mhurhangee/ep-ind-claims huggingface dataset:
A tristate buffer circuit operable to be switched into a high impedance state in response to a first configuration signal comprising: a tristate buffer (TBUF) having an input, an output and a tristate control input, said tristate buffer (TBUF) outputting a signal (BUF_OUT) corresponding to said signal on said input in a normal mode and outputting a high impedance signal in a high impedance mode as controlled by said tristate control input; characterised by: a delay stage having a input receiving an input signal (BUF_IN) and an output connected to said input of said tristate buffer (TBUF) for delaying said input signal (BUF_IN); and a gating stage having inputs receiving said input signal (BUF_IN), a delayed signal (BUF_IN_DEL, BUF_OUT) by said delay stage and an asynchronous tristate signal indicating that the buffer (TBUF) is to be switched into the high impedance state, and an output connected to said tristate control input of said tristate buffer (TBUF) providing a configuration signal, said gating stage operable to set said configuration signal to select said high impedance mode only when said tristate signal is set and said input signal (BUF_IN) and said delayed signal (BUF_IN_DEL, BUF_OUT) have the same logic levels indicating that no signal transition of said input signal (BUF_IN) propagates within said delay stage. a tristate buffer (TBUF) having an input, an output and a tristate control input, said tristate buffer (TBUF) outputting a signal (BUF_OUT) corresponding to said signal on said input in a normal mode and outputting a high impedance signal in a high impedance mode as controlled by said tristate control input; characterised by: a delay stage having a input receiving an input signal (BUF_IN) and an output connected to said input of said tristate buffer (TBUF) for delaying said input signal (BUF_IN); and a gating stage having inputs receiving said input signal (BUF_IN), a delayed signal (BUF_IN_DEL, BUF_OUT) by said delay stage and an asynchronous tristate signal indicating that the buffer (TBUF) is to be switched into the high impedance state, and an output connected to said tristate control input of said tristate buffer (TBUF) providing a configuration signal, said gating stage operable to set said configuration signal to select said high impedance mode only when said tristate signal is set and said input signal (BUF_IN) and said delayed signal (BUF_IN_DEL, BUF_OUT) have the same logic levels indicating that no signal transition of said input signal (BUF_IN) propagates within said delay stage.
A dihydroorotate inhibitor for use in a method of treating or preventing a hematological cancer in a subject in need thereof, the method comprising administering to the subject a therapeutically effective amount of a dihydroorotate dehydrogenase (DHODH) inhibitor, or a salt or solvate thereof, wherein the dihydroorotate inhibitor selected from the group consisting of 6-fluoro-2-(2'-fluoro-[1,1'-biphenyl]-4-yl)-3-methylquinoline-4-carboxylic acid); 5-methyl-N-[4-(trifluoromethyl)phenyl]-isoxazole-4-carboxamide); -2-cyano-3-hydroxy-N-[4-(trifluoromethyl)phenyl]but-2-enamide) or any combinations thereof or a salt or solvate thereof is administered to the subject with a frequency less than or equal to once every 48 hours.
System for assisting pulmonary gas exchange in patients and for coupling to a ventilation system or for use in non-ventilated patients, which system comprises a flexible tube, which can in particular be inserted into the trachea of a patient, a bidirectionally acting pump unit, and in particular a controller, such that an in particular end-expiratory extraction and an in particular end-inspiratory return of the extracted gas can be adjusted via the flexible tube by means of the pump unit, the flexible tube being surrounded, at least in portions, by an outer tube, a heating tube for conducting a medium also being arranged within the outer tube, such that the medium can be conducted through the heating tube in a first direction, and at least partially outside the heating tube and inside the outer tube in an opposite second direction, characterized in that the medium can be conducted in such a way that it first heats the pump unit and only then is conveyed into the heating tube.
An antenna for submarines, comprising: - a base member extending along a main direction of extension between a bottom end, which is fixable to a structure of a submarine, and its top end; - at least one movable stem, juxtaposed with the base member and extending along the main direction of extension between its bottom end and its top end; - electrical connection means between the stem and the base member; - movement means by which the stem is moved relative to the base member along the main direction of extension between a lowered position and a raised position; characterized in that the connection means comprise a wire-shaped element extending between two end portions (7a, 7b) connected to the stem and to the base member, respectively, where at least the end portion connected to the stem is equipped with an underwater connector. - a base member extending along a main direction of extension between a bottom end, which is fixable to a structure of a submarine, and its top end; - at least one movable stem, juxtaposed with the base member and extending along the main direction of extension between its bottom end and its top end; - electrical connection means between the stem and the base member; - movement means by which the stem is moved relative to the base member along the main direction of extension between a lowered position and a raised position;
A structure comprising: a compound substrate (35, 37) comprising a host and a ceramic layer connected to the host, the ceramic layer containing a luminescent material and having a thickness less than 500 μm; and a semiconductor structure optically coupled to the compound substrate, the semiconductor structure including a light emitting layer disposed between an n-type region and a p-type region; wherein the compound substrate (35, 37) and the semiconductor structure are optically coupled such that the ceramic layer is disposed between the host and the semiconductor structure. a compound substrate (35, 37) comprising a host and a ceramic layer connected to the host, the ceramic layer containing a luminescent material and having a thickness less than 500 μm; and a semiconductor structure optically coupled to the compound substrate, the semiconductor structure including a light emitting layer disposed between an n-type region and a p-type region;
Selector unit for selectively feeding beans, in particular coffee beans, from a plurality of storage containers (16, 18) to an outlet opening, comprising: - a shutter associated to the outlet opening, wherein the shutter is movably mounted and movable in at least two different positions for feeding the beans from at least one selected storage container of the plurality of storage containers to the outlet opening, and - a lever including an actuation portion (36, 38) associated to the shutter for actuating the shutter in order to move the shutter in the at least two different positions, wherein the lever is formed separately from the shutter and movable with respect to the shutter, characterized in that the lever is movable independently from the shutter. - a shutter associated to the outlet opening, wherein the shutter is movably mounted and movable in at least two different positions for feeding the beans from at least one selected storage container of the plurality of storage containers to the outlet opening, and - a lever including an actuation portion (36, 38) associated to the shutter for actuating the shutter in order to move the shutter in the at least two different positions, wherein the lever is formed separately from the shutter and movable with respect to the shutter,
Use of a composition in the in-vitro improvement of the migration potential of a mesenchymal stem cell, wherein the composition comprises as an active ingredient a gene delivery system comprising a nucleotide sequence encoding β-PIX having the amino acid sequence of SEQ ID NO:2.
Use of a catalyst comprising a compound represented by formula below, for at least one reaction selected from hydrosilylation reaction or hydrogenation reaction on an aliphatic unsaturated bond and hydrosilane reduction reaction on a carbon-oxygen unsaturated bond or a carbon-nitrogen unsaturated bond, M n m wherein M represents Fe, or Co with an oxidation number of 0, L represents an isocyanide ligand represented by formula below, when M is Fe, n = 1 and m = 5, when M is Co, n = 2 and m = 8, x -R 1 wherein R 1 is at least one hydrocarbon group selected from alkyl groups having 1 to 20 carbon atoms, cycloalkyl groups having 3 to 20 carbon atoms, aryl groups having 6 to 30 carbon atoms and alkylaryl groups having 7 to 30 carbon atoms, and R 1 is optionally substituted with halogen atom, and x is 1. wherein M represents Fe, or Co with an oxidation number of 0, L represents an isocyanide ligand represented by formula below, when M is Fe, n = 1 and m = 5, when M is Co, n = 2 and m = 8, x -R 1 wherein R 1 is at least one hydrocarbon group selected from alkyl groups having 1 to 20 carbon atoms, cycloalkyl groups having 3 to 20 carbon atoms, aryl groups having 6 to 30 carbon atoms and alkylaryl groups having 7 to 30 carbon atoms, and R 1 is optionally substituted with halogen atom, and x is 1.
A method for treating a solid metallocene compound that has been exposed to air, the method comprising, in any order: contacting the solid metallocene compound that has been exposed to air with a purging gas stream comprising an inert gas; and subjecting the solid metallocene compound that has been exposed to air to a sub-atmospheric pressure; to form a treated solid metallocene compound. contacting the solid metallocene compound that has been exposed to air with a purging gas stream comprising an inert gas; and subjecting the solid metallocene compound that has been exposed to air to a sub-atmospheric pressure; to form a treated solid metallocene compound.
Electrical heating device for curing potting compound for a component comprising at least one winding, having at least one converter device, which can be connected to an electrical supply network and by means of which the AC voltage of the supply network can be converted into a DC voltage or current, having at least one contact means, which can be or is arranged on the component and by means of which the component can be electrically heated by its ohmic resistance, having at least one electric actuator, which is arranged between the converter device and the contact means, which can be operated by an intermediate circuit voltage U DC generated by the converter device and by means of which at least a first phase current I 1, a second phase current I 2 and/or a third phase current I 3 can be alternately generated at the contact means, and having at least one control unit, which comprises at least one storage means in which at least a material constant, an inductance Ls and a resistance Rs of the component is or can be stored, to which at least one sensor means for detecting the at least three phase currents I 1,2,3 on the component can be or is functionally assigned, by means of which a temperature on the component can be calculated at least from the three phase currents I 1,2,3, of the intermediate circuit voltage U DC as well as the material constant, the inductivity Ls and the resistance Rs of the component, in particular according to Ohm's law, and wherein the control unit is designed to calculate a target value of the intermediate circuit voltage U DC in order to set a SETPOINT temperature on the component, which is stored or can be stored in the storage means, and to adjust the target value of the intermediate circuit voltage U DC on the converter device.
Process for preparing trialkylgallium compounds of the general formula R 3 Ga where R is a C 1 -C 5 -alkyl group, which comprises the steps: a) reaction of gallium trichloride (GaCl 3) with an alkylaluminium compound of the type R a AlCl b (where R is a C 1 -C 5 -alkyl group, a = 1, 2 or 3, b = 0, 1 or 2 and the sum a + b = 3) in the presence of at least two alkali metal halides as auxiliary base; b) heating of the reaction mixture to a temperature in the range from 120 to 250°C with simultaneous separation of the trialkylgallium compound (R 3 Ga) formed from the reaction mixture via a separator, where the separator is operated at a temperature which is more than 30°C below, preferably more than 60°C below, the boiling point of the most volatile partially alkylated product of the type R c GaCl d (where R is a C 1 -C 5 -alkyl group, c, d = 1 or 2 and c + d = 3) formed in the reaction mixture. a) reaction of gallium trichloride (GaCl 3) with an alkylaluminium compound of the type R a AlCl b (where R is a C 1 -C 5 -alkyl group, a = 1, 2 or 3, b = 0, 1 or 2 and the sum a + b = 3) in the presence of at least two alkali metal halides as auxiliary base; b) heating of the reaction mixture to a temperature in the range from 120 to 250°C with simultaneous separation of the trialkylgallium compound (R 3 Ga) formed from the reaction mixture via a separator, where the separator is operated at a temperature which is more than 30°C below, preferably more than 60°C below, the boiling point of the most volatile partially alkylated product of the type R c GaCl d (where R is a C 1 -C 5 -alkyl group, c, d = 1 or 2 and c + d = 3) formed in the reaction mixture.
A pressure simulator configured for testing an electronic engine controller, comprising a supply inlet, a venturi coupled to the supply inlet by a supply conduit, the venturi including a vacuum output, a first simulator output coupled to the vacuum output by a vacuum conduit, the first simulator configured to provide a first pressure input to the electronic engine controller, wherein the venturi is configured to receive a flow of compressed gas from the supply inlet and to provide a vacuum to the first simulator output via the vacuum conduit, a first switch positioned downstream of the supply inlet and upstream of the venturi, the first switch configured to selectively connect the supply inlet to one of the venturi and the first simulator output, a first high pressure conduit connecting the supply inlet to the first simulator output, a first pressure regulator positioned downstream of the supply inlet and upstream of the venturi, a second high pressure conduit connecting the supply inlet to the first simulator output, a second pressure regulator positioned within the second high pressure conduit and downstream of the first pressure regulator, and a second switch positioned downstream of the second pressure regulator and configured to selectively connect one of the vacuum conduit and the second high pressure conduit to the first simulator output via an output of the second switch. a supply inlet, a venturi coupled to the supply inlet by a supply conduit, the venturi including a vacuum output, a first simulator output coupled to the vacuum output by a vacuum conduit, the first simulator configured to provide a first pressure input to the electronic engine controller, wherein the venturi is configured to receive a flow of compressed gas from the supply inlet and to provide a vacuum to the first simulator output via the vacuum conduit, a first switch positioned downstream of the supply inlet and upstream of the venturi, the first switch configured to selectively connect the supply inlet to one of the venturi and the first simulator output, a first high pressure conduit connecting the supply inlet to the first simulator output, a first pressure regulator positioned downstream of the supply inlet and upstream of the venturi, a second high pressure conduit connecting the supply inlet to the first simulator output, a second pressure regulator positioned within the second high pressure conduit and downstream of the first pressure regulator, and a second switch positioned downstream of the second pressure regulator and configured to selectively connect one of the vacuum conduit and the second high pressure conduit to the first simulator output via an output of the second switch.
An antibody fusion protein which specifically recognizes (i) the HN or F surface antigen of the New Castle Disease Virus, and (ii) a surface molecule of a tumor-unspecific T cell or a surface molecule of a dendritic cell, wherein said antibody fusion protein further comprises a cytokine, and wherein said cytokine is selected from the group consisting of interleukin 2 (IL-2) and granulocyte and macrophage colony stimulating factor (GM-CSF). (i) the HN or F surface antigen of the New Castle Disease Virus, and (ii) a surface molecule of a tumor-unspecific T cell or a surface molecule of a dendritic cell,
Motor vehicle door latch having • a locking mechanism; • an electrical drive, whereby the locking mechanism can be unlocked by means of the electrical drive; • a child safety lock device with a child safety sensor, whereby according to the switching position of the child safety sensor the drive can be activated or cannot be activated; • a closure drive with which the locking mechanism is transferred from a pre-ratchet position into a main ratchet position; • a locking mechanism sensor, which is assigned to the locking mechanism, whereby according to the switching position of the locking mechanism sensor the drive can be activated or cannot be activated. • an operating lever; • a control unit, whereby by means of the control unit the sensors (25, 31) can be queried and the drive can be activated or cannot be activated; characterized by • at least one operating switch, that can be operated by means of the operating lever; whereby the control unit is formed in such a way that • it queries the switching position of the opening switches; • it queries the child safety sensor, when the opening switch is activated; • it queries the closure drive when the child safety sensor is activated; • it queries the locking mechanism sensor when the closure drive is activated; • it enables the opening of the door if the locking mechanism sensor is deactivated. • a locking mechanism; • an electrical drive, whereby the locking mechanism can be unlocked by means of the electrical drive; • a child safety lock device with a child safety sensor, whereby according to the switching position of the child safety sensor the drive can be activated or cannot be activated; • a closure drive with which the locking mechanism is transferred from a pre-ratchet position into a main ratchet position; • a locking mechanism sensor, which is assigned to the locking mechanism, whereby according to the switching position of the locking mechanism sensor the drive can be activated or cannot be activated. • an operating lever; • a control unit, whereby by means of the control unit the sensors (25, 31) can be queried and the drive can be activated or cannot be activated; characterized by • at least one operating switch, that can be operated by means of the operating lever; whereby the control unit is formed in such a way that • it queries the switching position of the opening switches; • it queries the child safety sensor, when the opening switch is activated; • it queries the closure drive when the child safety sensor is activated; • it queries the locking mechanism sensor when the closure drive is activated; • it enables the opening of the door if the locking mechanism sensor is deactivated.
A component of an exhaust system for an internal combustion engine, said component comprising an exhaust system component structure having an interior through which exhaust gases flow; and a thermal insulating sleeve for thermally insulating at least a portion of said exhaust system component structure, with said thermal insulating sleeve comprising: a mixture comprising an inorganic binder, inorganic filler particles, and water; and a fabric comprising inorganic fibers in the form of a sleeve having at least one or two open ends, said fabric being impregnated with said mixture so as to form a pliable binder sleeve, wherein said pliable binder sleeve is positioned around at least a portion of said exhaust system component structure. a mixture comprising an inorganic binder, inorganic filler particles, and water; and a fabric comprising inorganic fibers in the form of a sleeve having at least one or two open ends, said fabric being impregnated with said mixture so as to form a pliable binder sleeve, wherein said pliable binder sleeve is positioned around at least a portion of said exhaust system component structure.
A method for enhancing the security of documents that each comprise a printing medium, on which card backgrounds, then personalisation information are pre-printed, this printed medium then being laminated between two laminates that are at least partially transparent, this medium comprising a margin area that is removed after the lamination operation, characterised in that, for each document, a barcode is printed in said margin area, the barcode is read, the information corresponding to the barcode of this document is read in a personalisation database, at least one additional personalisation element is selected that is consistent with said personalisation information for printing on at least one of the laminates, the one or more laminates are preheated and hot-rolled with the medium.
Insulating device with integrated cooling-medium channels (44, 46) for dissipating heat loss of a stator of an electric machine, having an insulating body with a plastic material (52, 60) in which busbars (18, 20, 22) are received, wherein the cooling-medium channels (44, 46) are integrated in the plastic material (52, 60) of the insulating body and the insulating body is formed in a single-part embodiment or in a multi-part embodiment, characterized in that the cooling-medium channels (44, 46) are injection-moulded in the region of an end face of the insulating body.
A device for winding a material web on a multilayer roll with a clamping pin, wherein a sleeve upon which the material web is wound or at least can be rolled to a roll is held at least by the clamping pin during the winding of the material web, wherein a pressure roller of constant axial length is in axially parallel arrangement to the held sleeve, wherein the axial length of the pressure roller is at least as great as a maximum length of the sleeve held by the clamping pin, wherein the pressure roller is mounted in at least a first carrying element, wherein the at least one carrying element of the pressure roller is movably mounted in axial direction of the relevant sleeve to be held, characterized in that the clamping pin is mounted in a first bearing block supporting the roll to be wound, wherein this first bearing block is movably mounted in axial direction of the sleeve to be held, wherein a movement of the bearing block having the clamping pin directed in axial direction of the relevant sleeve to be held, and a movement of the at least one carrying element of the pressure roller directed in axial direction of the relevant sleeve to be held is executed or at least can be executed in the same direction and/or synchronously, wherein the movement of the bearing block having the clamping pin and the movement of the at least one first carrying element of the pressure roller are coupled to one another, wherein the coupling of the movement of the bearing block having the clamping pin in axial direction of the sleeve to be held to the movement of the at least one first carrying element of the pressure roller in axial direction of the sleeve to be held is implemented by a mechanical connection or by an electrical setting device.