarpy-inducing agents such as growth regulating substances, either natural or synthetic, or plant extracts such as, for example, dead pollen extract, and is also independent of external climatic conditions and wherein the said "seedless" trait is obtainable from a pepper plant selected from the group consisting of Capsicum annuum AR07-F1-56-b; Capsicum annuum AR07-F1-87-b; Capsicum annuum AR07-F1-166-b; Capsicum annuum AR07-F1-171-X; and Capsicum annuum AR07-F1-172-X, grown from seeds deposited with NCIMB, Aberdeen AB21 9YA, Scotland, UK on May 26, 2008 under accession number NCIMB 41558, NCIMB 41559, NCIMB 41560, NCIMB 41561 and NCIMB 41562, respectively.
A biogas plant for producing biogas from lignin-containing renewable resources, which at least in part consist of straw, comprising: a plurality of garage-shaped fermenters for an anaerobic bacterial fermentation of the lignin-containing renewable resources, which at least in part consist of straw, as a fermentation substrate according to the solid fermentation method at a mesophilic temperature level, and a device for producing fuel pellets and/or fuel briquettes by dehydrating and pelleting the fermentation residues.
A Battery Manager System, BMS, connected to an Electronic Control Unit, ECU, by Controller Area Network, CAN, communication and half-duplex communication through a single line, the BMS comprising: an Input Capture Unit, ICU, for, when the CAN communication has a defect, measuring a frequency and a duty cycle of a modulating pulse signal through the single line, and generating relay control information; a relay control module for generating a relay control signal for controlling a switching operation of a corresponding relay from among a plurality of relays (400_1 to 400_n) based on the relay control information, and generating relay control result information for instructing a control result of the corresponding relay; and a Digital Input Output, DIO, module for changing a voltage at the single line so as to transmit relay control result information to the ECU for a period based on the relay control result information, wherein the plurality of relays are electrically connected between a battery device including the BMS and an electrical load (500_1 to 500_n). an Input Capture Unit, ICU, for, when the CAN communication has a defect, measuring a frequency and a duty cycle of a modulating pulse signal through the single line, and generating relay control information; a relay control module for generating a relay control signal for controlling a switching operation of a corresponding relay from among a plurality of relays (400_1 to 400_n) based on the relay control information, and generating relay control result information for instructing a control result of the corresponding relay; and a Digital Input Output, DIO, module for changing a voltage at the single line so as to transmit relay control result information to the ECU for a period based on the relay control result information, wherein the plurality of relays are electrically connected between a battery device including the BMS and an electrical load (500_1 to 500_n).
A microscope, comprising: a first imaging optical system that images sample transmitted light transmitted through a sample provided on a stage; and a second imaging optical system that images a part of the sample transmitted light branched from the first imaging optical system, wherein the second imaging optical system includes a light beam branching element that branches the part of the sample transmitted light from the first imaging optical system, the branching provided by the light beam branching element transmitting one of the sample transmitted light and the part of the sample transmitted light and reflecting the other of the sample transmitted light and the part of the sample transmitted light, the part of the sample transmitted light becoming branched sample transmitted light, the light beam branching element being a flat plate with a thickness, an imaging element that images a phase difference image of the branched sample transmitted light, and a plurality of optical elements that image the phase difference image of the branched sample transmitted light onto the imaging element, characterised in that the plurality of optical elements comprise a condenser lens for condensing the branched sample transmitted light, a two eye lens filter and a two eye lens positioned before the imaging element for splitting light from the condenser lens into two luminous fluxes to form images on an imaging surface of the imaging element, the two eye lens filter provided between the condenser lens and the two eye lens for shielding a part of the branched sample transmitted light from being imaged onto the imaging element, the part being ghosted light generated by reflection within the light beam branching element, and wherein the two eye lens filter is a diaphragm in which a through hole set for allowing a luminous flux set which becomes the phase difference image to pass therethrough is provided, and wherein the thickness of the light beam branching element has a larger value than a feature value calculated based on the following inequality, which is represented as where t denotes a thickness of the light beam branching element, k denotes a specific constant in an optical system, φa denotes a luminous flux diameter at a two eye lens filter position of the sample transmitted light, φb denotes a diameter of the through hole, and d denotes a center distance of through holes of the through hole set, so that the ghosted light generated by the light beam branching element is sufficiently separated from the branched sample transmitted light to be shielded by the two eye lens filter and not imaged on the imaging element. a first imaging optical system that images sample transmitted light transmitted through a sample provided on a stage; and a second imaging optical system that images a part of the sample transmitted light branched from the first imaging optical system,