mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring and/or calibrating a device designed for three-dimensional X-ray optical inspection of seedlings in different growth phases, in which natural seedlings are optically or X-ray optically measured in three dimensions at predetermined times during their growth phase and a control program for a device which is designed for the three-dimensional printing of artificial seedlings as reference samples which are replicas of the natural seedlings is created in each case using the recorded measured values, and artificial seedlings are produced with a plastic using the device in accordance with the control programs created, and the artificial seedlings thus produced are measured three-dimensionally by X-ray optics and the measured values thus acquired are recorded in a control chart or an already created control chart is adapted, with which control chart monitoring and/or calibration of the device designed for the three-dimensional X-ray optical inspection of seedlings is performed. natural seedlings are optically or X-ray optically measured in three dimensions at predetermined times during their growth phase and a control program for a device which is designed for the three-dimensional printing of artificial seedlings as reference samples which are replicas of the natural seedlings is created in each case using the recorded measured values, and artificial seedlings are produced with a plastic using the device in accordance with the control programs created, and the artificial seedlings thus produced are measured three-dimensionally by X-ray optics and the measured values thus acquired are recorded in a control chart or an already created control chart is adapted, with which control chart monitoring and/or calibration of the device designed for the three-dimensional X-ray optical inspection of seedlings is performed.
A polymer composite electrolyte comprising: a first polymeric matrix comprising pores; a second polymeric matrix disposed in at least some of the pores of the first polymeric matrix; and a lithium salt disposed in at least some of the pores of the first polymeric matrix, wherein the second polymeric matrix comprises pores, and wherein at least some of the lithium salt is disposed within at least some of the pores of the second polymeric matrix, wherein the polymer of the first polymeric matrix and the polymer of the second polymeric matrix comprise the same monomer, wherein the polymer of the first polymeric matrix and the polymer of the second polymeric matrix have different weight-average molecular weight, and wherein the difference between the weight-average molecular weight of the polymers of the first and second matrices as measured by Gel Permeation Chromatography is 20,000 to 2,000,000 g/mol (Daltons). a first polymeric matrix comprising pores; a second polymeric matrix disposed in at least some of the pores of the first polymeric matrix; and a lithium salt disposed in at least some of the pores of the first polymeric matrix, wherein the second polymeric matrix comprises pores, and wherein at least some of the lithium salt is disposed within at least some of the pores of the second polymeric matrix, wherein the polymer of the first polymeric matrix and the polymer of the second polymeric matrix comprise the same monomer, wherein the polymer of the first polymeric matrix and the polymer of the second polymeric matrix have different weight-average molecular weight, and wherein the difference between the weight-average molecular weight of the polymers of the first and second matrices as measured by Gel Permeation Chromatography is 20,000 to 2,000,000 g/mol (Daltons).
A protective cover assembly comprising a hub, a hollow tube extending from said hub; a cap mounted on said hub and disposed over said tube, said cap having a bore for passage of said tube therethrough and being movable relative to said tube from a first position mounted on said hub to a second position spaced from said hub and said tube characterized in having a pair of rolls of film (20, 21) rotatably mounted within said cap, each said roll of film (20, 21) having a free end secured to said hub whereby each said roll of film (20, 21) unwinds in response to movement of said cap from said first position to said second position to position a strip of film from each said roll of film (20, 21) in facing relation to the other strip of film.
A bracing system comprising a plurality of bracing devices (22; 110; 140), each bracing device comprising an endless screw cooperating with a toothed wheel, a nut coupled to the toothed wheel and comprising a first at least partly threaded opening, an at least partly threaded rod cooperating with the first opening, a plate coupled to the rod, and a torque-limiting mechanism between the wheel and the nut or between a drive shaft and the endless screw, wherein the endless screws of the bracing devices are simultaneously rotated by a drive mechanism.
A system for transmission of information between at least two players, such as tanks, personnel etc., in a training area, said system comprising means arranged on a first of said players for encoding light pulses and means for transmitting information in form of free space coded light pulses towards at least one second of said players, said second player having means for receiving said light pulses and means for decoding the information thereof, wherein each of said players is provided with a clock (10, 11), the system comprises means (12, 13) for keeping said clocks synchronised, each player has information related to consecutive discrete predetermined reference times indicating possible times of transmission of a pulse, and the encoding means is adapted to control the transmission means to selectively transmit a light pulse at one of said predetermined reference times, characterized in that said decoding means is adapted to decode said the received light pulse by determining the time of receipt of said light pulse based on the clock provided at the second player, and that the system comprises means arranged at said second player for calculating the distance between said second player and said first player by establishing the difference between said time of receipt and said predetermined reference times, using the knowledge of the speed of light.
A system for rehabilitation of a patient having a physical impairment by providing music therapy, the system comprising: a computer system having a processor configured by machine-readable instructions which, when executed, configure the processor to: receive, from a sensor in communication with the computer system, biomechanical data for the patient regarding repetitive movements of the patient, and determine a baseline condition from the biomechanical data, wherein the biomechanical data is measured using the sensor; determine a baseline beat tempo having a constant frequency based on the baseline condition; provide music to the patient, the music having beat signals at the baseline beat tempo; provide a cue to the patient to perform each repetitive movement in time with an associated baseline beat signal; receive time-stamped biomechanical data of the patient relating to the repetitive movements performed by the patient in time with the baseline beat signals; analyze the time-stamped biomechanical data to identify a respective onset time of each of the repetitive movements performed by the patient; determine an entrainment parameter based on the respective onset time for each of the repetitive movements and the associated beat signal, wherein the entrainment parameter represents the delay between the beat of each beat signal and the onset time of each of the plurality of repetitive movements; modify the baseline beat tempo based on the entrainment parameter; and determine whether a goal beat tempo has been reached. receive, from a sensor in communication with the computer system, biomechanical data for the patient regarding repetitive movements of the patient, and determine a baseline condition from the biomechanical data, wherein the biomechanical data is measured using the sensor; determine a baseline beat tempo having a constant frequency based on the baseline condition; provide music to the patient, the music having beat signals at the baseline beat tempo; provide a cue to the patient to perform each repetitive movement in time with an associated baseline beat signal; receive time-stamped biomechanical data of the patient relating to the repetitive movements performed by the patient in time with the baseline beat signals; analyze the time-stamped biomechanical data to identify a respective onset time of each of the repetitive movements performed by the patient; determine an entrainment parameter based on the respective onset time for each of the repetitive movements and the associated beat signal, wherein the entrainment parameter represents the delay between the beat of each beat signal and the onset time of each of the plurality of repetitive movements; modify the baseline beat tempo based on the entrainment parameter; and determine whether a goal beat tempo has been reached.
Method of manufacturing a motor vehicle decorative panel for a hearse, where the motor vehicle decorative panel incorporates a stably formed flat element designated as a blank that incorporates two opposing surfaces and an edge running all the way round, where one of the two surfaces is designated as a visible surface and is provided with a three-dimensionally shaped visible surface representing a drapery arrangement and the visible surface is also provided with a profile adapted to suit the drapery arrangement represented and where the visible surface is provided with a surface material, where the motor vehicle decorative panel is manufactured as follows: before the motor vehicle decorative panel comes into contact with a stamping tool, the surface material is disposed as a two-dimensional flat material between the stamping tool and the blank and the blank for the motor vehicle decorative panel is stamped by means of the stamping tool, where the stamping tool has a three-dimensional profile and the visible surface receives the profiling of the stamping tool, and where also the surface material follows the profiling of the stamping tool and the visible surface, characterised in that during the stamping process the surface material is placed by the stamping tool against the blank for the motor vehicle decorative panel in such a way that, following the profiling of the stamping tool and the visible surface, the surface material is firmly attached to the visible surface of the blank. before the motor vehicle decorative panel comes into contact with a stamping tool, the surface material is disposed as a two-dimensional flat material between the stamping tool and the blank and the blank for the motor vehicle decorative panel is stamped by means of the stamping tool, where the stamping tool has a three-dimensional profile and the visible surface receives the profiling of the stamping tool, and where also the surface material follows the profiling of the stamping tool and the visible surface, characterised in that during the stamping process the surface material is placed by the stamping tool against the blank for the motor vehicle decorative panel in such a way that, following the profiling of the stamping tool and the visible surface, the surface material is firmly attached to the visible surface of the blank.
An endoprosthesis comprising: a trunk section configured to anchor and seal the endoprosthesis within a vessel, the trunk section comprising a tubular stent structure having a first end and a second end, a bifurcated section of two legs (104, 106) connected to the trunk section, in which the two legs (104, 106) include a plurality of individual, tubular stent elements, graft material which is attached to at least a portion of the trunk and all of the two legs, characterised in that the tubular stent structure of the trunk section has a single row of diamond elements at the first end, multiple rows of diamond elements toward the second end, a substantially zigzag element between the single row of diamond elements at the first end and an uppermost row of the multiple rows of diamond elements, and a plurality of longitudinal struts connecting the single row of diamond elements to the uppermost row of the multiple rows of diamond elements, and in that the tubular stent elements of the two legs are spaced apart from one another in each of the legs and are arranged such that the stent elements in the first one of the two legs (104, 106) do not line up with the stent elements in the other of the two legs (104, 106), thereby allowing the legs to be nested together during deployment, and in that the two legs are connected to one another to increase column strength during deployment. a trunk section configured to anchor and seal the endoprosthesis within a vessel, the trunk section comprising a tubular stent structure having a first end and a second end, a bifurcated section of two legs (104, 106) connected to the trunk section, in which the two legs (104, 106) include a plurality of individual, tubular stent elements, graft material which is attached to at least a portion of the trunk and all of the two legs, characterised in that the tubular stent structure of the trunk section has a single row of diamond elements at the first end, multiple rows of diamond elements toward the second end, a substantially zigzag element between the single row of diamond elements at the first end and an uppermost row of the multiple rows of diamond elements, and a plurality of longitudinal struts connecting the single row of diamond elements to the uppermost row of the multiple rows of diamond elements, and in that the tubular stent elements of the two legs are spaced apart from one another in each of the legs and are arranged such that the stent elements in the first one of the two legs (104, 106) do not line up with the stent elements in the other of the two legs (104, 106), thereby allowing the legs to be nested together during deployment, and in that the two legs are connected to one another to increase column strength during deployment.
A method for installing an electrical machine, the electrical machine including a stator assembly and a rotor assembly, the rotor assembly comprising a plurality of magnetic poles composed of a permanent magnetic material that is in a non-magnetized condition, the method comprising: after the electrical machine is installed, magnetizing a plurality of magnetic domains (94,96) in the permanent magnetic material of each of the plurality of magnetic poles, serially aligning each of the plurality of magnetic poles relative to a magnetizing fixture, characterized in that when each respective magnetic pole (44a, 44b) is aligned with the magnetizing fixture, positioning the magnetizing fixture at a plurality of positions relative to the magnetic pole, and; at each of the positions, causing the magnetizing fixture to generate an external magnetic field effective to produce one of the plurality of magnetic domains (94, 96), thereby individually magnetizing the plurality of magnetic domains; wherein positioning the magnetizing fixture at the plurality of positions relative to the magnetic pole comprises: moving the magnetizing fixture in a single direction along a linear trajectory connecting the plurality of positions. after the electrical machine is installed, magnetizing a plurality of magnetic domains (94,96) in the permanent magnetic material of each of the plurality of magnetic poles, serially aligning each of the plurality of magnetic poles relative to a magnetizing fixture, characterized in that when each respective magnetic pole (44a, 44b) is aligned with the magnetizing fixture, positioning the magnetizing fixture at a plurality of positions relative to the magnetic pole, and; at each of the positions, causing the magnetizing fixture to generate an external magnetic field effective to produce one of the plurality of magnetic domains (94, 96), thereby individually magnetizing the plurality of magnetic domains; wherein positioning the magnetizing fixture at the plurality of positions relative to the magnetic pole comprises: moving the magnetizing fixture in a single direction along a linear trajectory connecting the plurality of positions.
An apparatus comprising: a plurality of buck-boost converters configured to be coupled to a power source, each buck-boost converter of the plurality of buck-boost converters configured to supply power to an associated respective load (106; CMPC 1-4) of a plurality of loads; logic, at least a portion of which is in hardware, arranged to cause modification to a supply of power from the power source to the plurality of loads based on a comparison of an output of the power source and a threshold value and on a priority of a respective buck-boost converter of the plurality of buck-boost converters associated with a respective load of the plurality of loads, wherein, in response to a periodic determination (408; 904) by the logic being that the output of the power source is below the threshold value, the logic is arranged to turn off power from an operating buck-boost converter having a lowest priority amongst operating buck-boost converters receiving power from the power source; and wherein, in response to the periodic determination by the logic being that the output of the power source is above the threshold value, the logic is arranged to turn on power from a further buck-boost converter connected to a test load and, if the output of the power source remains above the threshold value, to turn off power to the test load and to turn on power from a highest priority buck-boost converter which is not operating. a plurality of buck-boost converters configured to be coupled to a power source, each buck-boost converter of the plurality of buck-boost converters configured to supply power to an associated respective load (106; CMPC 1-4) of a plurality of loads; logic, at least a portion of which is in hardware, arranged to cause modification to a supply of power from the power source to the plurality of loads based on a comparison of an output of the power source and a threshold value and on a priority of a respective buck-boost converter of the plurality of buck-boost converters associated with a respective load of the plurality of loads, wherein, in response to a periodic determination (408; 904) by the logic being that the output of the power source is below the threshold value, the logic is arranged to turn off power from an operating buck-boost converter having a lowest priority amongst operating buck-boost converters receiving power from the power source; and wherein, in response to the periodic determination by the logic being that the output of the power source is above the threshold value, the logic is arranged to turn on power from a further buck-boost converter connected to a test load and, if the output of the power source remains above the threshold value, to turn off power to the test load and to turn on power from a highest priority buck-boost converter which is not operating.
Coating composition for making a porous inorganic oxide coating on a substrate, the composition comprising an inorganic oxide precursor as binder, a solvent, and a pore forming agent comprising: - an organic synthetic polyampholyte, being a copolymer obtained from at least one comonomer having a positively charged group, at least one comonomer having a negatively charged group and optionally at least one neutral comonomer; and - an organic compound, and wherein the pore forming agent is present in the form of dispersed colloidal particles having an average size of 20 - 200 nm as measured with DLS. - an organic synthetic polyampholyte, being a copolymer obtained from at least one comonomer having a positively charged group, at least one comonomer having a negatively charged group and optionally at least one neutral comonomer; and - an organic compound,
An optical fiber having a coating system that reduces stress-induced microbending, the optical fiber meeting the ITU-T G.657.A standard and/or the ITU-T G.657.B standard and comprising: a glass fiber having a diameter of 125 micrometer arid a cured primary coating surrounding said glass fiber, said cured primary coating comprising between 40 % and 80 % of a UV-curable poly-ether urethane acrylate composition, and further comprising a photoinitiator, one or more oligomers, and one or more monomer diluents, said cured primary coating having an in situ modulus of more than 0.2 MPA and less than 0.65 MPa and ( ii) a glass transition temperature of -50 °C or less, and a cured secondary coating surrounding said primary coating layer, wherein said secondary coating defines a secondary coating layer, characterized in that the fiber is trench assisted and said primary coating defines a primary coating layer having an outer diameter of between 135 and 175 micrometer. a glass fiber having a diameter of 125 micrometer arid a cured primary coating surrounding said glass fiber, said cured primary coating comprising between 40 % and 80 % of a UV-curable poly-ether urethane acrylate composition, and further comprising a photoinitiator, one or more oligomers, and one or more monomer diluents, said cured primary coating having an in situ modulus of more than 0.2 MPA and less than 0.65 MPa and ( ii) a glass transition temperature of -50 °C or less, and a cured secondary coating surrounding said primary coating layer, wherein said secondary coating defines a secondary coating layer, characterized in that the fiber is trench assisted and said primary coating defines a primary coating layer having an outer diameter of between 135 and 175 micrometer.
A torsion test device (200, 300, 400) for testing a test body (T2, T3, T4) having three or more input/output shafts, the device comprising:- three or more driving units (210, 220, 230, 310, 320, 330, 410, 420, 430), each respective driving unit being configured to connect with and drive a single shaft of the test body; and a controller configured to individually control each said driving unit characterised in that each drive unit is individually driven with one of an individually set rotational frequency and individually set torque, each of the three or more driving units being controllable with an individually-varying rotational frequency during a test; wherein the three or more driving units comprise:- a first driving unit (210, 310, 410) configured to connect with an input shaft of the test body; and two second driving units (220, 230, 320, 330, 420, 430) configured to connect with two output shafts (OL, OR) of the test body; and wherein the controller is configured to:- record a setting value of a rotational frequency difference between the two second driving units (220, 230, 320, 330, 420, 430) and a setting value of a sum of torques (Tm2, Tm3) to be applied to the two second driving units (220, 230, 320, 330, 420, 430); and set respective torques to be applied to the output shafts of the test body based on the recorded frequency difference while keeping constant the sum of the torques to be applied to the two second driving units. a first driving unit (210, 310, 410) configured to connect with an input shaft of the test body; and two second driving units (220, 230, 320, 330, 420, 430) configured to connect with two output shafts (OL, OR) of the test body; and record a setting value of a rotational frequency difference between the two second driving units (220, 230, 320, 330, 420, 430) and a setting value of a sum of torques (Tm2, Tm3) to be applied to the two second driving units (220, 230, 320, 330, 420, 430); and set respective torques to be applied to the output shafts of the test body based on the recorded frequency difference while keeping constant the sum of the torques to be applied to the two second driving units.