mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method (300, 700) comprising: causing an authentication of at least one user at an embedded system; causing an association of the at least one user with at least one cloud account associated with the embedded system; causing a registration of one or more portable devices associated with the at least one user to the at least one cloud account; causing a synchronization of at least one function, data associated with the at least one function, or a combination thereof between the at least one embedded system and the one or more portable devices based on the registration; the method being characterized by: determining a cancellation of a multi-modal navigation in the embedded system; and then causing an initiation of the multi-modal navigation in the one or more portable devices based on the synchronization. causing an authentication of at least one user at an embedded system; causing an association of the at least one user with at least one cloud account associated with the embedded system; causing a registration of one or more portable devices associated with the at least one user to the at least one cloud account; causing a synchronization of at least one function, data associated with the at least one function, or a combination thereof between the at least one embedded system and the one or more portable devices based on the registration; the method being characterized by: determining a cancellation of a multi-modal navigation in the embedded system; and then causing an initiation of the multi-modal navigation in the one or more portable devices based on the synchronization. determining a cancellation of a multi-modal navigation in the embedded system; and then causing an initiation of the multi-modal navigation in the one or more portable devices based on the synchronization.
Paint dispenser comprising: - a hollow body suitable for containing a predetermined volume of paint, the hollow body being made of a metallic material and delimiting a cavity extending from an access opening formed at an upper end of the hollow body to a bottom wall of the hollow body, said bottom wall being at a predetermined distance from a lower end of the hollow body, - a dispensing nozzle coupled to the hollow body so as to selectively enable a fluidic connection between the cavity and the environment outside of the hollow body, the dispensing nozzle being positioned at the bottom wall delimiting the cavity, and - a hydraulic actuator (83, 86); characterized in that the hollow body comprises a chamber hermetically separated from the cavity, the chamber being delimited by the bottom wall of the cavity and by an additional bottom wall of the hollow body, said chamber housing the hydraulic actuator (83, 86). - a hollow body suitable for containing a predetermined volume of paint, the hollow body being made of a metallic material and delimiting a cavity extending from an access opening formed at an upper end of the hollow body to a bottom wall of the hollow body, said bottom wall being at a predetermined distance from a lower end of the hollow body, - a dispensing nozzle coupled to the hollow body so as to selectively enable a fluidic connection between the cavity and the environment outside of the hollow body, the dispensing nozzle being positioned at the bottom wall delimiting the cavity, and - a hydraulic actuator (83, 86); characterized in that the hollow body comprises a chamber hermetically separated from the cavity, the chamber being delimited by the bottom wall of the cavity and by an additional bottom wall of the hollow body, said chamber housing the hydraulic actuator (83, 86).
An arc-free DC circuit breaker, wherein the circuit breaker comprises: a main current circuit and a transfer current circuit; wherein the main current circuit is for current in a normal working state to pass through and the transfer current circuit is for when a short-circuit fault current occurs, implementing transfer of the short-circuit fault current away from the main current circuit, and limiting and breaking the short-circuit fault current; the transfer current circuit includes: a bridge circuit, the bridge circuit comprising a first circuit, a second circuit, a third circuit, a fourth circuit, an induction module, a capacitor and resistor; wherein the first circuit and the second circuit are connected in series and then connected in parallel with a circuit formed by the third circuit and the fourth circuit which are connected in series; wherein a first endpoint is provided between the first circuit and second circuit, and a second endpoint is provided between the third circuit and the fourth circuit; and characterized in that the bridge circuit comprises a voltage protection module, wherein a serial-connection circuit formed by a secondary side inductor in the induction module, a circuit formed by the resistor and the capacitor connected in parallel, and the over-voltage protection module is connected between the first endpoint and the second endpoint to form the bridge circuit. a main current circuit and a transfer current circuit; wherein the main current circuit is for current in a normal working state to pass through and the transfer current circuit is for when a short-circuit fault current occurs, implementing transfer of the short-circuit fault current away from the main current circuit, and limiting and breaking the short-circuit fault current; the transfer current circuit includes: a bridge circuit, the bridge circuit comprising a first circuit, a second circuit, a third circuit, a fourth circuit, an induction module, a capacitor and resistor; wherein the first circuit and the second circuit are connected in series and then connected in parallel with a circuit formed by the third circuit and the fourth circuit which are connected in series; wherein a first endpoint is provided between the first circuit and second circuit, and a second endpoint is provided between the third circuit and the fourth circuit; and characterized in that the bridge circuit comprises a voltage protection module, wherein a serial-connection circuit formed by a secondary side inductor in the induction module, a circuit formed by the resistor and the capacitor connected in parallel, and the over-voltage protection module is connected between the first endpoint and the second endpoint to form the bridge circuit.
A catalytic wall-flow monolith filter for use in an emission treatment system comprises a first face, a second face, a filter length defined by the distance from the first face to the second face, a longitudinal direction between the first face and the second face, and first and second pluralities of channels extending in the longitudinal direction, wherein the first plurality of channels is open at the first face and closed at the second face, and the second plurality of channels is open at the second face and closed at the first face, wherein the monolith filter comprises a porous substrate having surfaces that define the channels and having a first zone extending in the longitudinal direction from the first face towards the second face for a distance less than the filter length and a second zone extending in the longitudinal direction from the second face towards the first face and extending in the longitudinal direction for a distance less than the filter length, wherein a first catalytic material is distributed throughout the first zone of the porous substrate, and wherein a second catalytic material covers the surfaces in the second zone of the porous substrate and is not distributed throughout the porous substrate, wherein the term catalyst material means a combination of a catalyst with one or more non-catalytic materials; wherein the catalyst of the first catalytic material comprises a small-pore zeolite selected from the AEI, AFT, CHA, DDR, EAB, ERI, G!S, GOO, KFI, LEV, MER, PAU, VNI and YUG structural families, and, wherein the catalyst of the second catalytic material is CeO 2 impregnated with W, CeZrO 2 impregnated with W, or ZrO 2 impregnated with Fe and W. wherein the first plurality of channels is open at the first face and closed at the second face, and the second plurality of channels is open at the second face and closed at the first face, wherein the monolith filter comprises a porous substrate having surfaces that define the channels and having a first zone extending in the longitudinal direction from the first face towards the second face for a distance less than the filter length and a second zone extending in the longitudinal direction from the second face towards the first face and extending in the longitudinal direction for a distance less than the filter length, wherein a first catalytic material is distributed throughout the first zone of the porous substrate, and wherein a second catalytic material covers the surfaces in the second zone of the porous substrate and is not distributed throughout the porous substrate, wherein the term catalyst material means a combination of a catalyst with one or more non-catalytic materials; wherein the catalyst of the first catalytic material comprises a small-pore zeolite selected from the AEI, AFT, CHA, DDR, EAB, ERI, G!S, GOO, KFI, LEV, MER, PAU, VNI and YUG structural families, and, wherein the catalyst of the second catalytic material is CeO 2 impregnated with W, CeZrO 2 impregnated with W, or ZrO 2 impregnated with Fe and W.
A mounting apparatus for mounting an adapter device for fastening container bodies (10, 102), particularly at least one suitcase, on a motor vehicle seat, wherein the mounting apparatus comprises: a base body for being placed on the motor vehicle seat; plug elements, which are arranged on the base body and designed for anchoring the mounting apparatus on fixing structures of the motor vehicle seat; a mounting structure on the base body, which is designed for mounting the adapter device for fastening container bodies (10, 102); wherein the plug elements are fastened on the base body by means of flexible connecting elements, particularly connecting belts and/or connecting cables; characterized in that: the plug elements are realized in the form of Isofix plug elements, which are designed for being anchored on Isofix fixing structures of the motor vehicle seat; and the mounting apparatus comprises a guide receptacle, which is arranged on the base body and serves for receiving the plug elements in a guided manner. a base body for being placed on the motor vehicle seat; plug elements, which are arranged on the base body and designed for anchoring the mounting apparatus on fixing structures of the motor vehicle seat; a mounting structure on the base body, which is designed for mounting the adapter device for fastening container bodies (10, 102); wherein the plug elements are fastened on the base body by means of flexible connecting elements, particularly connecting belts and/or connecting cables; characterized in that: the plug elements are realized in the form of Isofix plug elements, which are designed for being anchored on Isofix fixing structures of the motor vehicle seat; and the mounting apparatus comprises a guide receptacle, which is arranged on the base body and serves for receiving the plug elements in a guided manner. the plug elements are realized in the form of Isofix plug elements, which are designed for being anchored on Isofix fixing structures of the motor vehicle seat; and the mounting apparatus comprises a guide receptacle, which is arranged on the base body and serves for receiving the plug elements in a guided manner.
Trough (11, 31, 46, 60) for feeding animals, comprising: - a bottom (14, 62) with an upright wall part (10, 64) which is substantially vertical and/or curved inward at an outer end such that spillage of feed by animals is prevented; and - a slope (20, 30, 66) for discharge of feed residues from the trough over the slope, wherein the slope is embodied such that during cleaning of the through the feed residues leave the trough during use via the highest part of the slope, wherein the wall part comprises a recess or opening (34, 36, 28) to which the slope connects for discharge via the recess or opening of feed residues, wherein the recess or opening is provided in the wall at the upper outer end of the slope. - a bottom (14, 62) with an upright wall part (10, 64) which is substantially vertical and/or curved inward at an outer end such that spillage of feed by animals is prevented; and - a slope (20, 30, 66) for discharge of feed residues from the trough over the slope, wherein the slope is embodied such that during cleaning of the through the feed residues leave the trough during use via the highest part of the slope, wherein the wall part comprises a recess or opening (34, 36, 28) to which the slope connects for discharge via the recess or opening of feed residues, wherein the recess or opening is provided in the wall at the upper outer end of the slope.
An electronic apparatus comprising: a substrate, having an approximate square shape, wherein corners included in the approximate square shape opposing each other and their vicinity areas are diagonal portions (61a, 61b); a housing that has opposing surfaces respectively opposing side surfaces of a pair of diagonal portions (61a, 61b) of the substrate, and encloses the substrate; and an adhesive positioned between the side surfaces of the pair of diagonal portions (61a, 61b) of the substrate and the opposing surfaces of the housing, wherein a gap between the side surface of the pair of diagonal portions (61a, 61b) of the substrate and the opposing surface of the housing is inconsistent, characterized in that the gap is larger at either end portion (68a, 68b) of a region in which the adhesive is positioned than at a middle portion of the region. a substrate, having an approximate square shape, wherein corners included in the approximate square shape opposing each other and their vicinity areas are diagonal portions (61a, 61b); a housing that has opposing surfaces respectively opposing side surfaces of a pair of diagonal portions (61a, 61b) of the substrate, and encloses the substrate; and an adhesive positioned between the side surfaces of the pair of diagonal portions (61a, 61b) of the substrate and the opposing surfaces of the housing, wherein a gap between the side surface of the pair of diagonal portions (61a, 61b) of the substrate and the opposing surface of the housing is inconsistent, characterized in that the gap is larger at either end portion (68a, 68b) of a region in which the adhesive is positioned than at a middle portion of the region.
A mobile computing device comprising a processor, storage connected to the processor, and connections for receiving input data from input devices and for providing output data to output devices, the storage storing computer program instructions that, when executed by the processor, configure the mobile computing device with an operating system, wherein the operating system configures the mobile computing device to manage access to resources of the mobile computing device by applications executed by the processor, wherein the operating system, when executed, configures the mobile computing device with at least one user session, wherein the at least one user session includes a plurality of contexts, each context of the plurality of contexts being arranged to have a binding of the input devices and the output devices, said binding being different from a binding of the input devices and output devices of any other of the plurality of contexts, the plurality of contexts including a first context associated with an integrated display of the mobile computing device and a second context associated with a second display device connected to the mobile computing device, the mobile device being configured by the operating system to: maintain information in storage about applications executed in the plurality of contexts in the user session; access information in storage about environmental conditions of the mobile computing device, the information in storage about the environmental conditions being measured by a sensor or by the operating system; and limit operation of the applications within one or both of the first and second contexts based on the information in the storage about the environmental conditions and the information in the storage about the applications executed in the plurality of contexts in the user session. maintain information in storage about applications executed in the plurality of contexts in the user session; access information in storage about environmental conditions of the mobile computing device, the information in storage about the environmental conditions being measured by a sensor or by the operating system; and limit operation of the applications within one or both of the first and second contexts based on the information in the storage about the environmental conditions and the information in the storage about the applications executed in the plurality of contexts in the user session.
A vehicle air-conditioning method for a vehicle comprising an ignition device provided in the vehicle cabin and an air-conditioning device having an all-seat air-conditioning mode in which air-conditioned air is blown out to occupants of all of seats in the vehicle cabin and an individual air-conditioning mode in which the air-conditioned air is blown out to some of the occupants of all of the seats, the method comprising: storing the air-conditioning mode of the air-conditioning device selected at the turning-off of the ignition device, characterized in that the method further comprises the following steps: when the vehicle is activated by turning-on the ignition device, controlling the air-conditioning device so that the air-conditioning mode is set to the air-conditioning mode selected at the previous turning-off of the ignition device; and when a vehicle is activated by a remote starter device configured to remotely activate the vehicle, controlling the air-conditioning device by switching the air-conditioning mode to the all-seat air-conditioning mode even when the air-conditioning mode selected at the previous turning-off of an ignition device is the individual air-conditioning mode, so as to make the temperature inside the entire vehicle cabin uniform. when the vehicle is activated by turning-on the ignition device, controlling the air-conditioning device so that the air-conditioning mode is set to the air-conditioning mode selected at the previous turning-off of the ignition device; and when a vehicle is activated by a remote starter device configured to remotely activate the vehicle, controlling the air-conditioning device by switching the air-conditioning mode to the all-seat air-conditioning mode even when the air-conditioning mode selected at the previous turning-off of an ignition device is the individual air-conditioning mode, so as to make the temperature inside the entire vehicle cabin uniform.
A dental laser system for removing a region of dental tissue, the system comprising: a laser source for generating a plurality of laser pulse bursts of a laser beam; a beam guidance system and a controller adapted to control the laser source and the beam guidance system such that the beam guidance system: directs a first laser pulse burst to a first tissue location in a pattern of tissue locations within the region of dental tissue; directs at least one additional laser pulse burst to at least one additional non-adjacent tissue location (210,212,214) in the pattern; directs a next laser pulse burst to a tissue location in the pattern adjacent to the first tissue location or at the first tissue location, wherein a quantity of additional non-adjacent tissue locations is determined based, at least in part, on (i) a thermal relaxation time corresponding to melting of the dental tissue and (ii) a property of the laser pulses, and wherein the number (k) of additional laser pulse bursts multiplied by a period of each additional laser pulse burst is greater than a selected multiple of the thermal relaxation time of the material to be ablated. a laser source for generating a plurality of laser pulse bursts of a laser beam; a beam guidance system and a controller adapted to control the laser source and the beam guidance system such that the beam guidance system: directs a first laser pulse burst to a first tissue location in a pattern of tissue locations within the region of dental tissue; directs at least one additional laser pulse burst to at least one additional non-adjacent tissue location (210,212,214) in the pattern; directs a next laser pulse burst to a tissue location in the pattern adjacent to the first tissue location or at the first tissue location, directs a first laser pulse burst to a first tissue location in a pattern of tissue locations within the region of dental tissue; directs at least one additional laser pulse burst to at least one additional non-adjacent tissue location (210,212,214) in the pattern; directs a next laser pulse burst to a tissue location in the pattern adjacent to the first tissue location or at the first tissue location, wherein a quantity of additional non-adjacent tissue locations is determined based, at least in part, on (i) a thermal relaxation time corresponding to melting of the dental tissue and (ii) a property of the laser pulses, and wherein the number (k) of additional laser pulse bursts multiplied by a period of each additional laser pulse burst is greater than a selected multiple of the thermal relaxation time of the material to be ablated.
A pressure-sensor device for a medical in-vivo application, with at least one pressure-measurement transformer and with an implantable probe, the probe being connected proximally to the at least one pressure-measurement transformer, the probe further including a catheter portion and a measuring tip at the distal end of the probe, the probe having a longitudinal extent along the catheter portion, wherein the catheter portion exhibits at least one lumen for establishing a fluid connection from the measuring tip to the pressure-measurement transformer, and the lumen has been filled with a transmission liquid, wherein the measuring tip includes a tubular portion with at least one laterally arranged opening, the at least one opening being covered by an elastic membrane, and the filling quantity of the transmission liquid having been determined in such a way that at a predetermined temperature of the transmission liquid the curvature of the membrane at right angles to the longitudinal extent is substantially in alignment with the contour of the measuring tip at right angles to the longitudinal extent, characterized in that the tubular portion of the measuring tip is encased by an elastic hose, and the membrane consists of a material similar to that of the hose, and the elastic hose exhibits an opening which overlaps the opening in the tubular portion, and the membrane has been tightly connected to the hose. wherein the catheter portion exhibits at least one lumen for establishing a fluid connection from the measuring tip to the pressure-measurement transformer, and the lumen has been filled with a transmission liquid, wherein the measuring tip includes a tubular portion with at least one laterally arranged opening, the at least one opening being covered by an elastic membrane, and the filling quantity of the transmission liquid having been determined in such a way that at a predetermined temperature of the transmission liquid the curvature of the membrane at right angles to the longitudinal extent is substantially in alignment with the contour of the measuring tip at right angles to the longitudinal extent, characterized in that the tubular portion of the measuring tip is encased by an elastic hose, and the membrane consists of a material similar to that of the hose, and the elastic hose exhibits an opening which overlaps the opening in the tubular portion, and the membrane has been tightly connected to the hose.