mhurhangee/ep-ind-claims huggingface dataset:
A method of induced committed differentiation of human-induced pluripotent stem cells (hiPSCs) to Leydig cells (hiPS-hNCSCs-LCs), comprising: performing differentiation on the human-induced pluripotent stem cells (hiPSCs) to obtain human neural crest stem cells (hiPS-hNCSCs); performing differentiation on the human neural crest stem cells (hiPS-hNCSCs) obtained in the step to obtain the Leydig cells (hiPS-hNCSCs-LCs); wherein step comprises performing differentiation on the human induced pluripotent stem cells (hiPSCs) in a neural differentiation culture medium to obtain the human neural crest stem cells (hiPS-hNCSCs), and wherein step further comprises culturing the human induced pluripotent stem cells (hiPSCs) in the neural differentiation culture medium to form embryoid bodies, and then performing adherent culture with a neural crest stem cell culture medium. performing differentiation on the human-induced pluripotent stem cells (hiPSCs) to obtain human neural crest stem cells (hiPS-hNCSCs); performing differentiation on the human neural crest stem cells (hiPS-hNCSCs) obtained in the step to obtain the Leydig cells (hiPS-hNCSCs-LCs);
An electronic device, the device comprising a serial interface unit for communicating with a master device according to a serial protocol via a serial data line and a serial clock line, the serial protocol defining - a clock cycle comprising a clock pulse on the serial clock line and a serial data bit value on the serial data line to be communicated synchronously to said clock pulse, and - a serial data word transfer comprising a predetermined number of clock cycles for communicating a data word having data bit values, the serial protocol further defining the serial data word transfer to comprise a further predetermined number of reserved clock cycles that are not assigned for communicating a data bit value of the data word, and characterized in that the device further comprising a clock unit arranged to be coupled to the serial clock line for providing a derived clock based on the clock pulses of the reserved clock cycles of the serial data word, and a control unit for performing a logical operation based on the derived clock. - a clock cycle comprising a clock pulse on the serial clock line and a serial data bit value on the serial data line to be communicated synchronously to said clock pulse, and - a serial data word transfer comprising a predetermined number of clock cycles for communicating a data word having data bit values,
Air conditioning assembly for a wagon of a rail vehicle, with an air conditioning unit which can be arranged on a roof of the rail vehicle, an air distribution box which is connected to a lower side of the air conditioning unit and has a feed air inlet opening on its upper side, main air conditioning channels (7, 8) which emanate from the air distribution box on both sides in each case in the longitudinal direction of the wagon, and a deflection device which is arranged within the air distribution box for the distribution of the feeder coming from the air conditioning unit and the main air conditioning channels (7, 8), a main body of the deflection device being configured in a wedge-shaped manner in a longitudinal section of the main air conditioning channels (7, 8), an uppermost edge of the main body of the deflection device facing the feed air inlet opening, while base regions of the main body of the deflection device adjoin bottoms of the main air conditioning channels (7, 8) in terms of their height level, and the deflection device being arranged within the air distribution box such that it can be displaced on both sides out of a central position in the longitudinal direction of the main air conditioning channels (7, 8), characterized in that the deflection device has a web which extends from the uppermost edge of the main body of the deflection device in the direction of the feed air inlet opening of the air distribution box. a main body of the deflection device being configured in a wedge-shaped manner in a longitudinal section of the main air conditioning channels (7, 8), an uppermost edge of the main body of the deflection device facing the feed air inlet opening, while base regions of the main body of the deflection device adjoin bottoms of the main air conditioning channels (7, 8) in terms of their height level, and the deflection device being arranged within the air distribution box such that it can be displaced on both sides out of a central position in the longitudinal direction of the main air conditioning channels (7, 8), characterized in that the deflection device has a web which extends from the uppermost edge of the main body of the deflection device in the direction of the feed air inlet opening of the air distribution box.
Collision control system for controlling deflection of an instrument cluster in a vehicle during collision, wherein said collision control system comprises: a steering assembly including a steering wheel and a steering column; a cross car beam, characterized in that said cross car beam comprises a first sliding surface; and an instrument panel assembly including an instrument cluster and a second sliding surface, which is arranged to abut and slide along said first sliding surface during said collision, wherein during collision said steering column is configured to move forward in a controlled manner and said steering assembly is arranged to push said instrument cluster, such that said second sliding surface of said instrument panel assembly slides along the first sliding surface for controlled deflection of the instrument cluster. a steering assembly including a steering wheel and a steering column; a cross car beam, characterized in that said cross car beam comprises a first sliding surface; and an instrument panel assembly including an instrument cluster and a second sliding surface, which is arranged to abut and slide along said first sliding surface during said collision, wherein during collision said steering column is configured to move forward in a controlled manner and said steering assembly is arranged to push said instrument cluster, such that said second sliding surface of said instrument panel assembly slides along the first sliding surface for controlled deflection of the instrument cluster.
An in vitro method for diagnosing an acute cerebral ischemic event in a subject who is suspected to suffer from an acute cerebral ischemic event, comprising a. determining the amount of NT-proANP in a sample from said subject, b. determining the amount of NT-proBNP in a sample from said subject, c. calculating of a ratio of the amounts of NT-proANP and NT-proBNP, and d. comparing the, thus, calculated ratio to a reference ratio, thereby diagnosing the acute cerebral ischemic event. a. determining the amount of NT-proANP in a sample from said subject, b. determining the amount of NT-proBNP in a sample from said subject, c. calculating of a ratio of the amounts of NT-proANP and NT-proBNP, and d. comparing the, thus, calculated ratio to a reference ratio, thereby diagnosing the acute cerebral ischemic event.
A method for labelling areas on an airport map, comprising: generating, by a map labeling control unit comprising a processor, label candidates for areas of the airport map, the areas on the airport map comprising buildings, taxiways, deicing locations, helipads, parking stands, and aprons of an airport as represented on the airport map; wherein said generating label candidates comprises creating one label candidate in the center of a first area of the airport map, wherein the first area comprises at least one building, apron, deicing location, or helipad, then generating a series of horizontal lines equidistantly from the center to a highest boundary and a lowest boundary of the first area, for each of the horizontal lines determining intersections with the first area resulting in a series of line segments, and identifying a middle point of each line segment as a first label candidate; evaluating, by the map labeling control unit, the label candidates to determine positions of labels (155, 362) for the areas of the airport map; determining, by the map labeling control unit, different sets of labels (155, 362) to display for different views of the airport map; and displaying at least one label of the determined different sets of labels (155, 362) on a view of the airport map. generating, by a map labeling control unit comprising a processor, label candidates for areas of the airport map, the areas on the airport map comprising buildings, taxiways, deicing locations, helipads, parking stands, and aprons of an airport as represented on the airport map; wherein said generating label candidates comprises creating one label candidate in the center of a first area of the airport map, wherein the first area comprises at least one building, apron, deicing location, or helipad, then generating a series of horizontal lines equidistantly from the center to a highest boundary and a lowest boundary of the first area, for each of the horizontal lines determining intersections with the first area resulting in a series of line segments, and identifying a middle point of each line segment as a first label candidate; evaluating, by the map labeling control unit, the label candidates to determine positions of labels (155, 362) for the areas of the airport map; determining, by the map labeling control unit, different sets of labels (155, 362) to display for different views of the airport map; and displaying at least one label of the determined different sets of labels (155, 362) on a view of the airport map.
- A laundry dryer comprising a drum wherein the laundry to be dried is loaded; an air duct wherein the processing air cycle is performed; a fan providing the circulation of the processing air; a heater which is disposed in the air duct at the 5 inlet of the drum; a compressor, an evaporator, a condenser and a discharge duct wherein the water condensing in the evaporator is collected, which all together form the heat pump; a water tank which receives the condensate and which is emptied by the user; and a discharge pump which pumps the water in the discharge duct into the water tank, characterized by - an auxiliary condensation system having a supply pump which delivers the condensate collected in the water tank to the air duct, a connection tube and at least one nozzle which is connected to the end of the connection tube, which extends into the air duct and which sprays the water taken from the water tank into the air duct, wherein the auxiliary condensation system is used to dehumidify the processing air in a drying process where the heat pump is not activated and only the heater is operated, thus providing the drying of the laundry. - an auxiliary condensation system having a supply pump which delivers the condensate collected in the water tank to the air duct, a connection tube and at least one nozzle which is connected to the end of the connection tube, which extends into the air duct and which sprays the water taken from the water tank into the air duct, wherein the auxiliary condensation system is used to dehumidify the processing air in a drying process where the heat pump is not activated and only the heater is operated, thus providing the drying of the laundry.
A coating composition comprising a phenolic novolak and an aliphatic organosilane, wherein the composition and/or any components thereof are substantially free of BPA, i.e., contain less than 1000 ppm thereof.
Heat exchanger having at least two collector boxes which are fluidically connected together by means of a plurality of tubes, and a porous metal structure at least partially surrounding the tubes, wherein the heat exchanger has a platelike form with a front and a back, characterised in that the metal structure is formed by a large number of fins in each case designed so as to be L-shaped in a cross-section perpendicular to the longitudinal extent of the tubes with a base part and a leg part, which fins are held by the respective base part between two adjacent tubes in each case and with the respective leg part extend at least at the front of the heat exchanger over at least one adjacent tube in each case, wherein the fins form a closed surface at least at the front of the heat exchanger in front of the tubes.
A wearable electronic device, the wearable electronic device comprising: a housing configured to be worn by a user, the housing comprising: a first compartment (100; 1300) in which a first electronic component is disposed; a second compartment (101; 1301) in which a second electronic component is disposed, one or both of the first and second electronic components (109, 118) electrically communicating with another component of the electronic device; a fan assembly (111, 211; 311) disposed in the first compartment (100; 1300); and a connection portion extending between the first and second compartments (100, 101; 1300, 1301), the connection portion comprising a channel providing fluid communication between the first and second compartments (100, 101; 1300, 1301), wherein the first compartment (100; 1300) is separated from the second compartment (101; 1301) at a location spaced away from the connection portion by a gap to provide thermal separation between the first and second electronic components (100, 101; 1300, 1301); wherein the wearable electronic device is a local processing and data module of an augmented reality system; and wherein the wearable electronic device further comprises a connector configured to connect to a headpiece of the augmented reality system that is to be worn by a user in combination with the wearable electronic device. a first compartment (100; 1300) in which a first electronic component is disposed; a second compartment (101; 1301) in which a second electronic component is disposed, one or both of the first and second electronic components (109, 118) electrically communicating with another component of the electronic device; a fan assembly (111, 211; 311) disposed in the first compartment (100; 1300); and a connection portion extending between the first and second compartments (100, 101; 1300, 1301), the connection portion comprising a channel providing fluid communication between the first and second compartments (100, 101; 1300, 1301), wherein the first compartment (100; 1300) is separated from the second compartment (101; 1301) at a location spaced away from the connection portion by a gap to provide thermal separation between the first and second electronic components (100, 101; 1300, 1301); wherein the wearable electronic device is a local processing and data module of an augmented reality system; and wherein the wearable electronic device further comprises a connector configured to connect to a headpiece of the augmented reality system that is to be worn by a user in combination with the wearable electronic device.
A method of treating a fluid loss zone in a wellbore in a subterranean formation, comprising: providing interlocking notched particulates (5, 20, 25) having an outer face comprising at least one notch therethrough, wherein the at least one notch has a shape and an inner perimeter value; providing interlocking protruding particulates having an outer perimeter portion that protrudes in an approximate equivalent to the shape and value of the inner perimeter of the at least one notch; introducing the interlocking protruding particulates and the interlocking notched particulates into the wellbore in the subterranean formation; interlocking the interlocking protruding particulates and the interlocking notched particulates through the at least one notch to form an interlocking network of at least one interlocking protruding particulate and at least one interlocking notched particulate; and sealing at least a portion of the fluid loss zone. providing interlocking notched particulates (5, 20, 25) having an outer face comprising at least one notch therethrough, wherein the at least one notch has a shape and an inner perimeter value; providing interlocking protruding particulates having an outer perimeter portion that protrudes in an approximate equivalent to the shape and value of the inner perimeter of the at least one notch; introducing the interlocking protruding particulates and the interlocking notched particulates into the wellbore in the subterranean formation; interlocking the interlocking protruding particulates and the interlocking notched particulates through the at least one notch to form an interlocking network of at least one interlocking protruding particulate and at least one interlocking notched particulate; and sealing at least a portion of the fluid loss zone.
A process for electrochemically reducing a metal oxide in a solid state in an electrochemical cell that includes a bath of molten electrolyte, a cathode, and an anode, in which the electrolyte is a CaCl 2 -based electrolyte that includes CaO as one of the constituents, which process includes the steps of: applying a cell potential across the anode and the cathode that is above the decomposition potential of CaO and below the decomposition potential of CaCl 2 and is capable of electrochemically reducing the metal oxide supplied to the molten electrolyte bath, feeding the metal oxide in powder and/or pellet form into the molten electrolyte bath, transporting the powders and/or pellets along a path within the molten electrolyte bath in direct contact with the cathode for a substantial part of the path, wherein the substantial part of the path is at least 50% of the path, and reducing the metal oxide as the metal oxide powders and/or pellets move along the path, and removing metal from the molten electrolyte bath. applying a cell potential across the anode and the cathode that is above the decomposition potential of CaO and below the decomposition potential of CaCl 2 and is capable of electrochemically reducing the metal oxide supplied to the molten electrolyte bath, feeding the metal oxide in powder and/or pellet form into the molten electrolyte bath, transporting the powders and/or pellets along a path within the molten electrolyte bath in direct contact with the cathode for a substantial part of the path, wherein the substantial part of the path is at least 50% of the path, and reducing the metal oxide as the metal oxide powders and/or pellets move along the path, and removing metal from the molten electrolyte bath.
A method for controlling a robotic device by a control unit of a clipping machine, the robotic device being arranged in a system for producing sausage-shaped products by filling a filling material into a tubular packaging casing supply arranged on a filling tube (110, 130) of the clipping machine, wherein the system comprises at least the clipping machine provided with at least two filling tubes (110, 130), a storage device for storing at least one tubular packaging casing supply, and a robotic device for transferring a tubular packaging casing supply from the storage device onto a filling tube (110, 130) of the clipping machine, wherein the control unit is adapted to provide control commands at least to the robotic device, and wherein the robotic device includes a gripper unit for gripping a tubular packaging casing supply, the method comprises the steps of: - moving the robotic device into a take-up position for taking up by the gripper unit a tubular packaging casing supply provided in a storage device; - gripping the tubular packaging casing supply provided in a storage device by the gripper unit; - moving the robotic device from the take-up position toward the filling tube; - transferring the tubular packaging casing supply onto the filling tube by the gripper unit; and - releasing the tubular packaging casing supply onto the filling tube of the clipping machine by the gripper unit. - moving the robotic device into a take-up position for taking up by the gripper unit a tubular packaging casing supply provided in a storage device; - gripping the tubular packaging casing supply provided in a storage device by the gripper unit; - moving the robotic device from the take-up position toward the filling tube; - transferring the tubular packaging casing supply onto the filling tube by the gripper unit; and - releasing the tubular packaging casing supply onto the filling tube of the clipping machine by the gripper unit.
A drainage channel section comprising a longitudinally extending pipe portion forming a longitudinal slot that lies, in use, in a surface to be drained and that is in liquid communication with the pipe portion, in use, wherein the drainage channel section comprises one or more transverse openings forming passages into which a material in which the channel section is embedded in use can extend from either side of the channel section to form a structural bridge member, wherein the transverse opening or at least one of the transverse openings extending through the pipe portion.
Locking device for actuating a locking mechanism of a vehicle, comprising a cylinder housing, in which a cylinder core is rotatably received, wherein a plurality of axially successively arranged, radially movable tumblers are arranged between the cylinder housing and the cylinder core, which can be sorted in a release position by a matching key in the cylinder core in order to rotatably decouple the cylinder core from the cylinder housing, and which can be engaged to the cylinder housing in a locking position after withdrawal of the matching key from the cylinder core in order to couple the cylinder core to the cylinder housing in a rotationally fixed manner, wherein at least one radially movable locking element is arranged between the cylinder housing and the cylinder core, which can be retracted into a security groove on at least one tumbler by a rotation of the cylinder core, wherein the security groove of the at least one tumbler is formed such that when the locking element is retracted in the security groove, a first clearance occurs between the locking element and the security groove, and wherein a respective locking groove for each tumbler or a common locking groove for all tumblers is provided on the cylinder housing, into which the tumbler or tumblers is/are retractable in order to engage the cylinder core to the cylinder housing when no matching key is inserted in the cylinder core, characterized in that the locking groove is designed in such a way that, when the tumbler is retracted into the locking groove, at least a second clearance is produced between the tumbler and the locking groove.