mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine, in particular for an aircraft, comprising: - an accessory gear box, - a first electric machine, - a starter-generator integrating a second electric machine configured to operate in starter mode and in generator mode, said first electric machine and said starter-generator integrating the second electric machine being arranged to transfer electrical power from one to the other, - control means configured to control said first electric machine and the starter-generator integrating the second electric machine, and - an epicyclic reduction gear train comprising three elements, a central planetary gear, an external ring gear and a planet carrier whose planet gears mesh with said planetary gear and said ring gear, said three elements being rotatable about an axis of the gearbox, a first of said three elements being intended to be coupled to the accessory gear box, a second of said three elements being intended to be coupled to the starter-generator integrating the second electric machine, a third of said three elements being driven in rotation by said first electric machine, wherein said control means are configured to modify the speed of rotation of the first electric machine and the starter-generator integrating the second electric machine so as to provide the starter-generator in starter mode with a maximum torque, and wherein said control means are configured to modify the speed of rotation of the first electric machine so that said starter-generator in generator mode is driven in rotation at a constant speed. - an accessory gear box, - a first electric machine, - a starter-generator integrating a second electric machine configured to operate in starter mode and in generator mode, said first electric machine and said starter-generator integrating the second electric machine being arranged to transfer electrical power from one to the other, - control means configured to control said first electric machine and the starter-generator integrating the second electric machine, and - an epicyclic reduction gear train comprising three elements, a central planetary gear, an external ring gear and a planet carrier whose planet gears mesh with said planetary gear and said ring gear, said three elements being rotatable about an axis of the gearbox, a first of said three elements being intended to be coupled to the accessory gear box, a second of said three elements being intended to be coupled to the starter-generator integrating the second electric machine, a third of said three elements being driven in rotation by said first electric machine, wherein said control means are configured to modify the speed of rotation of the first electric machine and the starter-generator integrating the second electric machine so as to provide the starter-generator in starter mode with a maximum torque, and wherein said control means are configured to modify the speed of rotation of the first electric machine so that said starter-generator in generator mode is driven in rotation at a constant speed.
A compound comprising a polypeptide of SEQ ID NO: 1 and a polyethylene glycol moiety, wherein the PEG moiety is covalently attached to a para-acetyl-phenylalanine (pAF) residue of the polypeptide of SEQ ID NO: 1.
The use of the 1-[2-(3-hydroxyadamant-1-yl-amino)acetyl]pyrrolidin-(2 S)-carbonitrile (vildagliptin) complexes of the Formula II and III for the preparation of high purity vildagliptin of the Formula I and/or pharmaceutically acceptable salts thereof.
Method for operating a liquid dispenser comprising at least one liquid container and at least one reciprocating pump comprising a pump chamber and a piston movable within the pump chamber, the pump being configured to withdraw liquid from the container during a suction stroke, the method comprising the following steps: - a suction stroke is carried out at a set pump speed; - after the suction stroke, the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed, characterized in that, if the pressure stroke is larger than a set value: - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off. - a suction stroke is carried out at a set pump speed; - after the suction stroke, the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed, characterized in that, if the pressure stroke is larger than a set value: - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off. - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off.
A Raman spectral mapping spectrometer having a line-shaped illumination pattern and a translation stage for generating a Raman spectral map of a sample, the spectrometer comprising: an excitation source that generates an excitation beam; a spectral analyzer having an entrance slit; an optical system that focuses the excitation beam onto the sample in a line-shaped illumination pattern thereby generating a Raman signal and focuses the Raman signal on the entrance slit; and a translation stage that moves the sample continuously, during the entire acquisition period of the detector for each spectrum, in a direction that is perpendicular to the line-shaped illumination pattern, so that a spectrum is obtained over a rectangular area, whose sides are defined by the line- shaped illumination pattern and the length the stage travelled during the spectral acquisition period; and a computer for controlling the stage and the spectral acquisition time of the detector and the stage travel speed, so as to control the spatial resolution of the spectral map in the stage travel direction, with said spatial resolution equal to the product of the spectral acquisition time and the stage travel speed. an excitation source that generates an excitation beam; a spectral analyzer having an entrance slit; an optical system that focuses the excitation beam onto the sample in a line-shaped illumination pattern thereby generating a Raman signal and focuses the Raman signal on the entrance slit; and a translation stage that moves the sample continuously, during the entire acquisition period of the detector for each spectrum, in a direction that is perpendicular to the line-shaped illumination pattern, so that a spectrum is obtained over a rectangular area, whose sides are defined by the line- shaped illumination pattern and the length the stage travelled during the spectral acquisition period; and a computer for controlling the stage and the spectral acquisition time of the detector and the stage travel speed, so as to control the spatial resolution of the spectral map in the stage travel direction, with said spatial resolution equal to the product of the spectral acquisition time and the stage travel speed.
Cold water inlet nozzle in a water heater comprising an outer pipe with a water reflector which has a support, characterized in that in the pipe there is a sealing through pipe, which is supported from below by a fixed through cap end by means of a retainer, wherein at the upper part of the sealing through pipe there is the water reflector, which has the support with a foot with an opening in it, and over the upper face of the outer pipe there is a sealing, and on the sealing the foot is located, which is locked by a locking means to the sealing through pipe.
Zygomatic implant having a partially interrupted threaded portion, said implant being defined by: - an elongated and cylindrical body provided with a double screw thread; - a conical apical region having a surface provided with a screw thread, said conical apical region comprising at least three helical chambers and a semi-spherical end; and - a cervical region defined by a smooth cervical surface, the edge of said cervical region being orthogonally linked to a perimeter and flat platform that delimits the hole of a prosthetic interface provided with at least one internal area with a hexagonal cross section, characterized in that: - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread; - the double screw thread being smoothly interrupted through a transition curvature, so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread, and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant, and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface. - an elongated and cylindrical body provided with a double screw thread; - a conical apical region having a surface provided with a screw thread, said conical apical region comprising at least three helical chambers and a semi-spherical end; and - a cervical region defined by a smooth cervical surface, the edge of said cervical region being orthogonally linked to a perimeter and flat platform that delimits the hole of a prosthetic interface provided with at least one internal area with a hexagonal cross section, characterized in that: - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread; - the double screw thread being smoothly interrupted through a transition curvature, so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread, and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant, and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface. - the elongated and cylindrical body comprises at least one longitudinal stripe having a smooth surface that interrupts the double screw thread; - the double screw thread being smoothly interrupted through a transition curvature, so that there are no cutting corners and cutting edges between the longitudinal stripe and the portion provided with the double screw thread, and - said smooth longitudinal stripe being located in the cervical portion of the zygomatic implant, and - the smooth longitudinal stripe being aligned with one of the flat sides of the internal area hexagon of the implant prosthetic interface.
A building component comprising an elongate support structure shaped to receive at least one covering element, wherein the elongate support structure comprises a mechanical fixing means for mechanically fixing the covering element and the elongate support structure together, and wherein the building component comprises a covering element, wherein the elongate support structure comprises a soffit wall, the soffit wall being adapted to receive a section of the covering element below the soffit wall in use, the covering element is a masonry slip, a brick slip, a block slip or a stone slip, characterised in that the covering element comprises a corresponding mechanical retaining means for cooperating with the mechanical fixing means of the elongate support structure for mechanically fixing the covering element and the elongate support structure together.
Rotating system to withdraw, to transport and to supply blanks, comprising >-two rotating elements (10, 20) which are disposed opposite one another and spaced among them; >-a first solar shaft act to support and rotate said two rotating elements (10, 20); >-a first planetary shaft and a second planetary shaft disposed coaxial among them, in which said first and said second planetary shafts are disposed parallel and radially spaced with respect to said first solar shaft, in which said first and said second planetary shafts are supported in a rotating manner by said first and said second rotating element, in which said first and said second planetary shafts are designed to move along a circular orbit around said first solar shaft; >-two first arms (30a, 30b), in which said two first arms (30a, 30b) extend with radial orientation with respect to said first and respectively to said second planetary shafts, in which said two first arms (30a, 30b) have two respective proximal portions (31 a, 31 b) respectively fixed on said first and second planetary shafts; >-a third lunar shaft, in which said third lunar shaft is supported in rotating manner by respective distal portions (32a, 32b) of the respective two first arms (30a, 30b); >-one or more second arms (40a, 40e, 40b), in which said one or more second arms (40a, 40e, 40b) extend with radial orientation with respect to said third lunar shaft, in which said one or more second arms (40a, 40e, 40b) have proximal portion (41 a, 41 e, 41 b) fixed on said third lunar shaft; >-one or more gripper means (50a, 50e, 50b), in which said one or more gripper means (50a, 50e, 50b) are supported in proximity of the distal portions (42a, 42e, 42b) of said one or more second radial arms (40a, 40e, 40b); >-first transmission means (60a-60b), in which said first transmission means (60a-60b) are able to rotate said first and said second planetary shafts in the same direction with respect to their axis (210ax, 210bx), in relationship of phase with respect to the rotation and to the angular positions of the two rotating elements (10, 20); characterized by further comprising >-second transmission means, in which said second transmission means are able to rotate-oscillate the third lunar shaft in independent manner with respect to the rotation and with respect to the angular positions of the two rotating elements (10, 20) and in an independent manner with respect to the rotation and with respect to the angular positions of the two planetary shafts (210a, 210b); >-first actuator means able to rotate said first solar shaft; >-second actuator means able to rotate-oscillate said third lunar shaft by said second transmission means; >-synchronizer means able to syncronize said first and said second actuator means.
A method of clipping a quantization level for a video encoder, the method comprising: generating the quantization level for a transform coefficient of a transform unit by quantizing the transform coefficient according to a quantization matrix and quantization parameter; and clipping the quantization level according to a clipping condition to generate a clipping-processed quantization level, characterized by determining the clipping condition based on video source bit-depth. generating the quantization level for a transform coefficient of a transform unit by quantizing the transform coefficient according to a quantization matrix and quantization parameter; and clipping the quantization level according to a clipping condition to generate a clipping-processed quantization level, characterized by determining the clipping condition based on video source bit-depth.
A food product-carrying unit for transferring food product from an in-feed section to an out-feed section of a small-scale, variable retention time food storage system, the food product-carrying unit comprising a pair of opposing side portions (11, 12) joined by a pair of opposing end portions (13, 14) to form an open rectangular frame section, the side portions (11, 12) having formations (16, 17; 18, 19) thereon, which formations (16, 17; 18, 19) are adapted to reversibly link the food product-carrying unit to corresponding formations on neighbouring food product-carrying units in the food storage system, a wheel (20, 21, 24) mounted at each end (22, 23; 25, 26) of the end portions (13, 14), the and each wheel (20, 21, 24) having an axle (39, 40) with a plastics wear part, with the wheels (20, 21, 24) being aligned such that, in use, the food product-carrying unit is movable forwards and backwards on the wheels (20, 21, 24) in a straight line through the food storage system, a wear pad (27, 28; 29, 30) mounted on the and each end portion (13, 14) to the outside of the frame section, and a member located within the frame section and attached thereto, which member is adapted to receive an insert thereon characterized in that the insert is in the form of a drip tray, a moulded plastics tray having depressions therein for receipt of individual product units or a steel mesh grating.
Method for making unleavened long-life bread, the dough of which is based on flour, water, salt and yeast, characterized in that the dough has the following composition, expressed as parts by weight: - bread-making four 100 parts - water 90 to 100 parts - salt 2 to 3 parts - baker's yeast 0.05 to 0.1 part, i.e. the quantity by weight of yeast relative to the flour is between 0.05% and 0.1%, and in that the flour used is a protein-rich flour comprising between 12% and 15% protein and originating from one or more ungerminated wheats, in that fermentation lasts in excess of 36 hours, in that the dough is kneaded in a single step at variable speed, the total duration of which is at least 40 minutes, salt being added to the dough at the end of kneading, and, lastly, in that the temperature of the dough remains below 30°C throughout fermentation and/or throughout kneading. - baker's yeast 0.05 to 0.1 part, i.e. the quantity by weight of yeast relative to the flour is between 0.05% and 0.1%,
A lysine-producing microorganism that has enhanced activity of aspartate kinase (LysC) compared to endogenous activity thereof, and enhanced activities of one or more enzymes selected from transketolase (Tkt) and pyruvate carboxylase (Pyc) compared to endogenous activities thereof, wherein the initiation codon of a combination of polynucletides encoding (i) LysC and (ii) Tkt and/or Pyc are substituted with ATG, and wherein the microorganism is Corynebacterium sp.
A hydraulic rescue device for manual operation by a rescuer, comprising a hydraulic cylinder comprising a cylinder tube and at least one piston rod (7, 7') that can be adjusted relative to the cylinder tube, at least one first support surface formed on the cylinder tube for supporting the rescue device in a load-transferring manner on first object surfaces that can be freely selected by a rescuer, at least one second support surface formed on the at least one piston rod (7, 7') for supporting the rescue device in a load bearing manner on second object surfaces that can be freely selected by a rescuer, and at least one control valve that can be operated manually for the optional initiation and termination of adjusting movements of the at least one piston rod (7, 7') relative to the cylinder tube, characterized in that at least one or multiple markings (23, 23'), which can be read by a rescuer, are formed on the lateral surface (22, 22') of the at least one piston rod (7, 7'), which at least one marking (23, 23') is provided at least to signal a remaining stroke of the at least one piston rod (7, 7') that is still available relative to the cylinder tube.
A wireless signal transmitting method in which a single access point transmits a wireless signal on which spatial division multiplexing has been performed to a first receiving station configured in accordance with a first standard and a second receiving station configured in accordance with a second standard that is earlier than the first standard, the wireless signal transmitting method comprising: a known signal generating step of generating a known signal that includes legacy short training field, L-STF; and a weight calculating step of calculating weight coefficients for subcarriers based on propagation channel information provided from the first receiving station and propagation channel information provided from the second receiving station, the wireless signal transmitting method being characterized by further comprising: a weighting processing step of performing weighting on an input signal that includes legacy long training field, L-LTF, and all signals that follow the L-LTF; and a wireless processing step of transmitting a transmission signal obtained by attaching the known signal to the input signal on which the weighting has been performed, wherein the L-STF and the L-LTF are available to the second receiving station configured in accordance with the second standard. a known signal generating step of generating a known signal that includes legacy short training field, L-STF; and a weight calculating step of calculating weight coefficients for subcarriers based on propagation channel information provided from the first receiving station and propagation channel information provided from the second receiving station, the wireless signal transmitting method being characterized by further comprising: a weighting processing step of performing weighting on an input signal that includes legacy long training field, L-LTF, and all signals that follow the L-LTF; and a wireless processing step of transmitting a transmission signal obtained by attaching the known signal to the input signal on which the weighting has been performed, wherein the L-STF and the L-LTF are available to the second receiving station configured in accordance with the second standard. a weighting processing step of performing weighting on an input signal that includes legacy long training field, L-LTF, and all signals that follow the L-LTF; and a wireless processing step of transmitting a transmission signal obtained by attaching the known signal to the input signal on which the weighting has been performed, wherein the L-STF and the L-LTF are available to the second receiving station configured in accordance with the second standard.
A method for operating a gyratory cone crusher, wherein the crusher comprises an inner crusher shell and an outer crusher shell, defining a crusher gap, wherein the crusher gap size is maintained using at least one hydraulic cylinder, and wherein hydraulic liquid is evacuated from the cylinder in case the hydraulic liquid pressure exceeds a first pressure threshold, characterized in detecting a tramp iron processing condition, and, if such a condition is detected, lowering said pressure threshold during a period of time.