mhurhangee/ep-ind-claims huggingface dataset:
Supercharging device for an internal combustion engine, in particular for a vehicle, wherein the supercharging device has: a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a shaft which connects the rotor rotationally conjointly to the compressor wheel, a bearing device for the mounting of the shaft, wherein the bearing device has a means for vibration damping, a receiving space, wherein a power electronics circuit for the control of the electric motor is arranged in the receiving space, and wherein the receiving space is hermetically sealed off with respect to the compressor space and the motor space, characterized in that the receiving space is arranged between motor housing and compressor housing, and furthermore by a means for allowing a pressure equalization between the receiving space and the surroundings. a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a shaft which connects the rotor rotationally conjointly to the compressor wheel, a bearing device for the mounting of the shaft, wherein the bearing device has a means for vibration damping, a receiving space, wherein a power electronics circuit for the control of the electric motor is arranged in the receiving space, and wherein the receiving space is hermetically sealed off with respect to the compressor space and the motor space, characterized in that the receiving space is arranged between motor housing and compressor housing, and furthermore by a means for allowing a pressure equalization between the receiving space and the surroundings.
A method for determining a therapeutic regimen for lung cancer comprising pemetrexed, the method comprising: (a) quantifying the level of a specified FR-α fragment peptide of SEQ ID NO:1 and the level of a specified GART fragment peptide of SEQ ID NO:2 in a protein digest prepared from a tumor sample of formalin-fixed solid tissue and calculating the level of both the FR-α and GART peptides in said sample by selected reaction monitoring using mass spectrometry; and (b) comparing the level of said FR-α fragment peptide to an FR-α reference level and comparing the level of said GART fragment peptide to a GART reference level; wherein when the level of the GART fragment peptide is lower than said reference level and when the level of the FR-α fragment peptide is detected, the therapeutic regimen comprises an effective amount of pemetrexed; and wherein when the level of the GART fragment peptide is above said reference level and the FR- α fragment peptide is not detected, the therapeutic regimen does not comprise an effective amount of pemetrexed. (a) quantifying the level of a specified FR-α fragment peptide of SEQ ID NO:1 and the level of a specified GART fragment peptide of SEQ ID NO:2 in a protein digest prepared from a tumor sample of formalin-fixed solid tissue and calculating the level of both the FR-α and GART peptides in said sample by selected reaction monitoring using mass spectrometry; and (b) comparing the level of said FR-α fragment peptide to an FR-α reference level and comparing the level of said GART fragment peptide to a GART reference level;
Apparatus for mass and/or energy transfer between two media, in particular between blood and a gas/ gas mixture, with a chamber through which the first medium, in particular blood, can flow and in which, transversely with respect to the direction of flow of the first medium, a bundle of hollow fibres permeable to mass and/or energy is arranged through which the second medium can flow and around which the first medium can flow, wherein the chamber is designed as an elastic shell, at least in a region which completely surrounds the bundle, and a rigid housing is arranged around the elastic shell, the inner wall of which housing contacts the shell in a plurality of first regions, characterized in that the plurality of first regions each extend in the direction of the hollow fibres, and the shell is not in contact with, and is in particular at a spacing from, the housing inner wall in a plurality of second regions in the direction of extent of the hollow fibres, and the first and second regions (9, 10) surround the bundle, in particular with a uniform angle distribution, wherein a plurality of the plurality of hollow spaces formed in the second regions between shell and housing each lead through the housing wall into a fluid connection through which the respective hollow space can be provided with a negative pressure relative to the internal pressure in the chamber, and the elastic shell, on account of its elastic deformability, can be moved into the hollow space and in this way the chamber volume can be increased.
A baler comprising: a frame; a compression system coupled to the frame, the compression system at least partially defining a compression chamber; a feed pan at least partially defining a pre-compression chamber in operable communication with the compression chamber, wherein the feed pan includes an inlet defining an inlet area (122, 122a, 122b) and an outlet defining an outlet area (134, 134a, 134b), and wherein the outlet of the pre-compression chamber is open to the compression chamber of the compression system; at least one actuator (146, 162) coupled to the feed pan; and the at least one actuator (146, 162) includes a first set of one or more actuators in operable communication with the feed pan and configured to adjust the outlet area (134, 134a, 134b); and the baler further comprising a second set of one or more actuators in operable communication with the feed pan and configured to adjust the inlet area (122, 122a, 122b); and a controller in operable communication with the at least one actuator (146, 162), and wherein the controller is configured to adjust the inlet area (122, 122a, 122b) and the outlet area (134, 134a, 134b) independently characterized in that the baler comprising a sensor configured to output signals to the controller representative of at least of the inlet area (122, 122a, 122b) and the outlet area (134, 134a, 134b). a frame; a compression system coupled to the frame, the compression system at least partially defining a compression chamber; a feed pan at least partially defining a pre-compression chamber in operable communication with the compression chamber, wherein the feed pan includes an inlet defining an inlet area (122, 122a, 122b) and an outlet defining an outlet area (134, 134a, 134b), and wherein the outlet of the pre-compression chamber is open to the compression chamber of the compression system; at least one actuator (146, 162) coupled to the feed pan; and the at least one actuator (146, 162) includes a first set of one or more actuators in operable communication with the feed pan and configured to adjust the outlet area (134, 134a, 134b); and the baler further comprising a second set of one or more actuators in operable communication with the feed pan and configured to adjust the inlet area (122, 122a, 122b); and a controller in operable communication with the at least one actuator (146, 162), and wherein the controller is configured to adjust the inlet area (122, 122a, 122b) and the outlet area (134, 134a, 134b) independently characterized in that the baler comprising a sensor configured to output signals to the controller representative of at least of the inlet area (122, 122a, 122b) and the outlet area (134, 134a, 134b).
An acoustic absorber, comprising - a carrier which includes a plurality of cutouts; and - a coating of the carrier formed of a paint, which covers the cutouts, characterized in that those portions of the coating which cover the cutouts each form at least two segments separated from each other by an opening and are designed as foam or impermeable to air. - a carrier which includes a plurality of cutouts; and - a coating of the carrier formed of a paint, which covers the cutouts,
A vane inlet device for use in a vessel to receive and redistribute a fluid stream entering the vessel, said vane inlet device comprising: a passageway bounded by a top plate and a bottom plate spaced from the top plate, said passageway having an inlet end for receiving the fluid stream when it enters the vessel, an opposite end, and first and second sides; a first array of vanes positioned in spaced apart relationship to each other along said first side of the passageway for receiving a first portion of said fluid stream when flowing from the inlet end of the passageway toward the opposite end and redirecting it out said first side of the passageway; a second array of vanes positioned in spaced apart relationship to each other along said second side of the passageway for receiving a second portion of said fluid stream when flowing from the inlet end of the passageway toward the opposite end and redirecting it out said second side of the passageway, wherein a spacing between the first array of vanes and the second array of vanes progressively decreases in a direction from the inlet end of the passageway toward the opposite end; and a beam extending from the top plate to the bottom plate between said first and second arrays of vanes to reduce flexure of the top and bottom plates. a passageway bounded by a top plate and a bottom plate spaced from the top plate, said passageway having an inlet end for receiving the fluid stream when it enters the vessel, an opposite end, and first and second sides; a first array of vanes positioned in spaced apart relationship to each other along said first side of the passageway for receiving a first portion of said fluid stream when flowing from the inlet end of the passageway toward the opposite end and redirecting it out said first side of the passageway; a second array of vanes positioned in spaced apart relationship to each other along said second side of the passageway for receiving a second portion of said fluid stream when flowing from the inlet end of the passageway toward the opposite end and redirecting it out said second side of the passageway, wherein a spacing between the first array of vanes and the second array of vanes progressively decreases in a direction from the inlet end of the passageway toward the opposite end; and a beam extending from the top plate to the bottom plate between said first and second arrays of vanes to reduce flexure of the top and bottom plates.
A well system that comprises: a wellhead; a production tree comprising a throughbore and a production outlet; a tubing spool comprising a throughbore and located between the wellhead and the tree; a tubing hanger connected to a production tubing; and a production isolator in fluid communication with the tubing hanger and the tree production outlet, wherein the tubing hanger is removable through the production tree with the tree connected to the tubing spool. a wellhead; a production tree comprising a throughbore and a production outlet; a tubing spool comprising a throughbore and located between the wellhead and the tree; a tubing hanger connected to a production tubing; and a production isolator in fluid communication with the tubing hanger and the tree production outlet, wherein the tubing hanger is removable through the production tree with the tree connected to the tubing spool.
Device for processing at least one workpiece, which has a processing unit having a frame with an upper frame part and a lower frame part, which can be moved relative to one another, wherein on the upper frame part an upper module part and on the lower frame part a lower module part of a processing module of the processing unit are arranged, wherein the processing device comprises at least one further processing unit (10b-10d), wherein the processing device comprises an upper base frame and a lower base frame, wherein said at least two processing units (10a-10d) are arranged between the upper base frame and the lower base frame of the processing device, wherein the upper and/or the lower base frame (2a, 2b) of the processing device can be moved relative to one another, wherein at least one base frame (2a, 2b) extends over the said at least two processing units (10a-10d), wherein the processing device comprises at least one centering device (20; 20', 20"), via which one processing unit (10a-10d) can be aligned in relation to at least one adjacent processing unit (10b-10d), and wherein the centering device (20; 20', 20") comprises a first centering element, which is provided on an upper frame part and/or on a lower frame part of one processing unit, and a complementary centering element, which is provided on the upper frame part and/or on the lower frame part of the adjacent processing unit, characterized in that the processing device comprises at least one centering adapter (50a-50d), by which the upper frame part and the lower frame part of the frame of said at least one processing unit (10a-10d) can be aligned in relation to each other.
Method for operating an automation network which has at least one client device (210, 220, 230, 240, 290) which controls a system and is provided with input data by the system which is controlled by the client device, a host device for carrying out complex control tasks in the automation network, and a packet-based communication connection between the host device and the client device, having the steps of the client device generating and transmitting input data in input value packets to the host device via the communication connection, the host device generating and transmitting output value packets, with the inclusion of the input data from the at least one client system, to the client device via the communication connection, and the client device generating a replacement output value packet if the client device does not receive at least one output value packet within a predefined period via the communication connection. at least one client device (210, 220, 230, 240, 290) which controls a system and is provided with input data by the system which is controlled by the client device, a host device for carrying out complex control tasks in the automation network, and a packet-based communication connection between the host device and the client device, having the steps of the client device generating and transmitting input data in input value packets to the host device via the communication connection, the host device generating and transmitting output value packets, with the inclusion of the input data from the at least one client system, to the client device via the communication connection, and the client device generating a replacement output value packet if the client device does not receive at least one output value packet within a predefined period via the communication connection.
An oral composition, comprising: a) at least one compound of Formula I M 1 - A - M 2 - B - M 3 wherein: M 1 and M 3 are, independently, a monovalent or divalent metal; M 2 is selected from titanium (Ti) or titanium (Ti) oxide; and A and B are, independently, selected from the group consisting of C 2 - C 6 diacids, triacids, and tetraacids; and b) at least one orally acceptable solvent wherein the composition is substantially free of water. a) at least one compound of Formula I M 1 - A - M 2 - B - M 3 wherein: M 1 and M 3 are, independently, a monovalent or divalent metal; M 2 is selected from titanium (Ti) or titanium (Ti) oxide; and A and B are, independently, selected from the group consisting of C 2 - C 6 diacids, triacids, and tetraacids; and b) at least one orally acceptable solvent
A method of sequencing a template that comprises a first repeat sequence and a second repeat sequence, wherein the first and second repeat sequences are in a direct repeat and either identical or nearly identical, comprising: (a) in the same reaction, hybridizing a primer to a first site that is upstream of the first repeat sequence and hybridizing a primer to a second site that is upstream of the second repeat sequence, wherein the first and second sites are: (i) upstream of the first and second repeat sequences, respectively, and (ii) equidistant from the first and second repeat sequences; and (b) subjecting the hybridization product of (a) to a sequencing-by-synthesis sequencing reaction to produce a sequence read that comprises a combination of the first and second repeat sequences. (a) in the same reaction, hybridizing a primer to a first site that is upstream of the first repeat sequence and hybridizing a primer to a second site that is upstream of the second repeat sequence, wherein the first and second sites are: (i) upstream of the first and second repeat sequences, respectively, and (ii) equidistant from the first and second repeat sequences; and (i) upstream of the first and second repeat sequences, respectively, and (ii) equidistant from the first and second repeat sequences; and (b) subjecting the hybridization product of (a) to a sequencing-by-synthesis sequencing reaction to produce a sequence read that comprises a combination of the first and second repeat sequences.
Lighting device having at least one semiconductor light source and a heat sink, wherein - the heat sink is connected thermally conductive to the semiconductor light source, - the heat sink has a base part facing towards the semiconductor light source, - the base part being formed at least substantially in the shape of a cup with a bottom and a side wall, which confine an inner cavity, and the at least one semiconductor light source is arranged at the bottom of the base part in the inner cavity, - the side wall has a chamfer at which the clear width of the inner cavity increases, starting from the bottom to the free edge of the side wall being remote from the bottom, - cooling ribs are formed to the base part, - the heat sink has openings for the passage of cooling air, - the cooling ribs protrude from the at least one semiconductor light source in directions arranged transversely to one another, when seen in a top view on the base part, - the openings are arranged in the base part between the cooling ribs, and characterized in that the openings protrude from the bottom into the chamfer. - the heat sink is connected thermally conductive to the semiconductor light source, - the heat sink has a base part facing towards the semiconductor light source, - the base part being formed at least substantially in the shape of a cup with a bottom and a side wall, which confine an inner cavity, and the at least one semiconductor light source is arranged at the bottom of the base part in the inner cavity, - the side wall has a chamfer at which the clear width of the inner cavity increases, starting from the bottom to the free edge of the side wall being remote from the bottom, - cooling ribs are formed to the base part, - the heat sink has openings for the passage of cooling air, - the cooling ribs protrude from the at least one semiconductor light source in directions arranged transversely to one another, when seen in a top view on the base part, - the openings are arranged in the base part between the cooling ribs, and
A thermoelectric device comprising: a thermoelectric converter having a thermoelectric element built-in; a first heat conductor and a second heat conductor facing each other through the thermoelectric converter; a first gap filler disposed between the thermoelectric converter and the first heat conductor; and a first sheet material disposed between the first heat conductor and the first gap filler and/or between the thermoelectric converter and the first gap filler, the first sheet material having flexibility, wherein a surface of the first sheet material opposite from the first gap filler is an anti-adhesive surface having lower adhesiveness than the first gap filler, the thermoelectric converter has a plurality of the thermoelectric elements between a pair of substrates, and the first gap filler is formed of thermal conductive grease. a thermoelectric converter having a thermoelectric element built-in; a first heat conductor and a second heat conductor facing each other through the thermoelectric converter; a first gap filler disposed between the thermoelectric converter and the first heat conductor; and a first sheet material disposed between the first heat conductor and the first gap filler and/or between the thermoelectric converter and the first gap filler, the first sheet material having flexibility, wherein a surface of the first sheet material opposite from the first gap filler is an anti-adhesive surface having lower adhesiveness than the first gap filler, the thermoelectric converter has a plurality of the thermoelectric elements between a pair of substrates, and the first gap filler is formed of thermal conductive grease.
A soil monitoring system for an agricultural implement, comprising: a device associated with at least one row unit of the agricultural implement, said device resiliently engaging a bottom of a soil trench opened in a soil surface by the at least one row unit; a soil reflectivity sensor disposed in said device for measuring soil moisture, said soil reflectivity sensor configured to measure light reflected from a soil surface within said soil trench, said light generated from a light source disposed in said device; a processor in electrical communication with said soil reflectivity sensor; and a display in electrical communication with said processor, said display displaying said measured moisture; characterised in that said device is a seed firmer and in that said light source is made out of light-emitting diodes. a device associated with at least one row unit of the agricultural implement, said device resiliently engaging a bottom of a soil trench opened in a soil surface by the at least one row unit; a soil reflectivity sensor disposed in said device for measuring soil moisture, said soil reflectivity sensor configured to measure light reflected from a soil surface within said soil trench, said light generated from a light source disposed in said device; a processor in electrical communication with said soil reflectivity sensor; and a display in electrical communication with said processor, said display displaying said measured moisture; characterised in that said device is a seed firmer and in that said light source is made out of light-emitting diodes.
An apparatus for cell or tissue culture, the apparatus comprising a base plate, an intermediate face and a top plate, the intermediate face being removably sandwiched between the base plate and the top plate, wherein the base plate has a circumferential wall, a base and a top wall, wherein the top wall of the base plate comprises a plurality of recesses arranged in n lines, wherein n is an integer from 1 to about 25 and wherein each line of recesses ranges from a first recess to a last recess, each recess having a circumferential recess wall, wherein the circumferential recess wall of each recess has one recess inlet and one recess outlet (40,41), wherein the circumferential wall of the base plate comprises a number of 2 n ports, each port being coupled to a single line of recesses of said n lines, wherein the recesses of each line of recesses are in fluid communication with (i) each other via the recess inlets and the recess outlets (40, 41) and (ii) with a first and a second port of said 2 n ports, such that the first recess of each line of recesses is coupled to a first port and the last recess of each line of recesses is coupled to a second port, wherein the intermediate face has a plurality of recesses arranged in m lines fitted into the plurality of recesses of the top wall of the base plate, wherein m is an integer from 1 to about 25 equal to or smaller than n, and wherein the recesses of the intermediate face have water permeability, and wherein the top plate is reversibly sealed to the intermediate face and the intermediate face is reversibly sealed to the base plate, such that the recesses of the top wall of the base plate define culture chambers, each culture chamber having a circumferential wall defined by the recess wall and a removable top, the top being defined by a portion of the top plate.