mhurhangee/ep-ind-claims huggingface dataset:
A power production system comprising: an integrated control system configured for automated control of at least one component of the power production system, the control system including at least one controller unit configured to receive an input related to a measured parameter of the power production system and configured to provide an output to the at least one component of the power production system subject to the automated control; a turbine; a power producing generator; a compressor downstream from the turbine and in fluid connection with the turbine; a pump downstream from the compressor and in fluid connection with the compressor; and a heater positioned downstream from the pump and in fluid connection with the pump and positioned upstream from the turbine and in fluid connection with the turbine; wherein the integrated control system is a power controller configured to receive an input related to power produced by the power producing generator and provide an output to a heater of the power production system to increase or decrease heat production by the heater; wherein the integrated control system includes a pump controller configured to receive an input related to temperature of an exhaust stream exiting the turbine and provide an output to the pump to control a flow rate of a stream passing from the pump to the heater and thereby control the heat output by the heater. an integrated control system configured for automated control of at least one component of the power production system, the control system including at least one controller unit configured to receive an input related to a measured parameter of the power production system and configured to provide an output to the at least one component of the power production system subject to the automated control; a turbine; a power producing generator; a compressor downstream from the turbine and in fluid connection with the turbine; a pump downstream from the compressor and in fluid connection with the compressor; and a heater positioned downstream from the pump and in fluid connection with the pump and positioned upstream from the turbine and in fluid connection with the turbine; wherein the integrated control system is a power controller configured to receive an input related to power produced by the power producing generator and provide an output to a heater of the power production system to increase or decrease heat production by the heater; wherein the integrated control system includes a pump controller configured to receive an input related to temperature of an exhaust stream exiting the turbine and provide an output to the pump to control a flow rate of a stream passing from the pump to the heater and thereby control the heat output by the heater.
A method of coating a component comprising the steps of: a) placing a coating (54, 56) on a metal substrate, and over cooling air holes formed through said metal substrate; b) identifying the location of the cooling air holes by inspecting the coated component for the location of indicators of the coating (54, 56) passing over the cooling air holes; and c) using the identified location of the indicators to control a cutting tool to remove coating (54, 56) from the cooling air holes, wherein said coating (54, 56) includes a bond layer directly deposited on the substrate and an outer coating deposited on the bond layer in step b) and characterised in that the coating (54, 56) is provided with a top coat to assist with the identification of the indicators, and the drilling. a) placing a coating (54, 56) on a metal substrate, and over cooling air holes formed through said metal substrate; b) identifying the location of the cooling air holes by inspecting the coated component for the location of indicators of the coating (54, 56) passing over the cooling air holes; and c) using the identified location of the indicators to control a cutting tool to remove coating (54, 56) from the cooling air holes, wherein said coating (54, 56) includes a bond layer directly deposited on the substrate and an outer coating deposited on the bond layer in step b) and characterised in that the coating (54, 56) is provided with a top coat to assist with the identification of the indicators, and the drilling.
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam that is guided inside a process chamber of the apparatus, wherein the apparatus comprises a determination device (7, 8) that is arranged inside the process chamber and adapted to determine at least one parameter of the energy beam, preferably during an additive manufacturing process, in particular during a process step of the additive manufacturing process in which build material is applied onto a build plane of the apparatus, characterized in that the determination device (7, 8) comprises a beam splitter, a first determination unit, and a second determination unit, the beam splitter being adapted to split the energy beam into a first and a second sub-part (13, 14), wherein the beam splitter is further adapted to guide the first sub-part to the first determination unit and the second sub-part to the second determination unit, wherein the first determination unit is adapted to determine a focal position of the energy beam and the second determination unit is adapted to determine a lateral position, in particular a position in the x- and y-plane, of the energy beam.
Safety belt webbing for a vehicle, comprising a fabric of interlaced warp threads and weft threads, characterised in that the fabric is at least partially formed in such a way that it is at least 6-bonded in the weave repeat, preferably 8-bonded, wherein the term "bonded" defines the number of warp threads and weft threads or weft inserts in the weave repeat, thus, for example, a 6-bonded weave repeat has 6 warp threads and 6 weft threads and that a) the weave repeat comprises at least four, preferably six, crossing points with the weft threads for each warp thread, the crossing points being those weave points which result between the said warp thread and the weft threads when the warp thread changes from a warp high to a warp low or vice versa within the weave repeat; and b) within the weave repeat, the maximum warp float per warp thread is above two weft threads and the maximum warp drop is below two weft threads; and c) within the weave repeat per warp thread, in addition to the warp flotation, there is at least one warp lift above one weft thread and at least one warp drop below one weft thread. a) the weave repeat comprises at least four, preferably six, crossing points with the weft threads for each warp thread, the crossing points being those weave points which result between the said warp thread and the weft threads when the warp thread changes from a warp high to a warp low or vice versa within the weave repeat; and b) within the weave repeat, the maximum warp float per warp thread is above two weft threads and the maximum warp drop is below two weft threads; and c) within the weave repeat per warp thread, in addition to the warp flotation, there is at least one warp lift above one weft thread and at least one warp drop below one weft thread.
A method for purifying a protein, wherein the protein is separated from impurities using an activated carbon to obtain the protein with a low content of impurities, wherein the protein is a monoclonal antibody, wherein the pH of the protein-containing aqueous solution to be contacted with the activated carbon is 4 to 5, wherein the impurities are any one of host cell proteins, protein-derived polymers, protein-derived degradation products, or DNAs and wherein protein A chromatography is not used.
Reactor for producing a product gas from a fuel, comprising a housing (11, 12, 13) with a combustion part accommodating a fluidized bed in operation, a riser extending along a longitudinal direction of the reactor, a pyrolysis part positioned in a riser channel inside the riser, a downcomer positioned coaxially around the riser and extending into the fluidized bed, a top reactor wall wherein the top reactor wall narrows and attaches to the downcomer and forms a separation between the combustion part and the pyrolysis part, and one or more feed channels for providing the fuel to the riser, the riser being attached to a bottom rim of the bottom part of the housing (11, 12, 13), and a part of the riser above the one or more feed channels being expandable with respect to the downcomer in the longitudinal direction of the reactor.
A subsea direct electrical heating assembly adapted to heat a hydrocarbon conducting steel pipeline arranged subsea, the subsea direct electric heating assembly comprising a direct electrical heating cable extending along and being connected to the steel pipeline and a power transmission cable receiving electric power from a power supply, arranged onshore or at surface offshore, and feeding the direct electrical heating cable, characterized in that the subsea direct electrical heating assembly further comprises a power conditioning arrangement arranged at a subsea location, in a position between the power transmission cable and the direct electrical heating cable, wherein the power transmission cable extends from the offshore or onshore power supply and down to the power conditioning arrangement.
A printed circuit board, PCB, assembly comprising: a PCB, the PCB being arranged to define a through-hole therein, the through-hole having a surface, wherein the PCB includes a top surface and a bottom surface; a slug arrangement, the slug arrangement being formed from an electrically and thermally conductive material and including at least a first portion and a second portion, wherein at least a part of the first portion is positioned in the through-hole, and wherein the second portion is coupled to the bottom surface; and a surface mount component, the surface mount component being positioned over the through-hole and the top surface, the surface mount component having a first surface configured to contact the first portion via a first solder interface, wherein the second portion is coupled to the bottom surface through a second solder interface, characterised in that the first portion is a vertical compensation element that is configured to be positioned relative to the rest of the slug arrangement to adjust vertically for a variation in thickness of the PCB and is further configured to be secured in place relative to the rest of the slug arrangement after the vertical compensation element is positioned in a desired position. a PCB, the PCB being arranged to define a through-hole therein, the through-hole having a surface, wherein the PCB includes a top surface and a bottom surface; a slug arrangement, the slug arrangement being formed from an electrically and thermally conductive material and including at least a first portion and a second portion, wherein at least a part of the first portion is positioned in the through-hole, and wherein the second portion is coupled to the bottom surface; and a surface mount component, the surface mount component being positioned over the through-hole and the top surface, the surface mount component having a first surface configured to contact the first portion via a first solder interface, wherein the second portion is coupled to the bottom surface through a second solder interface, characterised in that the first portion is a vertical compensation element that is configured to be positioned relative to the rest of the slug arrangement to adjust vertically for a variation in thickness of the PCB and is further configured to be secured in place relative to the rest of the slug arrangement after the vertical compensation element is positioned in a desired position.
A dental implant for insertion in the jaw bone of a patient, comprising an elongated body having a longitudinal axis and a coronal end, an interior bore extending longitudinally from the coronal end, comprising an inwardly tapered frustoconical surface extending from the coronal end, and, apically adjacent to the frustoconical surface a cylindrical portion, wherein the bore further comprises a first set of equally profiled longitudinally extending anti-rotation structures constituting a first anti-rotation feature and a second set of equally profiled longitudinally extending anti-rotation structures constituting a second anti-rotation feature, the anti-rotation structures of the first and second set extending at least over a common length (a) along the longitudinal axis, wherein the common length (a) of the first and second anti-rotation structures (10', 12) is located apical of the frustoconical surface which is free from the first and second anti-rotation structures (10', 12).
An endoscope comprising: an elongated shaft terminating with a tip section wherein said tip section comprises: a permanent section connected to the elongated shaft; and a removable section securely connectable to the permanent section, wherein the removable section comprises at least one capture device (304, 338) and at least one light source (328, 340), wherein the permanent section comprises a hollow elongated section protruding from the permanent section and having a channel formed therein, and the removable section comprises a channel extending through the entire length of the removable section to a distal face surface and corresponding to the channel of the hollow elongated section to insert the hollow elongated section into channel of the removable section to create a working channel for passing through a surgical tool, and characterized in that the endoscope further comprises a switch on the permanent section such that the endoscope can operate only if the switch is pressed by the removable section, and in that said at least one capture device within the removable section comprises a side-facing camera. a permanent section connected to the elongated shaft; and a removable section securely connectable to the permanent section, wherein the removable section comprises at least one capture device (304, 338) and at least one light source (328, 340),
A hard surface cleaning composition having a pH of greater than 7.0 measured on the neat composition, at 25°C and comprising: (a) from 0.01% to 10% by weight of a surfactant system; and (b) a carboxylated fructan; wherein the surfactant system comprises: (a) from 0.1% to 4.5% by weight of the composition of alkoxylated nonionic surfactant, and (b) from 0.005% to 2.0% by weight of the composition of amine oxide surfactant. (a) from 0.01% to 10% by weight of a surfactant system; and (b) a carboxylated fructan; (a) from 0.1% to 4.5% by weight of the composition of alkoxylated nonionic surfactant, and (b) from 0.005% to 2.0% by weight of the composition of amine oxide surfactant.
A cylinder internal-pressure sensor for an engine, having a ring shape and adapted to detect an internal pressure (Pc) of a cylinder (Ec) said sensor being attached to an outer peripheral surface (Mas, Mab) of a distal end portion of a component (Ma, Mb) facing a combustion chamber (Rb) of the engine, characterized in that the cylinder internal-pressure sensor is provided with a housing unit composed of an outer cylinder portion having an elastic portion elastically deformable in the axial direction and an inner cylinder portion having an elastic portion elastically deformable in the axial direction; a pressure-receiving ring block portion hermetically fixed between the outer cylinder portion and the inner cylinder portion, located on the front of the elastic portions (2es, 2is) so as to face the combustion chamber (Rb) of the engine, and having a front surface as a pressure receiving surface facing the combustion chamber (Rb) of the engine; at least one pressure detection element in contact with a rear surface of the pressure-receiving ring block portion opposed to the pressure receiving surface, the at least one pressure detection element thereby arranged to receive the internal pressure from the pressure-receiving ring block portion; and a support ring block portion fixed between the outer cylinder portion and the inner cylinder portion, having a front surface facing the rear surface of the pressure-receiving ring block portion through the pressure detection element, the front surface being a support surface supporting the pressure detection element.
An optoelectronic sensor for acquiring measurement information from a monitoring area, wherein the sensor comprises a light receiver and an evaluation unit for generating measurement information having an angular resolution with respect to an angle of origin (40, 44) from a reception signal of the light receiver, wherein the evaluation unit is configured to detect an optical marker which defines an angular position designated by a user, and to shift the angle of origin (40, 44) to the designated angular position, characterized in that the optical marker is arranged at a front screen of the sensor.
An image inspection device for print defect detection in a captured image, wherein the captured image is obtained by capturing a printed image on a printed recording medium, which has been printed to the recording medium on the basis of print data, comprising: an imaging unit configured to capture the printed image; an inspection unit configured to inspect the captured image obtained by capturing the printed image by the imaging unit for detecting the print defects; an image storage unit configured to hold the captured image; and a saving processing unit configured to record the captured image into the image storage unit, wherein the saving processing unit adapts a data size of the recorded captured image by dynamically changing a recording resolution of the captured image at a time of recording the captured image into the image storage unit, in accordance with a result of an inspection for detecting print defects by the inspection unit. an imaging unit configured to capture the printed image; an inspection unit configured to inspect the captured image obtained by capturing the printed image by the imaging unit for detecting the print defects; an image storage unit configured to hold the captured image; and a saving processing unit configured to record the captured image into the image storage unit, wherein the saving processing unit adapts a data size of the recorded captured image by dynamically changing a recording resolution of the captured image at a time of recording the captured image into the image storage unit, in accordance with a result of an inspection for detecting print defects by the inspection unit.
A computer-implemented method performed by at least one processor, the method comprising: receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; wherein the logged speech recognition results are speech recognition results for voice-recorded messages from client devices (108,110), wherein the target context is associated with a particular application, that is executing on one of the client devices (108, 110) at a time when an utterance was spoken, or with a geographic location of one of the client devices when an utterance was spoken, generating a target corpus by machine-translating the logged speech recognition results from the given language to a different, target language; and estimating a language model that is specific to the different, targetlanguage and the same, target context, using the target corpus. receiving logged speech recognition results from an existing corpus that is specific to a given language and a target context; wherein the logged speech recognition results are speech recognition results for voice-recorded messages from client devices (108,110),
Rear spoiler device for a vehicle comprising at least one pivoted rear door (6, 8), wherein the rear spoiler device comprises at least: one air deflector element (15, 25, 35, 45), which is adjustable between a basic position and a drive position for extending the contour and aerodynamic air deflection, and one support device (18, 28, 38, 48) for supporting the air deflector element (15, 25, 35, 45) in its drive position, wherein the rear spoiler device can be fitted in its entirety to a rear door or two rear doors (6, 8), characterized in that the support device comprises a four-bar linkage (18, 28, 38, 48) having at least four joints or joint axes (A, B, C, D) for adjusting the air deflector element (15, 25, 35, 45) between the basic position and the drive position. one air deflector element (15, 25, 35, 45), which is adjustable between a basic position and a drive position for extending the contour and aerodynamic air deflection, and one support device (18, 28, 38, 48) for supporting the air deflector element (15, 25, 35, 45) in its drive position, wherein the rear spoiler device can be fitted in its entirety to a rear door or two rear doors (6, 8), characterized in that the support device comprises a four-bar linkage (18, 28, 38, 48) having at least four joints or joint axes (A, B, C, D) for adjusting the air deflector element (15, 25, 35, 45) between the basic position and the drive position.
An apparatus comprising means for: receiving an indication from a transmitting terminal device indicative of a sidelink resource reserved for receiving a subsequent sidelink transmission from the transmitting terminal device; detecting that the subsequent sidelink transmission is not received from the transmitting terminal device over the reserved sidelink resource; and as a response to detecting that the subsequent sidelink transmission was not received over the reserved sidelink resource, monitoring a sidelink complementary resource set window (225, 227, 430, 440) for receiving the subsequent sidelink transmission from the transmitting terminal device. receiving an indication from a transmitting terminal device indicative of a sidelink resource reserved for receiving a subsequent sidelink transmission from the transmitting terminal device; detecting that the subsequent sidelink transmission is not received from the transmitting terminal device over the reserved sidelink resource; and as a response to detecting that the subsequent sidelink transmission was not received over the reserved sidelink resource, monitoring a sidelink complementary resource set window (225, 227, 430, 440) for receiving the subsequent sidelink transmission from the transmitting terminal device.
A mold release sheet comprising a resin layer provided on a semi-aromatic polyamide resin film, wherein the semi-aromatic polyamide resin forming the semi-aromatic polyamide resin film is a resin formed from an aromatic dicarboxylic acid component and an aliphatic diamine component, and the resin layer contains an acid-modified polyolefin resin having a proportion of an acid-modified component of 2 to 6% by mass, and a crosslinking agent.
A device for use in a vehicle for receiving and processing first data during a parking position of the vehicle, wherein the first data contain information about a duration of a signal of at least one satellite relating to the vehicle and take into account errors during determining a position of the vehicle due to atmospheric effects, and wherein the first data are generated by the satellite, wherein the at least one satellite is designed to send the first data to the vehicle, wherein the device receives the first data provided and generated by the satellite in defined temporal intervals during the period of time in which the vehicle is in the parking position, with a first communication interface, wherein the first communication interface is designed to receive the first data from the at least one satellite, a controller designed to be connectible to the first communication interface in order to receive first data from the first communication interface for processing, and wherein the controller is further designed to determine at least one parameter for creating an error correction model for correcting a positioning area during the determining of a position for the vehicle based on the received first data.