mhurhangee/ep-ind-claims huggingface dataset:
A method for disabling communication in a multiprocessor fabric, the method comprising: receiving a configuration for the multiprocessor fabric, wherein the multiprocessor fabric comprises a plurality of processors and a plurality of communication elements, wherein the configuration specifies disabling of communication paths between one or more of: one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; automatically configuring, in hardware, the multiprocessor fabric to disable the communication paths specified by the configuration, said automatically configuring the multiprocessor fabric comprises setting register values corresponding to one or more processors and/or one or more communication elements to disable the communication paths specified by the configuration; wherein after said automatically configuring, the disabled communication paths are not restorable via software; and operating the multiprocessor fabric to execute a software application, wherein the multiprocessor fabric operates according to the configuration. receiving a configuration for the multiprocessor fabric, wherein the multiprocessor fabric comprises a plurality of processors and a plurality of communication elements, wherein the configuration specifies disabling of communication paths between one or more of: one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; one or more processors and one or more communication elements; one or more processors and one or more other processors; or one or more communication elements and one or more other communication elements; automatically configuring, in hardware, the multiprocessor fabric to disable the communication paths specified by the configuration, said automatically configuring the multiprocessor fabric comprises setting register values corresponding to one or more processors and/or one or more communication elements to disable the communication paths specified by the configuration; wherein after said automatically configuring, the disabled communication paths are not restorable via software; and operating the multiprocessor fabric to execute a software application, wherein the multiprocessor fabric operates according to the configuration.
A cooling system, comprising: a refrigerant loop having a pump; an evaporator heat exchanger thermally coupled to a heat source, the evaporator heat exchanger plumbed in the refrigerant loop; a condensing heat exchanger and a receiver plumbed in the refrigerant loop; a vent or fill pipe plumbed between a top of the receiver and an outlet of the condensing heat exchanger; and an equalizing conduit including a regulating valve and being plumbed between an inlet to the condensing heat exchanger and an inlet to the receiver; in which the condensing heat exchanger is positioned above the receiver, which is positioned above the pump; and wherein the cooling system is configured such that when the regulating valve is fully closed, a fluid level in the receiver and a bypass line from the outlet of the condensing heat exchanger to the pump are equal owing to the receiver and the bypass line being exposed to the same pressure of the outlet of the condensing heat exchanger; and when the regulating valve is fully open, the fluid level in the receiver is lower than that of the bypass line owing to the receiver's exposure to the pressure of the inlet to the condensing heat exchanger through the equalizing conduit. a refrigerant loop having a pump; an evaporator heat exchanger thermally coupled to a heat source, the evaporator heat exchanger plumbed in the refrigerant loop; a condensing heat exchanger and a receiver plumbed in the refrigerant loop; a vent or fill pipe plumbed between a top of the receiver and an outlet of the condensing heat exchanger; and an equalizing conduit including a regulating valve and being plumbed between an inlet to the condensing heat exchanger and an inlet to the receiver; in which the condensing heat exchanger is positioned above the receiver, which is positioned above the pump; and wherein the cooling system is configured such that when the regulating valve is fully closed, a fluid level in the receiver and a bypass line from the outlet of the condensing heat exchanger to the pump are equal owing to the receiver and the bypass line being exposed to the same pressure of the outlet of the condensing heat exchanger; and when the regulating valve is fully open, the fluid level in the receiver is lower than that of the bypass line owing to the receiver's exposure to the pressure of the inlet to the condensing heat exchanger through the equalizing conduit.
A device for regulating an airflow comprising two cooperating flow guiding means, a first means and a second means, wherein the first and second means are configured to be axially overlapping means, and the first means comprises at least one first nozzle defined by inclining walls and forming an opening in the bottom and an opening at the top, so that the opening at the top is bigger than the opening in the bottom, and the second means comprises at least one second nozzle defined by inclining walls forming an opening in the bottom and an opening at the top, so that the opening at the top is bigger than the opening in the bottom, and wherein the at least one first nozzle fits inside the at least one second nozzle and the first and second nozzle together forms at least one mutual nozzle, whereby the airflow can be regulated by displacing at least one of the first and second means in relation to the other in a lengthwise direction through a shear motion, and the at least one first nozzle is further provided with a tab or one end wall, forming an inner end wall of the mutual nozzle when at least one of the first and the second means is displaced in relation to the other in a lengthwise direction through a shear motion, and the at least one first nozzle and the at least one second nozzle having a streamlined shape and together forming a streamlined shape of the at least one mutual nozzle.
Air conditioner for conditioning a space inside a building comprising: a heat source unit having a heat exchanger unit comprising a first heat exchanger disposed in a first casing and configured to exchange heat with a heat source and a compressor unit comprising a compressor disposed in a second casing separate from the first casing, the heat exchanger unit and the compressor unit being fluidly connected via a first liquid refrigerant pipe and/or a first gaseous refrigerant pipe; and at least one indoor unit having a second heat exchanger configured to exchange heat with the space to be conditioned and being fluidly communicated to the heat exchanger unit and/or the compressor unit via a second liquid refrigerant pipe and a second gaseous refrigerant pipe, characterized in that the outer diameter of the first liquid refrigerant pipe is larger than the outer diameter of the second liquid refrigerant pipe and/or the outer diameter of the first gaseous refrigerant pipe is larger than the outer diameter of the second gaseous refrigerant pipe. a heat source unit having a heat exchanger unit comprising a first heat exchanger disposed in a first casing and configured to exchange heat with a heat source and a compressor unit comprising a compressor disposed in a second casing separate from the first casing, the heat exchanger unit and the compressor unit being fluidly connected via a first liquid refrigerant pipe and/or a first gaseous refrigerant pipe; and a heat exchanger unit comprising a first heat exchanger disposed in a first casing and configured to exchange heat with a heat source and a compressor unit comprising a compressor disposed in a second casing separate from the first casing, the heat exchanger unit and the compressor unit being fluidly connected via a first liquid refrigerant pipe and/or a first gaseous refrigerant pipe; and at least one indoor unit having a second heat exchanger configured to exchange heat with the space to be conditioned and being fluidly communicated to the heat exchanger unit and/or the compressor unit via a second liquid refrigerant pipe and a second gaseous refrigerant pipe, characterized in that the outer diameter of the first liquid refrigerant pipe is larger than the outer diameter of the second liquid refrigerant pipe and/or the outer diameter of the first gaseous refrigerant pipe is larger than the outer diameter of the second gaseous refrigerant pipe.
Method for the predictive maintenance of an electronic device which is implemented as an integrated circuit, in particular as an application-specific integrated circuit or as a so-called field programmable gate array, and wherein the electronic device has, at at least one position (P1, P2), sensors (T1, U1, LZ1, T2, U2, LZ2) by which current values of system parameters and of a signal propagation time at the at least one position (P1, P2) are determined during operation, characterised in that the system parameter values and signal propagation time values currently detected by the sensors (T1, U1, LZ1, T2, U2, LZ2) at the at least one position (P1, P2) are interrogated by a central monitoring unit mounted in the electronic device, wherein temperature and voltage at the at least one position (P1, P2) of the electronic device are determined as system parameters, that an applicable limit value for the signal propagation time at the at least one position (P1, P2) is determined on the basis of the currently determined system parameter values, and that, if the applicable limit value is exceeded by the currently detected value of the signal propagation time at the at least one position (P1, P2), an indication is sent to a superordinate level.
A process for preparing the compound of formula I, comprising dehydroxylating the compound of formula VI to obtain the compound of formula I wherein R 1 and R 2 are independently selected from the group consisting of C 1 - 4 alkyl, or R 1 and R 2 together with the N atom attached thereto form 4-8 membered heterocycloalkyl, wherein the heterocycloalkyl is optionally substituted with one or more substituents independently selected from the group consisting of hydroxyl, halogen, C 1 - 4 alkyl and C 1 - 4 alkoxy. R 1 and R 2 are independently selected from the group consisting of C 1 - 4 alkyl, or R 1 and R 2 together with the N atom attached thereto form 4-8 membered heterocycloalkyl, wherein the heterocycloalkyl is optionally substituted with one or more substituents independently selected from the group consisting of hydroxyl, halogen, C 1 - 4 alkyl and C 1 - 4 alkoxy.
A device for detecting wheel loss from a vehicle while the vehicle is in motion, the device comprises: a housing configured for, in use, mounting the device to a wheel such that the device abuts a wheel hub of an axle to which the wheel is attached; a detector for detecting a proximity of the device to the wheel hub; a transmitter for sending an alarm signal in the event that the detector detects that the device is no longer in proximity to the wheel hub, characterised in that the wheel is disposed between the device and the wheel hub; and the device is coupled to a mounting plate comprising two apertures (38, 39) arranged to fit over two adjacent wheel hub studs (40, 41), such that, in use, the device abuts the wheel rim and thus indirectly abuts the wheel hub. a housing configured for, in use, mounting the device to a wheel such that the device abuts a wheel hub of an axle to which the wheel is attached; a detector for detecting a proximity of the device to the wheel hub; a transmitter for sending an alarm signal in the event that the detector detects that the device is no longer in proximity to the wheel hub, characterised in that the wheel is disposed between the device and the wheel hub; and the device is coupled to a mounting plate comprising two apertures (38, 39) arranged to fit over two adjacent wheel hub studs (40, 41), such that, in use, the device abuts the wheel rim and thus indirectly abuts the wheel hub.
A method for production and purification of linseed oil for deep-penetration treatment of wood, said method incorporating extracting linseed oil by a cold pressing oil extraction process followed by sequential purification steps, performed under a Nitrogen blanket, said sequential purification steps involving aqueous acid mediated degumming followed by neutralization and refrigeration (winterization) of said linseed oil in order to precipitate and remove waxy contaminants and wherein in a further method step the linseed oil is blended with mineral oil, in proportions ranging from mixtures of 95 % linseed oil to 5% mineral oil to mixtures of 5% linseed oil to 95 % mineral oil.
A smart card manufacturing method comprising a dielectric carrier film, with on one side, at least one electrical contact zone and, on a second side opposite to the first one, an electronic element assembly comprising at least one electronic chip and connecting wires, the electronic chip being connected to the said at least one electrical contact zone by the connecting wires going through a first set of openings in the dielectric carrier film, the said method comprising the following steps: • on the second side of the dielectric carrier film, props (7, 14) of metal wires are fixed on the electrical contact zone in a direction perpendicular to the plane defined by the dielectric carrier film the props having an height that is at least equal to the height of the connecting wires before a protective resin is applied to form a first protective coat with a thickness that is at least equal to the maximum heigt of the props in the direction perpendicular to the plane defined by the said dielectric carrier film, and with an area along the plane of the dielectric carrier film that is greater than the required format of the smart card, • on the first protective coat, a second protective coat is applied at least on the electronic chip, with an area along the plane of the dielectric carrier film that is greater than the required format of the smart card, said second protective coat being placed on the props, • the second protective coat is fixed to the first protective coat by curing the first protective coat, • the assembly obtained in that way is cut to the required format. • on the second side of the dielectric carrier film, props (7, 14) of metal wires are fixed on the electrical contact zone in a direction perpendicular to the plane defined by the dielectric carrier film the props having an height that is at least equal to the height of the connecting wires before a protective resin is applied to form a first protective coat with a thickness that is at least equal to the maximum heigt of the props in the direction perpendicular to the plane defined by the said dielectric carrier film, and with an area along the plane of the dielectric carrier film that is greater than the required format of the smart card, • on the first protective coat, a second protective coat is applied at least on the electronic chip, with an area along the plane of the dielectric carrier film that is greater than the required format of the smart card, said second protective coat being placed on the props, • the second protective coat is fixed to the first protective coat by curing the first protective coat, • the assembly obtained in that way is cut to the required format.
Folding clasp for a bracelet, comprising; - a base strip, - first and second pivoting strips (4, 5) respectively articulated to the two ends of the base strip and being able to be folded back onto the base strip, - at least one first locking element (14, 15) and at least one second locking element (16, 17) associated with the base strip, - at least one third locking element (25, 26) associated with the first pivoting strip and arranged to co-operate with the at least one first locking element (14, 15) to lock the first pivoting strip on the base strip, - at least one fourth locking element (27, 28) associated with the second pivoting strip and arranged to co-operate with the at least one second locking element (16, 17) to lock the second pivoting strip on the base strip, - at least one push-button (23, 24) arranged to act on the at least one first locking element (14, 15) and the at least one second locking element (16, 17) in order to unlock the pivoting strips (4, 5), and - a spring for returning the at least one push-button (23, 24), the spring, the at least one first locking element (14, 15) and the at least one second locking element (16, 17) forming part of a single monolithic piece, characterised in that the spring comprises first and second serpentine parts (31, 32) respectively supporting the at least one first locking element (14, 15) and the at least one second locking element (16, 17), these first and second serpentine parts (31, 32) being connected by at least one linking part (33, 34) co-operating with the at least one push-button (23, 24). - a base strip, - first and second pivoting strips (4, 5) respectively articulated to the two ends of the base strip and being able to be folded back onto the base strip, - at least one first locking element (14, 15) and at least one second locking element (16, 17) associated with the base strip, - at least one third locking element (25, 26) associated with the first pivoting strip and arranged to co-operate with the at least one first locking element (14, 15) to lock the first pivoting strip on the base strip, - at least one fourth locking element (27, 28) associated with the second pivoting strip and arranged to co-operate with the at least one second locking element (16, 17) to lock the second pivoting strip on the base strip, - at least one push-button (23, 24) arranged to act on the at least one first locking element (14, 15) and the at least one second locking element (16, 17) in order to unlock the pivoting strips (4, 5), and - a spring for returning the at least one push-button (23, 24), the spring, the at least one first locking element (14, 15) and the at least one second locking element (16, 17) forming part of a single monolithic piece,
Method for removing lignin from lignocellulosic biomass, the method comprising: - feeding lignocellulosic biomass and a first aqueous solution, which comprises solely water or at least 95 weight-% of water and an organosolv, which is acetic acid, acetone, ethanol or any mixture thereof, into a reactor vessel, the lignocellulosic biomass and the first aqueous solution forming a reaction mixture, - reducing the pressure in the reactor vessel below 0.8 bar absolute pressure, preferably 0.5 bar absolute pressure, more preferably below 0.2 bar absolute pressure, to provide an oxygen starved environment, and then - heating the reaction mixture in a predetermined extraction temperature of 70 - 250 °C, and - adding at least one extraction chemical, which comprises a base or an acid, to the reaction vessel when the extraction temperature is reached, and extracting lignin from the biomass to the liquid phase of the reaction mixture, while keeping the environment starved from oxygen. - feeding lignocellulosic biomass and a first aqueous solution, which comprises solely water or at least 95 weight-% of water and an organosolv, which is acetic acid, acetone, ethanol or any mixture thereof, into a reactor vessel, the lignocellulosic biomass and the first aqueous solution forming a reaction mixture, - reducing the pressure in the reactor vessel below 0.8 bar absolute pressure, preferably 0.5 bar absolute pressure, more preferably below 0.2 bar absolute pressure, to provide an oxygen starved environment, and then - heating the reaction mixture in a predetermined extraction temperature of 70 - 250 °C, and - adding at least one extraction chemical, which comprises a base or an acid, to the reaction vessel when the extraction temperature is reached, and extracting lignin from the biomass to the liquid phase of the reaction mixture, while keeping the environment starved from oxygen.
Motor vehicle with headlight, wherein the headlight comprises: - a plurality of lighting means, wherein - the lighting means are arranged in a matrix having a first extension direction and a second extension direction perpendicular thereto, - for each of the lighting means respectively a value of luminance is individually adjustable, and - the value of the luminance of the respective lighting means is adjustable as a function of a position of the lighting means along the first extension direction and/or the second extension direction following at least one predetermined distribution function, and wherein - the motor vehicle comprises a first assistance system characterised in that - the first assistance system is designed to determine a predictive road course with the aid of a navigation system and to change the distribution function of the values of the luminance of the lighting means in the headlight as a function of the predictive road course, wherein - the predetermined distribution function is a discretised normal distribution. - a plurality of lighting means, wherein - the lighting means are arranged in a matrix having a first extension direction and a second extension direction perpendicular thereto, - for each of the lighting means respectively a value of luminance is individually adjustable, and - the value of the luminance of the respective lighting means is adjustable as a function of a position of the lighting means along the first extension direction and/or the second extension direction following at least one predetermined distribution function, and wherein - the motor vehicle comprises a first assistance system characterised in that - the first assistance system is designed to determine a predictive road course with the aid of a navigation system and to change the distribution function of the values of the luminance of the lighting means in the headlight as a function of the predictive road course, wherein - the predetermined distribution function is a discretised normal distribution.
A composition comprising Megamonas funiformis AF24-28AC with a deposit number of GDMCC 60093 and Anaerofustis stercorihominis AM25-6 with a deposit number of GDMCC 60087.
A device for mixing gas and liquid to generate therapeutic foam, comprising: a first continuous pathway that is at least partly formed of flexible or compressible material and that comprises a foam generating structure within the continuous pathway; the foam generating structure being formed of two or more elements, wherein each element defines at least one passageway of cross sectional area 1μm 2 to 10mm 2 and said two or more elements being arranged in series; a port which allows introduction of material into or extraction of material out of the continuous pathway; and a second liquid pathway that is at least partly formed of flexible or compressible material characterised in that the liquid pathway is arranged to deliver liquid directly into the foam generating structure between a first element and second element of the foam generating structure such that the gas and liquid first meet in the foam generating structure. a first continuous pathway that is at least partly formed of flexible or compressible material and that comprises a foam generating structure within the continuous pathway; the foam generating structure being formed of two or more elements, wherein each element defines at least one passageway of cross sectional area 1μm 2 to 10mm 2 and said two or more elements being arranged in series; a port which allows introduction of material into or extraction of material out of the continuous pathway; and a second liquid pathway that is at least partly formed of flexible or compressible material characterised in that the liquid pathway is arranged to deliver liquid directly into the foam generating structure between a first element and second element of the foam generating structure such that the gas and liquid first meet in the foam generating structure.