mhurhangee/ep-ind-claims huggingface dataset:
An exhaust apparatus suitable for being provided in a construction machine equipped with an engine and an engine room which accommodates the engine and has an exhaust port so as to exhaust the air having cooled the engine to the outside of the engine room through the exhaust port as exhaust wind, the exhaust apparatus comprising: a duct suitable for being provided in the engine room, and having an introduction port and an exhaust wind port, the introduction port facing the inside of the engine room and the exhaust wind port facing the exhaust port; a fan adapted to suck air into the engine room to make the air cool the engine and discharge through the duct and the exhaust port the air having cooled the engine to the outside as the exhaust wind; and an exhaust gas pipe to guide exhaust gas of the engine into the duct, wherein: the exhaust gas pipe includes a duct inner portion located inside the duct and a duct outer portion connected to the duct inner portion and located outside the duct; and the duct inner portion includes a plurality of discharge holes to allow the exhaust gas to be injected into the duct through the discharge holes and discharged to the outside together with the exhaust wind; characterized in that the duct inner portion is connected to the duct separately from the duct outer portion. a duct suitable for being provided in the engine room, and having an introduction port and an exhaust wind port, the introduction port facing the inside of the engine room and the exhaust wind port facing the exhaust port; a fan adapted to suck air into the engine room to make the air cool the engine and discharge through the duct and the exhaust port the air having cooled the engine to the outside as the exhaust wind; and an exhaust gas pipe to guide exhaust gas of the engine into the duct, wherein: the exhaust gas pipe includes a duct inner portion located inside the duct and a duct outer portion connected to the duct inner portion and located outside the duct; and the duct inner portion includes a plurality of discharge holes to allow the exhaust gas to be injected into the duct through the discharge holes and discharged to the outside together with the exhaust wind; characterized in that the duct inner portion is connected to the duct separately from the duct outer portion. the exhaust gas pipe includes a duct inner portion located inside the duct and a duct outer portion connected to the duct inner portion and located outside the duct; and the duct inner portion includes a plurality of discharge holes to allow the exhaust gas to be injected into the duct through the discharge holes and discharged to the outside together with the exhaust wind; characterized in that the duct inner portion is connected to the duct separately from the duct outer portion.
A method for adjusting drive parameters for one or more loudspeakers (105a, 105b) each comprising one or more transducers, comprising: driving, by an audio source, the one or more transducers of the one or more loudspeakers to output sound based on a first set of drive parameters; detecting a change to one loudspeaker of the one or more loudspeakers based on one or more sensors integrated within a cabinet of the one loudspeaker; if the change is a level of movement that is below a threshold level, adjusting, the first set of drive parameters to account for the change of the one loudspeaker to produce a second set of drive parameters, if the change is a level of movement that is not below the threshold level, performing a full recalibration of the one or more speakers, including ascertaining an environment surrounding the one or more loudspeakers, to produce the second set of drive parameters; wherein the second set of drive parameters comprises a change in delays and gain values as compared to the first set of drive parameters; and driving, by the audio source, the transducers of the one or more loudspeakers to output sound based on the second set of drive parameters. driving, by an audio source, the one or more transducers of the one or more loudspeakers to output sound based on a first set of drive parameters; detecting a change to one loudspeaker of the one or more loudspeakers based on one or more sensors integrated within a cabinet of the one loudspeaker; if the change is a level of movement that is below a threshold level, adjusting, the first set of drive parameters to account for the change of the one loudspeaker to produce a second set of drive parameters, if the change is a level of movement that is not below the threshold level, performing a full recalibration of the one or more speakers, including ascertaining an environment surrounding the one or more loudspeakers, to produce the second set of drive parameters; wherein the second set of drive parameters comprises a change in delays and gain values as compared to the first set of drive parameters; and driving, by the audio source, the transducers of the one or more loudspeakers to output sound based on the second set of drive parameters.
A system for detecting presence of atrial fibrillation, the system comprising: a sensor for acquiring a plethysmographic waveform; a processor (112, 122) configured for calculating an autocorrelation function of the plethysmographic waveform, characterised in that the processor is further configured for measuring one or more peak amplitudes of the autocorrelation function, measuring one or more time intervals between peaks in the autocorrelation function; and analyzing the one or more peak amplitudes and the one or more peak time intervals to determine an indication of atrial fibrillation. a sensor for acquiring a plethysmographic waveform; a processor (112, 122) configured for calculating an autocorrelation function of the plethysmographic waveform, characterised in that the processor is further configured for measuring one or more peak amplitudes of the autocorrelation function, measuring one or more time intervals between peaks in the autocorrelation function; and analyzing the one or more peak amplitudes and the one or more peak time intervals to determine an indication of atrial fibrillation.
A method of preparing an elastomeric material, characterized by (a) providing an aromatic polymer which is non-elastomeric at room temperature; (b) cross-linking the aromatic polymer using a cross-linking compound to form a cross-linked aromatic polymer that is cured to a degree where employing the material in its end application will not impact its potential elastomeric properties, wherein the cross-linking compound has a structure according to formula: wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2), halide, ether, ester, or amide, and x is 2.0 to 6.0; and (c) heating the cross-linked aromatic polymer to a temperature at or above a glass transition temperature of the cross-linked aromatic polymer. (a) providing an aromatic polymer which is non-elastomeric at room temperature; (b) cross-linking the aromatic polymer using a cross-linking compound to form a cross-linked aromatic polymer that is cured to a degree where employing the material in its end application will not impact its potential elastomeric properties, wherein the cross-linking compound has a structure according to formula: wherein A is an arene moiety having a molecular weight of less than 10,000 g/mol, R 1 is selected from a group consisting of hydroxide (-OH), amine (-NH 2), halide, ether, ester, or amide, and x is 2.0 to 6.0; and (c) heating the cross-linked aromatic polymer to a temperature at or above a glass transition temperature of the cross-linked aromatic polymer.
An ink conditioner for an inkjet printer, comprising a main body with an ink damping cavity, the ink conditioner further comprising a heat transfer element, at least one ink inlet and at least one ink outlet, characterised in that the main body, the heat transfer element, the at least one ink inlet and the at least one ink outlet consist of the same material and form a single piece.
Jet engine, comprising at least one oil separator through which an air-oil volume flow from multiple areas (18, 20, 21, 24) that are impinged by oil can be guided for the purpose of separating oil, wherein a device for spray-injecting oil into at least one air-oil volume flow is provided characterized in that multiple areas (18, 20, 21, 24) that are impinged by oil are in operative connection with the oil separator, wherein oil can be spray-injected via the device in the area of each connection between an area that is impinged by oil and the oil separator and/or downstream of a connection area between at least two air-oil volume flows of two or more areas (18, 20, 21) that are impinged by oil.
A method of reconfiguring a wireless receiver, comprising: estimating a signal-to-interference ratio, SIR, at the wireless receiver; determining a geometry factor for a channel over which signals are transmitted to the wireless receiver, the geometry factor being a measure of a ratio of total transmitted power received by the wireless receiver to total interference plus noise power at the wireless receiver; and reconfiguring one or more signal processing modules of the wireless receiver based on the geometry factor, wherein the geometry factor is determined based on the SIR estimate. estimating a signal-to-interference ratio, SIR, at the wireless receiver; determining a geometry factor for a channel over which signals are transmitted to the wireless receiver, the geometry factor being a measure of a ratio of total transmitted power received by the wireless receiver to total interference plus noise power at the wireless receiver; and reconfiguring one or more signal processing modules of the wireless receiver based on the geometry factor,
Telecommunication method for handling a database query in a telecommunication system, the telecommunication system comprising a master node, at least one slave node and an application server, wherein the master node comprises a first central processing unit and a first main memory, the first main memory comprising data elements, wherein the slave node comprises a second central processing unit and a second main memory, the second main memory comprising a replicate version of a first set of the data elements, wherein the application server comprises a plurality of engines for processing database queries, wherein each engine is adapted to process a predefined type of database query, wherein the application server is operatively coupled via the telecommunication network with the master node and the at least one slave node, the application server comprises a plurality of database views, wherein the database views comprise annotations indicating the scenario type of a view, the method comprising: - receiving the database query at the telecommunication system via a telecommunication network, the database query requiring accessing a second set of the data elements, - determining by a first engine of the plurality of engines a type of the database query by reading the annotations comprised in the database views employed by the database query, - in case the type of the database query can be executed by the slave node re-routing the database query to the slave node to be executed on the slave node in-memory using the second central data processing unit and second main memory, - otherwise processing the database query by the first engine by executing the database query on the master node in-memory using the first central data processing unit and first main memory. - receiving the database query at the telecommunication system via a telecommunication network, the database query requiring accessing a second set of the data elements, - determining by a first engine of the plurality of engines a type of the database query by reading the annotations comprised in the database views employed by the database query, - in case the type of the database query can be executed by the slave node re-routing the database query to the slave node to be executed on the slave node in-memory using the second central data processing unit and second main memory, - otherwise processing the database query by the first engine by executing the database query on the master node in-memory using the first central data processing unit and first main memory.
A computer-implemented method of estimating time-lapse property changes of a subsurface volume, comprising: - providing actual baseline-monitor pairs of baseline seismic traces of a physical subsurface Earth volume and monitor seismic traces of the physical subsurface Earth volume as obtained from physical seismic measurements in the physical subsurface Earth volume acquired at respectively a first time and second time which is later than the first time by a time lapse; - feeding the actual baseline-monitor pairs of seismic traces to a trained backpropagation enabled model, and obtaining as output estimates of the time-lapse property changes of the actual subsurface Earth volume, wherein the trained backpropagation enabled model has been obtained by: - generating synthetic models of the subsurface volume with pre-determined property changes before and after a time lapse, said synthetic models comprising seismic velocities; - computing baseline-monitor pairs of synthetic seismic traces using the models generated before and after the time lapse wherein the baseline synthetic traces are computed from the synthetic model before the time lapse and the monitor synthetic traces are computed from the synthetic model after the time lapse; - deriving a ground truth 4D attribute characterizing the time-lapse property changes in the synthetic models; - training a backpropagation enabled model by feeding the baseline-monitor pairs of synthetic seismic traces and the corresponding ground truth 4D attribute, whereby obtaining the trained backpropagation enabled model. - providing actual baseline-monitor pairs of baseline seismic traces of a physical subsurface Earth volume and monitor seismic traces of the physical subsurface Earth volume as obtained from physical seismic measurements in the physical subsurface Earth volume acquired at respectively a first time and second time which is later than the first time by a time lapse; - feeding the actual baseline-monitor pairs of seismic traces to a trained backpropagation enabled model, and obtaining as output estimates of the time-lapse property changes of the actual subsurface Earth volume, - generating synthetic models of the subsurface volume with pre-determined property changes before and after a time lapse, said synthetic models comprising seismic velocities; - computing baseline-monitor pairs of synthetic seismic traces using the models generated before and after the time lapse wherein the baseline synthetic traces are computed from the synthetic model before the time lapse and the monitor synthetic traces are computed from the synthetic model after the time lapse; - deriving a ground truth 4D attribute characterizing the time-lapse property changes in the synthetic models; - training a backpropagation enabled model by feeding the baseline-monitor pairs of synthetic seismic traces and the corresponding ground truth 4D attribute, whereby obtaining the trained backpropagation enabled model.
An irrigation connector for tapping into a water supply hose, the connector comprising a retaining portion for holding a supply hose in a hose receiving region of the retaining portion and a hollow needle mounted for movement relative to the retaining portion between a retracted position in which the distal end of the needle is concealed and an extended position in which the needle extends into the hose receiving region for penetrating a supply hose held in the retaining portion to create a fluid communication path between an interior of the needle and an interior of a supply hose held in the retaining portion, wherein the hose receiving region is bounded by an encircling hose supporting surface and the retaining portion comprises a door portion moveable between a closed position and an open position which creates an opening in the hose supporting surface for allowing introduction and removal of a length of supply hose, wherein the irrigation connector further comprises a needle drive arrangement (46, 421) for driving the needle towards the extended position, a needle housing portion for housing the needle in the retracted position, and the drive arrangement comprises a drive collar for driving the needle relative to the needle housing portion; characterized by the drive arrangement being arranged so that whilst axial drive is transferred to the needle, the drive collar is arranged to rotate freely relative to the needle.
Method for the serial transmission of a frame (50; 60; 70; 600; 700) from a transmitter to at least one receiver via a bus line, stuff bits being inserted into the frame (50; 60; 70; 600; 700) by the transmitter according to a predetermined rule to generate additional signal edges and/or the stuff bits being removed again by the receiver in an evaluation of the frame (50; 60; 70; 600; 700), the method being characterized in that at least one item of information concerning a segment (51; 62; 72) of the frame (50; 60; 70; 600; 700) is additionally inserted and transmitted outside this segment (51; 62; 72), and in that the segment (51; 62; 72) has a predetermined sequence of bit values.
A method performed by a network node for transmitting a physical control format indicator channel, PCFICH, the method comprising: determining a wireless device will benefit from increased reliability of a PCFICH between the network node and the wireless device, wherein determining the wireless device will benefit from increased reliability of the PCFICH comprises determining the wireless device is operating in high-reliability mode; and increasing the transmission power of the PCFICH transmitted between the network node and the wireless device. determining a wireless device will benefit from increased reliability of a PCFICH between the network node and the wireless device, wherein determining the wireless device will benefit from increased reliability of the PCFICH comprises determining the wireless device is operating in high-reliability mode; and increasing the transmission power of the PCFICH transmitted between the network node and the wireless device.
A female member of a snap fastener, the female member of a snap fastener comprising: a main body made of a metal and having a cylindrical tube portion and a dish-shaped portion; a resin spring housed in the main body; and a surface covering member crimped onto the main body, wherein the resin spring is a resin plate that can be housed in the main body of the female member, the resin plate having a slot (35, 35A, 35B, 35C) at a central portion thereof, characterized in that the cylindrical tube portion has two slits that oppose each other, and the resin spring (3, 3A, 3B, 3C) is fixed in position by the two opposing slits. a main body made of a metal and having a cylindrical tube portion and a dish-shaped portion; a resin spring housed in the main body; and a surface covering member crimped onto the main body, wherein the resin spring is a resin plate that can be housed in the main body of the female member, the resin plate having a slot (35, 35A, 35B, 35C) at a central portion thereof, characterized in that the cylindrical tube portion has two slits that oppose each other, and the resin spring (3, 3A, 3B, 3C) is fixed in position by the two opposing slits.
Optoelectronic assembly comprising - a printed circuit board, which has a first side of the printed circuit board, a second side of the printed circuit board facing away from the first side, a central cutout of the printed circuit board, at least one contact cutout (34, 36) and, on the first side of the printed circuit board, at least one connection location (38, 40), - a carrier element, which is physically coupled to the printed circuit board, has a first side of the carrier element, said first side facing the second side of the printed circuit board, and has at least one contact location (30, 32) on the first side of the carrier element, wherein the contact location (30, 32) is exposed in the contact cutout (34, 36) of the printed circuit board, - at least one optoelectronic component which is electrically coupled to the contact location (30, 32) of the carrier element via the carrier element and which is arranged on the first side of the carrier element in such a way that it is exposed in the central cutout of the printed circuit board, - a housing body, which has a central cutout and which is formed and physically coupled to the printed circuit board in such a way that the optoelectronic component is exposed in the central cutout of the housing body, - at least one contact element (46, 48) which is formed in such a way that the contact element (46, 48) electrically couples the contact location (30, 32) of the carrier element to the connection location (38, 40) of the printed circuit board, characterized in that the contact element (46, 48) is arranged on an inner side of the housing body. - a printed circuit board, which has a first side of the printed circuit board, a second side of the printed circuit board facing away from the first side, a central cutout of the printed circuit board, at least one contact cutout (34, 36) and, on the first side of the printed circuit board, at least one connection location (38, 40), - a carrier element, which is physically coupled to the printed circuit board, has a first side of the carrier element, said first side facing the second side of the printed circuit board, and has at least one contact location (30, 32) on the first side of the carrier element, wherein the contact location (30, 32) is exposed in the contact cutout (34, 36) of the printed circuit board, - at least one optoelectronic component which is electrically coupled to the contact location (30, 32) of the carrier element via the carrier element and which is arranged on the first side of the carrier element in such a way that it is exposed in the central cutout of the printed circuit board, - a housing body, which has a central cutout and which is formed and physically coupled to the printed circuit board in such a way that the optoelectronic component is exposed in the central cutout of the housing body, - at least one contact element (46, 48) which is formed in such a way that the contact element (46, 48) electrically couples the contact location (30, 32) of the carrier element to the connection location (38, 40) of the printed circuit board,
A method for recalibrating a production process, wherein the spectrum of a product, which is produced from ingredients, is monitored with the aid of at least one spectrometer, and in the case of a deviation of the spectrum of the product from a model spectrum, an automatic recalibration is performed in that, on the basis of the difference between actual spectrum of the product and model spectrum and from the knowledge about the composition of the product and the properties of the ingredients, a new calibration model is determined with the aid of a computer unit such that the composition of the ingredients is changed so that an adaptation of the spectrum of the product to the model spectrum is caused, wherein the product is produced from multiple ingredients and, in the scope of a recalibration, the properties of one changed ingredient or multiple changed ingredients are taken from a database, which can be accessed by the computer unit.