mhurhangee/ep-ind-claims huggingface dataset:
Electronic unit for a vehicle comprising: - a control module designed to transmit data through a communication channel using an electromagnetic signal, said control module being connected to an accident detection system so as to receive information on the instantaneous acceleration of the vehicle and configured to cause the transmission of data corresponding to an emergency message to a remote server for processing emergencies when the instantaneous acceleration information indicates an acceleration above a predefined threshold; - connection terminals (21, 23) for connecting to a battery of the vehicle; and - a backup battery arranged so as to supply power to said control module and an unlocking actuator for unlocking the vehicle in case of absence of a nominal voltage between the connection terminals (21, 23); the control module furthermore being designed to send the unlocking actuator a command to lock or unlock at least one opening element of the vehicle, said electronic unit also comprising a wireless communication module and in that the control module is designed to transmit said command on reception of an unlocking request via a wireless link established between said wireless communication module and an identifier. - a control module designed to transmit data through a communication channel using an electromagnetic signal, said control module being connected to an accident detection system so as to receive information on the instantaneous acceleration of the vehicle and configured to cause the transmission of data corresponding to an emergency message to a remote server for processing emergencies when the instantaneous acceleration information indicates an acceleration above a predefined threshold; - connection terminals (21, 23) for connecting to a battery of the vehicle; and - a backup battery arranged so as to supply power to said control module and an unlocking actuator for unlocking the vehicle in case of absence of a nominal voltage between the connection terminals (21, 23);
A network architecture comprising a capability broker for providing capabilities of an operator of a communications network, said capabilities being situated in enabler servers in the operator's network, characterized in that the network architecture comprises a single capability broker (201, 301) that is configured to provide a plurality of capabilities of the operator of the communications network, and the single capability broker comprises memory capacity, processor capacity, an administrator interface (222, 305) through which an administrator of the single capability broker is able to grant capabilities to a certain service provider, the administrator of the capability broker being nominated by the operator, and a single capability interface adapted to receive a capability request pertaining to a request of at least one capability, a traffic controller which is adapted - to control a number of capability requests, and/or - to control a number of the messages used to obtain capabilities from said one or more enabler servers, the processor capacity being adapted - to use one or more capability messages to obtain the requested at least one capability from one or more enabler servers responsive to receiving said capability request, and - to provide a response to said capability request on the basis of the obtained capability, and in that the single capability broker further comprises a request mapper adapted to map the received capability request to said one or more capability messages used to obtain the capability from said one or more enabler servers. - to control a number of capability requests, and/or - to control a number of the messages used to obtain capabilities from said one or more enabler servers, - to use one or more capability messages to obtain the requested at least one capability from one or more enabler servers responsive to receiving said capability request, and - to provide a response to said capability request on the basis of the obtained capability,
A system for electrophysiological measurement, comprising: a probe having a distal end configured for insertion into a body cavity of a patient and comprising electrodes that are disposed along the distal end and are configured to contact tissue at multiple locations within the body cavity while an operator manipulates the probe; a display; and a processor configured to acquire electrophysiological signals from the electrodes within the body cavity, to apply one or more filtering criteria to the EP signals in order to select a first set of the EP signals while rejecting a second set of the EP signals, to render an image to the display based on the EP signals in the first set, and to output to the operator an indication of a reason for the rejection of the EP signals in the second set, wherein the processor is configured to output the indication with respect to a rejection of the signals by a given filtering criterion only when a percentage of the EP signals that are rejected by the given filtering criterion is greater than a predefined threshold. a probe having a distal end configured for insertion into a body cavity of a patient and comprising electrodes that are disposed along the distal end and are configured to contact tissue at multiple locations within the body cavity while an operator manipulates the probe; a display; and a processor configured to acquire electrophysiological signals from the electrodes within the body cavity, to apply one or more filtering criteria to the EP signals in order to select a first set of the EP signals while rejecting a second set of the EP signals, to render an image to the display based on the EP signals in the first set, and to output to the operator an indication of a reason for the rejection of the EP signals in the second set, wherein the processor is configured to output the indication with respect to a rejection of the signals by a given filtering criterion only when a percentage of the EP signals that are rejected by the given filtering criterion is greater than a predefined threshold.
A method for controlling oil pressure in a controllable oil pump of an internal combustion engine, ICE, system, of a vehicle, the method comprising: receiving an indication of an upcoming vehicle operating situation affecting an operation of the ICE system; determining an expected change in the operation of the ICE system for the upcoming vehicle operating situation, wherein determining an expected change in the operation of the ICE system for an upcoming vehicle operating situation is determined based on route information describing at least a route segment from a starting point to an end point, and wherein determining an expected change in the operation of the ICE system is determined based on a previous ICE operating profile for the route segment; determining a current oil pressure of the oil pump; and on the basis of said determined expected change in the operation of the ICE system and the determined current oil pressure of the oil pump, determining a minimum oil pressure for the oil pump for the upcoming vehicle operating situation. receiving an indication of an upcoming vehicle operating situation affecting an operation of the ICE system; determining an expected change in the operation of the ICE system for the upcoming vehicle operating situation, wherein determining an expected change in the operation of the ICE system for an upcoming vehicle operating situation is determined based on route information describing at least a route segment from a starting point to an end point, and wherein determining an expected change in the operation of the ICE system is determined based on a previous ICE operating profile for the route segment; determining a current oil pressure of the oil pump; and on the basis of said determined expected change in the operation of the ICE system and the determined current oil pressure of the oil pump, determining a minimum oil pressure for the oil pump for the upcoming vehicle operating situation.
Method for storing product items in storage bins in a storage system comprising a bin storing grid in which storage bins are stored above each other in columns, where the method comprises the following steps: - determining a maximum load (Wmax) representing the maximum weight of the storage bins stacked above lowermost storage bin which can be tolerated by the storage bin being stored at a lowermost level of the bin storing grid; - inserting product items to or retrieving product items from the respective storage bins at a port; - determining a weight for each storage bin after one or more product items have been inserted to or retrieved from the storage bin; - determining a storage position for the storage bin in the bin storing grid based on the weight; - transporting the storage bin from the port to the determined storage position by means of a vehicle and a bin lift device provided on each vehicle; characterized in that the step of determining the storage position further comprises the steps of: - calculating a total weight (Wtot) for the storage bins presently being stored above the storage bin at the lowermost level of each column; - selecting the storage position as a position in one of the columns in which the sum of the total weight (Wtot) and the weight of the new storage bin is below the maximum load (Wmax); and in that the step of inserting product items to the respective storage bins comprises the steps of: - overloading a first storage bin with product items; - underloading a second storage bin with product items; where the storage positions for the respective first and second storage bins are in the same column. - determining a maximum load (Wmax) representing the maximum weight of the storage bins stacked above lowermost storage bin which can be tolerated by the storage bin being stored at a lowermost level of the bin storing grid; - inserting product items to or retrieving product items from the respective storage bins at a port; - determining a weight for each storage bin after one or more product items have been inserted to or retrieved from the storage bin; - determining a storage position for the storage bin in the bin storing grid based on the weight; - transporting the storage bin from the port to the determined storage position by means of a vehicle and a bin lift device provided on each vehicle; - calculating a total weight (Wtot) for the storage bins presently being stored above the storage bin at the lowermost level of each column; - selecting the storage position as a position in one of the columns in which the sum of the total weight (Wtot) and the weight of the new storage bin is below the maximum load (Wmax); - overloading a first storage bin with product items; - underloading a second storage bin with product items;
A balancing assembly for a rotating component of a gas turbine engine, comprising: a balance weight configured for insertion into a complimentary balance weight slot in the rotating component, the balance weight has a dovetail shaped cross-section and the balance weight slot has a complimentary dovetail shaped cross-section, characterized in that the dovetail shaped cross-section of the balance weight extends from a radially inboard weight surface to a radially outboard weight surface, a first balance weight width at the radially inboard weight surface being less than a second balance weight width at the radially outboard weight surface; and a retaining ring configured for installation to the rotating component to axially retain the balance weight in the balance weight slot. a balance weight configured for insertion into a complimentary balance weight slot in the rotating component, the balance weight has a dovetail shaped cross-section and the balance weight slot has a complimentary dovetail shaped cross-section, characterized in that the dovetail shaped cross-section of the balance weight extends from a radially inboard weight surface to a radially outboard weight surface, a first balance weight width at the radially inboard weight surface being less than a second balance weight width at the radially outboard weight surface; and a retaining ring configured for installation to the rotating component to axially retain the balance weight in the balance weight slot.
A semiconductor device (100; 100'), comprising: a substrate (101; 702); a strain gauge on the substrate (101; 702), the strain gauge configured to measure a stress of the substrate; and a temperature sensor disposed within the substrate, characterized in that the temperature sensor is suspended by a silicon spring, so that the temperature sensor is decoupled from the stress of the substrate. a substrate (101; 702); a strain gauge on the substrate (101; 702), the strain gauge configured to measure a stress of the substrate; and a temperature sensor disposed within the substrate, characterized in that the temperature sensor is suspended by a silicon spring, so that the temperature sensor is decoupled from the stress of the substrate.
Mobile soil working device comprising: - machine frame, - a drive - at least one support arm adapted to be moved up and down by the drive and pivotably supported at the machine frame, - at least one insertion tool pivotable about a first pivot axis relative to the support arm and movable up and down by the support arm, the insertion tool being adapted to be inserted into the soil and be pulled from the soil, - wherein, prior to insertion into the soil, the insertion tool is in an initial position under a predefined insertion angle (α) and carries out a pivot movement, which is superimposed over the up-and-down movement, about the first pivot axis in a first pivoting direction in the soil on the basis of the movement of the machine frame in the direction of travel, - at least one returning means which is coupled to the machine frame at a first end and to the insertion tool at a second end, the returning device having a returning element which moves the insertion tool back into the initial position by pivoting the insertion tool in a second pivoting direction opposite the first pivoting direction after the insertion tool exits the soil, characterized in that a spring device is arranged in the returning means in addition to the returning element, said spring device allowing the insertion tool to be pivoted in the second pivoting direction beyond the initial position such that the insertion tool is pivoted in the second pivoting direction beyond the initial position upon hitting a hard object in the soil, wherein the spring force of the spring means is selected such that the spring means allows a movement of the insertion tool beyond the initial position only when a force is exerted on the insertion tool that exceeds a predetermined force. - machine frame, - a drive - at least one support arm adapted to be moved up and down by the drive and pivotably supported at the machine frame, - at least one insertion tool pivotable about a first pivot axis relative to the support arm and movable up and down by the support arm, the insertion tool being adapted to be inserted into the soil and be pulled from the soil, - wherein, prior to insertion into the soil, the insertion tool is in an initial position under a predefined insertion angle (α) and carries out a pivot movement, which is superimposed over the up-and-down movement, about the first pivot axis in a first pivoting direction in the soil on the basis of the movement of the machine frame in the direction of travel, - at least one returning means which is coupled to the machine frame at a first end and to the insertion tool at a second end, the returning device having a returning element which moves the insertion tool back into the initial position by pivoting the insertion tool in a second pivoting direction opposite the first pivoting direction after the insertion tool exits the soil,
A multilayer heat-shrinkable packaging film having an interior surface and an exterior surface, the film comprising: a first outer layer forming at least a portion of the exterior surface, wherein the first outer layer comprises a blend of: (a) between 10 to 30 weight percent of the blend of an amorphous nylon copolymer, (b) between 10 to 50 weight percent of the blend of a low temperature polyamide having a melting point of less than 155 °C; and (c) between 40 to 80 weight percent of the blend of a high temperature polyamide having a melting point of at least 155 °C; a second layer that is a sealant layer forming at least a portion of the interior surface, wherein the second layer comprises an ethylene-alpha-olefin copolymer; and an oxygen barrier layer positioned between the first outer layer and the seconds layer; wherein the film has a total free shrink value at 90 °C of at least 80 %, preferably at least 95 %. a first outer layer forming at least a portion of the exterior surface, wherein the first outer layer comprises a blend of: (a) between 10 to 30 weight percent of the blend of an amorphous nylon copolymer, (b) between 10 to 50 weight percent of the blend of a low temperature polyamide having a melting point of less than 155 °C; and (c) between 40 to 80 weight percent of the blend of a high temperature polyamide having a melting point of at least 155 °C; a second layer that is a sealant layer forming at least a portion of the interior surface, wherein the second layer comprises an ethylene-alpha-olefin copolymer; and an oxygen barrier layer positioned between the first outer layer and the seconds layer; wherein the film has a total free shrink value at 90 °C of at least 80 %, preferably at least 95 %.
A steel pipe excellent in deformation characteristics which contains, in mass%, C: 0.04 to 0.10% and Mn: 1.00 to 2.50%, is limited to Si: 0.80% or less, P: 0.03% or less, S: 0.01% or less, Al: 0.10% or less, and N: 0.01% or less, further contains one or more of Ni: 1.00% or less, Mo: 0.60% or less, Cr: 1.00% or less, Cu: 1.00% or less, and optionally one or more of Nb: 0.01 to 0.30%, Ti: 0.005 to 0.03%, V: 0.30% or less, B: 0.0003 to 0.003%, Ca: 0.01% or less, and REM: 0.02% or less, where content of Mn and content of one or more of Cr, Ni, Mo and Cu satisfy Mn + Cr + Ni + 2 Mo + Cu ≥ 2.00, and a balance of iron and unavoidable impurities, and whose microstructure is a two-phase structure including a martensite-austenite constituent at an area fraction of 2 to 10% and a soft phase, wherein the soft phase is two or more of ferrite, tempered martensite, and tempered bainite wherein the yield ratio is 0.90 or less. C: 0.04 to 0.10% and Mn: 1.00 to 2.50%, Si: 0.80% or less, P: 0.03% or less, S: 0.01% or less, Al: 0.10% or less, and N: 0.01% or less, Ni: 1.00% or less, Mo: 0.60% or less, Cr: 1.00% or less, Cu: 1.00% or less, and Nb: 0.01 to 0.30%, Ti: 0.005 to 0.03%, V: 0.30% or less, B: 0.0003 to 0.003%, Ca: 0.01% or less, and REM: 0.02% or less,
A tightness-indicating tube fitting comprising a tube inserted into a body, at least one ferrule disposed around the tube, and a nut fastened onto the body to deform the ferrule for providing a seal between the body and the tube, the tightness-indicating tube fitting characterized by: a check ring having a pressure-receiving section protruding from a side of the check ring facing the nut, the pressure-receiving section having an inner diameter part which is provided with a slope, wherein, when the nut is fastened onto the body by an amount of nut rotation corresponding to a reference value, and as the nut moves forward after having made an initial contact with the slope of the pressure-receiving section, a pressing force of the nut acts on the slope of the check ring to detach the check ring from the body by the pressing force of the nut such that a fastened state of the nut is checked. a check ring having a pressure-receiving section protruding from a side of the check ring facing the nut, the pressure-receiving section having an inner diameter part which is provided with a slope, wherein, when the nut is fastened onto the body by an amount of nut rotation corresponding to a reference value, and as the nut moves forward after having made an initial contact with the slope of the pressure-receiving section, a pressing force of the nut acts on the slope of the check ring to detach the check ring from the body by the pressing force of the nut such that a fastened state of the nut is checked.
A bone distractor device comprising: a distractor mechanism, a first bone plate and a second bone plate, wherein the first bone plate and second bone plate are releasably attached to the distractor mechanism and structured for attachment to a bone, and wherein the first bone plate and the second bone plate are configured using computer-aided design to conform to the exterior surface of the bone; wherein at least one of the first bone plate and second bone plate (12, 13) is provided with a guide edge, wherein the guide edge is configured to define the location of an osteotomy and to guide a bone saw through the bone after the distractor device is affixed to the bone and the distractor mechanism is detached from the first and second bone plates (12, 13); and the at least one of the first bone plate and the second bone plate (12, 13) having the guide edge further comprises a guide shoulder, and wherein the guide shoulder comprises a raised portion of the guide edge of greater thickness than the thickness of the at least one of the first bone plate and the second bone plate (12, 13) having the guide edge. a distractor mechanism, a first bone plate and a second bone plate, wherein the first bone plate and second bone plate are releasably attached to the distractor mechanism and structured for attachment to a bone, and wherein the first bone plate and the second bone plate are configured using computer-aided design to conform to the exterior surface of the bone; wherein at least one of the first bone plate and second bone plate (12, 13) is provided with a guide edge, wherein the guide edge is configured to define the location of an osteotomy and to guide a bone saw through the bone after the distractor device is affixed to the bone and the distractor mechanism is detached from the first and second bone plates (12, 13); and the at least one of the first bone plate and the second bone plate (12, 13) having the guide edge further comprises a guide shoulder, and wherein the guide shoulder comprises a raised portion of the guide edge of greater thickness than the thickness of the at least one of the first bone plate and the second bone plate (12, 13) having the guide edge.
Method for drilling a wellbore in a formation with a fluid, comprising: casing a portion of the wellbore using a casing having a casing shoe; determining a casing shoe pressure; determining a formation fracture pressure in the formation; characterised by: positioning a rotating control device with, or in fluid communication with, said casing; and drilling the wellbore at a fluid pressure calculated using the lesser of the casing shoe pressure and the formation fracture pressure. casing a portion of the wellbore using a casing having a casing shoe; determining a casing shoe pressure; determining a formation fracture pressure in the formation; characterised by: positioning a rotating control device with, or in fluid communication with, said casing; and drilling the wellbore at a fluid pressure calculated using the lesser of the casing shoe pressure and the formation fracture pressure. positioning a rotating control device with, or in fluid communication with, said casing; and drilling the wellbore at a fluid pressure calculated using the lesser of the casing shoe pressure and the formation fracture pressure.