mhurhangee/ep-ind-claims huggingface dataset:
A process for producing succinate comprising culturing a recombinant yeast cell under fermentation conditions in a fermentation broth that includes a sugar that is fermentable by the cell, wherein the recombinant yeast cell has an active reductive oxidative tricarboxylic acid pathway from pyruvate or phosphoenolpyruvate to succinate and expresses an NAD + transhydrogenase enzyme non-native to said yeast cell, and which further has integrated into its genome one or more of: (i) a pyruvate carboxylase gene non-native to said yeast cell, which encodes an enzyme that catalyzes the conversion of pyruvate to oxaloacetate; (ii) a malate dehydrogenase gene non-native to said yeast cell, which encodes for an enzyme that catalyzes the conversion of oxaloacetate to malate; (iii) a fumarase gene non-native to said yeast cell, which encodes for an enzyme that catalyzes the conversion of malate to fumarate; and (iv) a fumarate reductase gene non-native to said yeast cell, which encodes an enzyme that catalyzes the conversion of fumarate to succinate, wherein the NAD + transhydrogenase enzyme is soluble in the cytosol of the recombinant cell. (i) a pyruvate carboxylase gene non-native to said yeast cell, which encodes an enzyme that catalyzes the conversion of pyruvate to oxaloacetate; (ii) a malate dehydrogenase gene non-native to said yeast cell, which encodes for an enzyme that catalyzes the conversion of oxaloacetate to malate; (iii) a fumarase gene non-native to said yeast cell, which encodes for an enzyme that catalyzes the conversion of malate to fumarate; and (iv) a fumarate reductase gene non-native to said yeast cell, which encodes an enzyme that catalyzes the conversion of fumarate to succinate,
Device for reading magnetic strip and/or chip cards, having a slot for feeding a magnetic strip and/or chip card in a feed direction, the magnetic strip and/or chip card being arranged in a feed plane during feeding, the device comprising a reading unit for reading data stored on a magnetic strip of the magnetic strip and/or chip card and/or for reading data stored on a chip of the magnetic strip and/or chip card, a rotary unit for rotating a magnetic strip and/or chip card fed in from the feed plane into a reading plane, which extends at a predetermined angle relative to the feed plane, the rotary unit being arranged behind the slot as seen in the feed direction, characterized in that the rotary unit is arranged immediately behind the slot.
Electric motor vehicle auxiliary unit with an at least partially electrically conductive auxiliary unit housing, in which there are provided an electric drive motor with motor coils on the stator side, a unit mechanics driven by the drive motor, a motor electronics circuit board with motor electronics having control and power electronics for controlling the drive motor, wherein the motor electronics circuit board comprises at least one housing ground connection (48, 56), which is directly electrically conductively connected to the auxiliary unit housing via a housing ground member, characterized in that the motor control electronics circuit board can be connected to a motor control unit via a plug connection, wherein the plug connection is electrically connected to the motor control electronics circuit board via a punched comb arrangement with at least two plug pins (48, 54, 60, 62), wherein a vehicle ground member is provided, which can be connected to the motor control unit via the punched comb arrangement, wherein the housing ground member is realized as a connector pin of the punched comb arrangement, wherein starting from the motor control electronics circuit board, a common connector pin section is provided for the housing ground member and the vehicle ground member, wherein a free end of the plug pin is inserted into an opening of an electrically conductive housing part of the auxiliary unit housing.
An aryl hydrocarbon receptor (AhR) ligand for use in the treatment of an autoimmune disease, wherein a therapeutically effective amount of the AhR ligand is administered to a subject in need thereof, wherein the aryl hydrocarbon receptor (AhR) ligand is 11-chloro-7H-benzimidazo[2,1-a]benzo[de]Isoquinolin-7-one (11-Cl-BBQ).
A turbocharger assembly comprising: a turbine wheel, a turbine housing surrounding at least part of the turbine wheel, a wastegate port defined by the turbine housing and providing a bypass around the turbine wheel, wherein the wastegate port is defined in a section of the turbine housing that has a terminal surface that is flat and annular in shape, a valve plate movable between a first position closing the wastegate port and a number of additional positions opening the wastegate port, the valve plate having a face that faces the wastegate port, and the valve plate mating against the terminal surface when in the first position, a shaft connected to the valve plate and that rotates about an axis at a pivot point, and an arm extending from the shaft to the valve plate, wherein the pivot point and the axis are located on an opposite side of a plane defined by the face from the valve plate, when closed, and a curtain area is arranged radially inside the terminal surface of the section, wherein the curtain area is a flow area defined by a maximum cross-sectional area of an outlet of the wastegate port, wherein the valve plate and the arm are arranged to be completely out of the curtain area in an open position, such that an obstructed area is eliminated. a turbine wheel, a turbine housing surrounding at least part of the turbine wheel, a wastegate port defined by the turbine housing and providing a bypass around the turbine wheel, wherein the wastegate port is defined in a section of the turbine housing that has a terminal surface that is flat and annular in shape, a valve plate movable between a first position closing the wastegate port and a number of additional positions opening the wastegate port, the valve plate having a face that faces the wastegate port, and the valve plate mating against the terminal surface when in the first position, a shaft connected to the valve plate and that rotates about an axis at a pivot point, and an arm extending from the shaft to the valve plate, wherein the pivot point and the axis are located on an opposite side of a plane defined by the face from the valve plate, when closed, and a curtain area is arranged radially inside the terminal surface of the section, wherein the curtain area is a flow area defined by a maximum cross-sectional area of an outlet of the wastegate port, wherein the valve plate and the arm are arranged to be completely out of the curtain area in an open position, such that an obstructed area is eliminated.
An apparatus for feeding rod-shaped articles in a packaging machine, comprising a hopper the lower portion of which is equipped with at least one mouth for dispensing rod-shaped articles, subdivided by a plurality of walls substantially vertical and parallel to each other in a plurality of substantially vertical channels positioned side by side horizontally, each of which is designed to accommodate internally a stack of rod-shaped articles reciprocally superposed; in a position and at a level immediately above that of the upper edge of each of the substantially vertical walls being positioned a substantially cylindrical roller or rod oscillating in the two directions about its axis parallel to the axes of the rod-shaped articles for facilitating the entry in the channels; characterised in that each roller has the relative axis off set laterally in a horizontal direction relative to the upper edge of the substantially vertical wall which is below and adjacent to said axis of the respective roller, so as to allow the rod-shaped articles, in use, to enter in the upper openings of the channels, the upper edges of the walls relative to each channel of each mouth of the hopper are positioned at different levels in such a way that the width of the passage defined between each pair of adjacent rollers lying above the walls of the channel are slightly greater than the diameter of a rod-shaped article; in order to allow the cigarettes to enter the openings at the top of the channels, the walls related to each mouth of the hopper decreasing in height starting from the central walls towards both sides of the mouth itself.
A sliding component wherein on one sealing face of a pair of sliding parts that slide relative to each other, multiple positive pressure-generating mechanisms that comprise extremely shallow parallel grooves running roughly in parallel with the sealing face and having submicron-level height differences are provided independently in a circumferential direction; extremely shallow thin grooves are formed on the sealing face on a low-pressure fluid side of the extremely shallow parallel grooves; the extremely shallow parallel grooves communicate with a high-pressure fluid side; the extremely shallow thin grooves are isolated from the low-pressure fluid side by a seal area, characterised in that the extremely shallow thin grooves directly communicate with the extremely shallow parallel grooves.
An arc quenching device for a three-phase electrical switchgear, the device comprising: a first busbar, a second busbar and a third busbar, each of a respective phase (L2, L3, L1) of the three-phase switchgear; at least one piston of an electrically conductive material and having a tapered shape, tapering towards its front end; and only one pyrotechnical actuator arranged to, when the pyrotechnical actuator is fired, axially move each of the at least one piston until all of the first, second and third busbars (T, S, R) are short-circuited to each other via the at least one piston; characterized by the device further comprising a protective earth busbar arranged such that, when the pyrotechnical actuator is fired, each of the at least one piston is axially moved until each of the at least one piston contacts the protective earth busbar such that each of the first, second and third busbars (T, S, R) are also short-circuited to the protective earth busbar via the at least one piston. a first busbar, a second busbar and a third busbar, each of a respective phase (L2, L3, L1) of the three-phase switchgear; at least one piston of an electrically conductive material and having a tapered shape, tapering towards its front end; and only one pyrotechnical actuator arranged to, when the pyrotechnical actuator is fired, axially move each of the at least one piston until all of the first, second and third busbars (T, S, R) are short-circuited to each other via the at least one piston; characterized by the device further comprising a protective earth busbar arranged such that, when the pyrotechnical actuator is fired, each of the at least one piston is axially moved until each of the at least one piston contacts the protective earth busbar such that each of the first, second and third busbars (T, S, R) are also short-circuited to the protective earth busbar via the at least one piston.
A method for configuring a distributed microphone system comprising a plurality of microphone devices connected via a network, the method comprising: - analyzing first historical audio data received from a first microphone device of the plurality of microphone devices, - analyzing second historical audio data received from a second microphone device of the plurality of microphone devices, - comparing the first historical audio data to the second historical audio data to identify differences between the first historical audio data and the second historical audio data, and - assigning a priority level to the first and/or second microphone device based on the differences between the first historical audio data and the second historical audio data, wherein the priority level is indicative of a priority rule for analyzing future audio data recorded by the first and/or second microphone device, respectively, and/or wherein the priority level is indicative of a communication rule for communicating future audio data from the first and/or second microphone device, respectively, via the network. - analyzing first historical audio data received from a first microphone device of the plurality of microphone devices, - analyzing second historical audio data received from a second microphone device of the plurality of microphone devices, - comparing the first historical audio data to the second historical audio data to identify differences between the first historical audio data and the second historical audio data, and - assigning a priority level to the first and/or second microphone device based on the differences between the first historical audio data and the second historical audio data, wherein the priority level is indicative of a priority rule for analyzing future audio data recorded by the first and/or second microphone device, respectively, and/or wherein the priority level is indicative of a communication rule for communicating future audio data from the first and/or second microphone device, respectively, via the network.
A compressed air gun, comprising: - a body, comprising a compressed air passage conduit including an upstream conduit that extends along a first axis (X20b) and a downstream air ejection conduit, and a hole, which extends along a second axis and which emerges obliquely or perpendicularly in the upstream conduit, - a closing member, which is translatable, parallel to the second axis, inside the hole between a closed position, where it blocks the passage of the air in the conduit, and an open position, where the air is free to flow between the upstream conduit and the downstream conduit, - a trigger controlling the movement of the closing member, which can be manipulated between a released configuration, where it keeps the closing member in the closed position, and a blowing configuration, where the closing member is in the open position, - means for returning the trigger to its released configuration, characterized in that it further comprises a tubular sleeve, which is immobilized inside the upstream conduit, which extends parallel to the first axis (X20b) and which delimits the air passage and in that the closing member, in the closed position, is suitable for closing off an air passage orifice by forming a sealed contact with the sleeve. - a body, comprising a compressed air passage conduit including an upstream conduit that extends along a first axis (X20b) and a downstream air ejection conduit, and a hole, which extends along a second axis and which emerges obliquely or perpendicularly in the upstream conduit, - a closing member, which is translatable, parallel to the second axis, inside the hole between a closed position, where it blocks the passage of the air in the conduit, and an open position, where the air is free to flow between the upstream conduit and the downstream conduit, - a trigger controlling the movement of the closing member, which can be manipulated between a released configuration, where it keeps the closing member in the closed position, and a blowing configuration, where the closing member is in the open position, - means for returning the trigger to its released configuration,
Piston/cylinder unit of a hydraulic system, in particular a slave cylinder for a hydraulic release system of a friction clutch of a vehicle, the slave cylinder having a housing which is arranged concentrically with respect to a transmission input shaft, the housing having at least one circularly annular ring space, in which an annular piston is guided in an axially displaceable manner, which annular piston is provided in the direction towards a pressure space with a seal which is fastened to a sealing ring carrier which is received on the annular piston, and latching elements being arranged on the sealing ring carrier, which latching elements latch with corresponding latching means of the annular piston, the latching elements of the sealing ring carrier being configured in the form of snap-in hooks (6.1) which are distributed on the circumference, and the latching means of the annular piston being configured as recesses (3.1) in the annular piston which correspond with the snap-in hooks, the annular piston having, in a manner which adjoins the recess (3.1) in the direction of the sealing ring carrier, a collar (3.2) with a first end side which points in the direction of the sealing ring carrier and a second end side which faces away from the said first end side, and the snap-in hooks (6.1) engaging into the recesses (3.1) and having a radially inwardly pointing lug (6.2) which bears with a bearing face against the second end side of the collar (3.2) of the piston with the application of an axial prestress, characterized in that, starting from the fourth end side, the snap-in hooks (6.1) are angled away radially to the outside and subsequently extend in the axial direction, and in that an axial spring travel is provided by way of the radial angled-away portion and/or the collar (3.2) has at least one groove (3.3) which runs in the circumferential direction and by way of which an axial spring travel is provided in the region of the collar (3.2).
Oil composition comprising 20-100 % by weight of wax esters, preferably 40-85% by weight of wax esters, wherein said wax esters consist of monoesters of mono- or polyunsaturated C16 to C22 fatty acids, said fatty acids comprise 5-20 % by weight of stearidonic acid, 3-20 % by weight of eicosapentaenoic acid and 2-15 % by weight of docosahexaenoic acid, and monounsaturated C16 to C22 fatty alcohols for use as a medicament for the prevention or treatment of abdominal obesity and type 2 diabetes.
Electric machine with an integrated cooling system, the electric machine comprising: a stator portion, a hollow rotor and a cooling system portion; the stator portion at the front and the cooling system portion at the back together being referred to as the cylindrical outer walls of the machine housing, the cooling system portion lying axially adjacent to the stator portion; a rotor drive shaft protruding coaxially with the cylindrical outer walls of the electric machine from the front of the electric machine; the hollow rotor being coupled to the rotor drive shaft and arranged coaxially within the stator portion of the cylindrical outer walls of the machine housing; at least one air inlet formed in the cylindrical outer walls of the machine housing axially between the stator portion and the cooling system portion; and at least one partially tubular air guide vane extending from the air inlet into the hollow rotor, the at least one air guide vane forming a cooling air duct for an airflow that can enter the air inlet, pass along a radially inner surface of the rotor facing a radially outer surface of the air guide vane, reach an axial end of the air guide vane, turn by 180°, pass along a radially inner surface of the air guide vane and flow back to a radially inner surface of the cooling system portion. the hollow rotor being coupled to the rotor drive shaft and arranged coaxially within the stator portion of the cylindrical outer walls of the machine housing; at least one air inlet formed in the cylindrical outer walls of the machine housing axially between the stator portion and the cooling system portion; and at least one partially tubular air guide vane extending from the air inlet into the hollow rotor, the at least one air guide vane forming a cooling air duct for an airflow that can enter the air inlet, pass along a radially inner surface of the rotor facing a radially outer surface of the air guide vane, reach an axial end of the air guide vane, turn by 180°, pass along a radially inner surface of the air guide vane and flow back to a radially inner surface of the cooling system portion.
An apparatus for executing a transcendental function operation on each element in a vector, comprising: a storing unit, configured to store vector data associated with a vector operation instruction; a register unit, configured to store scalar data associated with the vector operation instruction; a control unit, configured to decode the vector operation instruction and to control an operation process of the vector operation instruction; and a transcendental function calculating unit, configured to execute a transcendental function operation on input vector data according to the vector operation instruction under control of the control unit; the transcendental function calculating unit comprising a preprocessing section and an iterative calculating section, the preprocessing section being configured to preprocess the input vector data whereby a coordinate rotation digital computer, CORDIC, scheme is able to process the input vector data preprocessed, and the iterative calculating section being configured to execute an iterative operation on the input vector data preprocessed by using the CORDIC scheme to obtain result vector data, wherein the scalar data stored in the register unit comprise a start address of the input vector data, a storage address of output vector data, and a length of the input vector data associated with the vector operation instruction; wherein the start address of the input vector data and the storage address of the output vector data are addresses in the storing unit. a storing unit, configured to store vector data associated with a vector operation instruction; a register unit, configured to store scalar data associated with the vector operation instruction; a control unit, configured to decode the vector operation instruction and to control an operation process of the vector operation instruction; and a transcendental function calculating unit, configured to execute a transcendental function operation on input vector data according to the vector operation instruction under control of the control unit; the transcendental function calculating unit comprising a preprocessing section and an iterative calculating section, the preprocessing section being configured to preprocess the input vector data whereby a coordinate rotation digital computer, CORDIC, scheme is able to process the input vector data preprocessed, and the iterative calculating section being configured to execute an iterative operation on the input vector data preprocessed by using the CORDIC scheme to obtain result vector data, wherein the scalar data stored in the register unit comprise a start address of the input vector data, a storage address of output vector data, and a length of the input vector data associated with the vector operation instruction; wherein the start address of the input vector data and the storage address of the output vector data are addresses in the storing unit.