mhurhangee/ep-ind-claims huggingface dataset:
A method for monitoring and analysing a plurality of signals from sensors in wellbore drilling rigs comprising an oil recovery system, said method comprising: providing a plurality of sensors for monitoring the status of a plurality of oil rigs (Rig-A, Rig-B) comprised in said system and transmitting signals indicative of parameters related to said wellbore drilling operations.; monitoring with the sensors information indicative of events at each oil rig (Rig-A, Rig-B); transmitting to a processor on each oil rig (Rig-A, Rig-B), signals from the sensors indicative of events at that rig (Rig-A, Rig-B) the processor analysing signals from the sensors using a set of health check rules comprising logical rules, inputs and outputs for defining events associated with the status of the drilling rig and determining a severity code for each event; reporting events and severity codes from the processor on each oil rig (Rig-A, Rig-B) to a central server comprising a program for reporting and displaying results, the events being reported in a protocol defining a hierarchical tree node data structure wherein results from application of the health check rules are a bottommost node of the tree node structure; and displaying the event severity codes on a centrally accessible display. providing a plurality of sensors for monitoring the status of a plurality of oil rigs (Rig-A, Rig-B) comprised in said system and transmitting signals indicative of parameters related to said wellbore drilling operations.; monitoring with the sensors information indicative of events at each oil rig (Rig-A, Rig-B); transmitting to a processor on each oil rig (Rig-A, Rig-B), signals from the sensors indicative of events at that rig (Rig-A, Rig-B) the processor analysing signals from the sensors using a set of health check rules comprising logical rules, inputs and outputs for defining events associated with the status of the drilling rig and determining a severity code for each event; reporting events and severity codes from the processor on each oil rig (Rig-A, Rig-B) to a central server comprising a program for reporting and displaying results, the events being reported in a protocol defining a hierarchical tree node data structure wherein results from application of the health check rules are a bottommost node of the tree node structure; and displaying the event severity codes on a centrally accessible display.
Piston for an internal combustion engine, comprising on the piston shaft a coating consisting of a composition which, based on the total composition, comprises: a) 10-30 wt.% phenol resin; b) 10-30 wt.% epoxy resin; c) 10-30 wt.% at least one solid lubricant selected from the group consisting of graphite, MoS 2, WS 2 and BN; and d) 5-30 wt.% Fe 2 O 3 particles. a) 10-30 wt.% phenol resin; b) 10-30 wt.% epoxy resin; c) 10-30 wt.% at least one solid lubricant selected from the group consisting of graphite, MoS 2, WS 2 and BN; and d) 5-30 wt.% Fe 2 O 3 particles.
A method of manufacturing a display apparatus, the method comprising: providing a barrier film composite comprising a heat-shrinkable layer having a predetermined thickness and a barrier layer that is disposed on a surface of the heat-shrinkable layer; forming a light-emitting device on a substrate; and aligning the barrier film composite to the substrate in a such a manner that the heat-shrinkable layer contacts the light-emitting device and applying heat to the heat-shrinkable layer at a predetermined temperature, characterised in that during the application of heat to the heat-shrinkable layer, the heat-shrinkable layer shrinks so that a surface of the heat-shrinkable layer physically contacting the light-emitting device conforms to a surface shape of the light-emitting device and removes an air gap between the light-emitting device and the heat-shrinkable layer. providing a barrier film composite comprising a heat-shrinkable layer having a predetermined thickness and a barrier layer that is disposed on a surface of the heat-shrinkable layer; forming a light-emitting device on a substrate; and aligning the barrier film composite to the substrate in a such a manner that the heat-shrinkable layer contacts the light-emitting device and applying heat to the heat-shrinkable layer at a predetermined temperature, characterised in that during the application of heat to the heat-shrinkable layer, the heat-shrinkable layer shrinks so that a surface of the heat-shrinkable layer physically contacting the light-emitting device conforms to a surface shape of the light-emitting device and removes an air gap between the light-emitting device and the heat-shrinkable layer.
A system for providing a liquefier nozzle flexure to at least enable ironing of a 3D print, comprising: a controllable print head for providing the 3D print; a liquefier capable of liquefying deposit material for providing the 3D print; the liquefier nozzle flexure mounted between the print head and the liquefier that allows a distance between the print head and the liquefier to vary when a resistance is encountered at a print nozzle tip. a controllable print head for providing the 3D print; a liquefier capable of liquefying deposit material for providing the 3D print; the liquefier nozzle flexure mounted between the print head and the liquefier that allows a distance between the print head and the liquefier to vary when a resistance is encountered at a print nozzle tip.
Method for producing moulded parts, each moulded part comprising a cover part on a visible side of the moulded part, which is back-injection-moulded with a plastics material, and a film being arranged between the cover part and the back-injection-moulded plastics material, the method comprising the steps of: - feeding a continuous cover part strip material; - feeding a continuous film strip material; - applying, in particular laminating or lamination coating, the film strip material to an inner side of the cover part strip material; and - back-injection-moulding the two interconnected strip materials (38, 26) with the plastics material, from the film side, in an injection mould, characterised in that the method comprises the steps of: - making at least one recess in the cover part, - applying the film to the cover part such that the film covers the at least one recess in the cover part, - back-injection-moulding the film with the plastics material, - transporting a moulded part strip material, which is formed from the two interconnected strip materials (38, 26) and the back-injection-moulded plastics material, from the injection mould to a post-processing station; and - separating portions of the moulded part strip material, which form the moulded parts, from an edge portion of the moulded part strip material in the post-processing station. - feeding a continuous cover part strip material; - feeding a continuous film strip material; - applying, in particular laminating or lamination coating, the film strip material to an inner side of the cover part strip material; and - back-injection-moulding the two interconnected strip materials (38, 26) with the plastics material, from the film side, in an injection mould, - making at least one recess in the cover part, - applying the film to the cover part such that the film covers the at least one recess in the cover part, - back-injection-moulding the film with the plastics material, - transporting a moulded part strip material, which is formed from the two interconnected strip materials (38, 26) and the back-injection-moulded plastics material, from the injection mould to a post-processing station; and - separating portions of the moulded part strip material, which form the moulded parts, from an edge portion of the moulded part strip material in the post-processing station.
A method of analysing starch concentration in a liquid sample, comprising conducting a sample from a stream of liquid, adding (22, 115) iodine solution to the sample, measuring (24, 117) a light absorbance or transmittance of the sample after the step of adding (22, 115) the iodine solution, converting (26, 118, 119) the measured absorbance or transmittance of the sample into the starch concentration of the sample by means of a predefined correlation between a starch concentration and a light absorbance or transmittance, characterized by eliminating the influence of unreacted iodine on the measured light absorbance or transmittance in the starch concentration analysis by measuring the light absorbance or transmittance of the sample (24, 117) only at a wavelength longer than about 700 nanometers.
A system for operating an insulin treatment, comprising an insulin pump and a pump controlling device, wherein the pump controlling device is configured to communicate with the insulin pump for obtaining parameter values for executing functions, wherein the pump controlling device is configured to receive a request to execute a function and wherein a processor of the pump controlling device is configured to perform the function, a memory device of the pump controlling device is configured to store software which implements the function being governed by a rule having a parameter, the function being related to delivery of insulin by the insulin pump; wherein the rule is stored in the memory device of the pump controlling device or wherein the rule is stored in the memory device of the pump controlling device and in a memory device of the insulin pump; wherein the insulin pump and the pump controlling device comprise each a communication device (29, 50) which are configured to establish a communication between the pump controlling device and the insulin pump; wherein the pump controlling device and the insulin pump are configured so that - the pump controlling device requests a value for the parameter from the memory device of the insulin pump; - the pump controlling device receives the value for the parameter from the insulin pump; - the pump controlling device determines, by the processor, whether the rule is violated by the request based on the value for the parameter; and - the pump controlling device executes the function using the received value for the parameter, if the rule is not violated. - the pump controlling device requests a value for the parameter from the memory device of the insulin pump; - the pump controlling device receives the value for the parameter from the insulin pump; - the pump controlling device determines, by the processor, whether the rule is violated by the request based on the value for the parameter; and - the pump controlling device executes the function using the received value for the parameter, if the rule is not violated.
Transformer, in particular for welding tongs of a resistance welding device, witch a primary winding, a secondary winding and a core, having the following features: a) in order to form the secondary winding, at least one block (11, 12) of conductive material is provided, b) the block (11, 12) has a cutout (26 to 29) or recess for receiving the primary winding, c) the block (11, 12) has an opening (34 to 37) for receiving at least a portion of the core, d) in order to form the secondary winding, at least one further block (11, 12) is provided, such that at least one first and one second block (11, 12) are provided, in each case to form one or more secondary part-windings (22 to 25) and to receive one or more primary part-windings (30 to 33), characterized by the hollowing features: e) two substantially E-shaped blocks (11, 12) are arranged next to one another, wherein limbs (43 to 45) of the first block are directed parallel and in the opposite direction to limbs (43 to 45) of the second block, f) an outer limb (44, 45) of the first block is electrically connected to the outer limb (44, 45), adjacent thereto, of the second block, while the other outer limb of the first block is electrically connected to the other outer limb of the second block, and while the central limb of the first block is electrically separated from the central limb of the second block, g) the outer limbs (44, 45) of the first block bear against the outer limbs (44, 45) of the second block, wherein the central limbs are spaced apart from one another, and also from the bases which connect the limbs (43 to 45) together. a) in order to form the secondary winding, at least one block (11, 12) of conductive material is provided, b) the block (11, 12) has a cutout (26 to 29) or recess for receiving the primary winding, c) the block (11, 12) has an opening (34 to 37) for receiving at least a portion of the core, d) in order to form the secondary winding, at least one further block (11, 12) is provided, such that at least one first and one second block (11, 12) are provided, in each case to form one or more secondary part-windings (22 to 25) and to receive one or more primary part-windings (30 to 33), e) two substantially E-shaped blocks (11, 12) are arranged next to one another, wherein limbs (43 to 45) of the first block are directed parallel and in the opposite direction to limbs (43 to 45) of the second block, f) an outer limb (44, 45) of the first block is electrically connected to the outer limb (44, 45), adjacent thereto, of the second block, while the other outer limb of the first block is electrically connected to the other outer limb of the second block, and while the central limb of the first block is electrically separated from the central limb of the second block, g) the outer limbs (44, 45) of the first block bear against the outer limbs (44, 45) of the second block, wherein the central limbs are spaced apart from one another, and also from the bases which connect the limbs (43 to 45) together.
Safety apparatus comprising a housing with at least one current-carrying element which is connected to a voltage supply, wherein the current-carrying element is arranged in the housing interior space and is enclosed by the housing, wherein a particle detector which is configured to monitor the housing interior space with regard to the emergence of particles is arranged in the housing interior space of the housing, wherein the particle detector is a light barrier, wherein the light barrier has a radiation source and a radiation receiver, wherein the radiation receiver is configured to receive and evaluate and detect the radiation emitted by an electric arc when particles enter into the light path of the light barrier, the safety apparatus is configured to switch off the voltage supply when particles are registered by the light barrier, the safety apparatus is configured to monitor the radiation receiver for radiation emitted by an electric arc by virtue of the fact that the radiation emitted by the electric arc is able to be registered by the radiation receiver in addition to the radiation emitted by the radiation source, the safety apparatus is configured to switch off the voltage supply upon registration of the radiation emitted by the electric arc before the particles have been detected by the light barrier. wherein the particle detector is a light barrier, wherein the light barrier has a radiation source and a radiation receiver, wherein the radiation receiver is configured to receive and evaluate and detect the radiation emitted by an electric arc when particles enter into the light path of the light barrier, the safety apparatus is configured to switch off the voltage supply when particles are registered by the light barrier, the safety apparatus is configured to monitor the radiation receiver for radiation emitted by an electric arc by virtue of the fact that the radiation emitted by the electric arc is able to be registered by the radiation receiver in addition to the radiation emitted by the radiation source, the safety apparatus is configured to switch off the voltage supply upon registration of the radiation emitted by the electric arc before the particles have been detected by the light barrier.
A device for densely filling catalyst specially adapted to a steam reforming exchanger-reactor consisting of a plurality of bayonet tubes enclosed in a shell, the catalyst being constituted by particles occupying at least a portion of the annular space included between an internal tube and an external tube, the assembly of said two tubes constituting a bayonet tube, the width of said annular space being in the range 30 mm to 80 mm, and its height being in the range 10 to 20 metres, the particles of catalyst being in the form of cylinders with an approximate height of 10 mm to 20 mm and an approximate diameter of 10 mm to 20 mm, the device consisting of: - a series of shaftless helical elements distributed vertically along the length of the annular space in a regular manner with a length in the range 1 to 1.5 pitches of the helix, preferably in the range 1 to 1.3 pitches of the helix, said elements being separated by a vertical distance in the range 50 cm to 150 cm; - said helical elements being connected together via a chain or vertical files which is wound around a spooler located outside the tube to be filled, each helical element being in the form of a plane inclined downwardly at an angle alpha with respect to the vertical in the range 30° to 50°, and its external diameter varying with the internal diameter of th external tube in such a way that the device being entirely deployed each helical element occupies all the annular space, and the particles of catalyst being contained in: o a central feed hopper for delivering the particles onto a conveyor belt supplying the annular space by means of: o a funnel via which the particles flow into the interior of the annular space. - a series of shaftless helical elements distributed vertically along the length of the annular space in a regular manner with a length in the range 1 to 1.5 pitches of the helix, preferably in the range 1 to 1.3 pitches of the helix, said elements being separated by a vertical distance in the range 50 cm to 150 cm; - said helical elements being connected together via a chain or vertical files which is wound around a spooler located outside the tube to be filled, each helical element being in the form of a plane inclined downwardly at an angle alpha with respect to the vertical in the range 30° to 50°, and its external diameter varying with the internal diameter of th external tube in such a way that the device being entirely deployed each helical element occupies all the annular space, and the particles of catalyst being contained in: o a central feed hopper for delivering the particles onto a conveyor belt supplying the annular space by means of: o a funnel via which the particles flow into the interior of the annular space. o a central feed hopper for delivering the particles onto a conveyor belt supplying the annular space by means of: o a funnel via which the particles flow into the interior of the annular space.
A method of controlling opening of a valve in an HVAC system to regulate the flow φ of a fluid through a thermal energy exchanger of the HVAC system and adjust the amount of energy E exchanged by the thermal energy exchanger, the method comprising: determining an energy-per-flow gradient dE dφ; and controlling the opening of the valve depending on the energy-per-flow gradient dE dφ. determining an energy-per-flow gradient dE dφ; and controlling the opening of the valve depending on the energy-per-flow gradient dE dφ.
A method of recognizing a facial expression based on a speech, the method comprising: acquiring an object image comprising an object while the object speaks, said action of speaking by the object being the speech; extracting a speech map from the object image based on a speech model, said speech map being information that indicates an area associated with the speech in the object image, said speech model including a neural network and being a model trained in advance based on training data through supervised learning; extracting a facial expression feature from the object image based on a facial expression model, wherein a facial expression is information that represents an emotion or information about a state, said facial expression model including another neural network and being a model trained in advance based on training data through supervised learning, wherein extracting the facial expression feature includes extracting, based on the facial expression model, a facial expression feature vector that indicates a portion of the object image corresponding to the facial expression; and recognizing the facial expression of the object based on the speech map and the facial expression feature, characterised in that the recognizing of the facial expression comprises: reducing a value corresponding to a facial expression feature associated with the speech, based on the speech map; and increasing a value corresponding to a facial expression feature that is not associated with the speech, based on the speech map. acquiring an object image comprising an object while the object speaks, said action of speaking by the object being the speech; extracting a speech map from the object image based on a speech model, said speech map being information that indicates an area associated with the speech in the object image, said speech model including a neural network and being a model trained in advance based on training data through supervised learning; extracting a facial expression feature from the object image based on a facial expression model, wherein a facial expression is information that represents an emotion or information about a state, said facial expression model including another neural network and being a model trained in advance based on training data through supervised learning, wherein extracting the facial expression feature includes extracting, based on the facial expression model, a facial expression feature vector that indicates a portion of the object image corresponding to the facial expression; and recognizing the facial expression of the object based on the speech map and the facial expression feature, characterised in that the recognizing of the facial expression comprises: reducing a value corresponding to a facial expression feature associated with the speech, based on the speech map; and increasing a value corresponding to a facial expression feature that is not associated with the speech, based on the speech map.
Bumper beam for an automotive vehicle made of at least one rolled formed steel sheet comprising an upper beam and a lower beam extending in a transversal direction, said upper beam and said lower beam each having a closed cross-section defined by a front wall (16, 22), a rear wall (18, 24), an upper wall (20, 29) and a lower wall (26, 27), the upper wall (20, 29) and the lower wall (26, 27) joining the front wall (16, 22) to the rear wall (18, 24), wherein each of the front walls (16, 22) of the upper beam and of the lower beam comprises a front rib extending transversally and towards the interior of the bumper beam, characterized in that at least one of the upper wall of the upper beam, the lower wall of the lower beam, the rear wall of the upper beam and the rear wall of the lower beam further comprises a rib (66, 70) extending transversally and towards the interior of the bumper beam.