mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving configuration information to not recognize one or more gestures that would otherwise cause a delay in generating messages associated with a second input type; receiving inputs of a first input type that collectively define a gesture; generating messages associated with the inputs of the first input type; responsive to receiving inputs of the first input type, generating messages associated with the second input type that is different from the first input type, wherein, when an input is received, an individual event associated with the input is mapped to an individual event associated with the second input type, without waiting for resolution of a gesture in order to then map the gesture to a sequence of events associated with the second input type, the mapping occurring on a per message basis, rather than mapping a sequence of messages associated with the events of the first input type to a different sequence of messages associated with the events of the second input type; formulating an interleaved message stream that includes messages associated with the events of the first and second input types interleaved together; and providing the interleaved message stream to an application, wherein interleaving and subsequent provision of the messages are performed as the individual messages are generated. receiving configuration information to not recognize one or more gestures that would otherwise cause a delay in generating messages associated with a second input type; receiving inputs of a first input type that collectively define a gesture; generating messages associated with the inputs of the first input type; responsive to receiving inputs of the first input type, generating messages associated with the second input type that is different from the first input type, wherein, when an input is received, an individual event associated with the input is mapped to an individual event associated with the second input type, without waiting for resolution of a gesture in order to then map the gesture to a sequence of events associated with the second input type, the mapping occurring on a per message basis, rather than mapping a sequence of messages associated with the events of the first input type to a different sequence of messages associated with the events of the second input type; formulating an interleaved message stream that includes messages associated with the events of the first and second input types interleaved together; and providing the interleaved message stream to an application, wherein interleaving and subsequent provision of the messages are performed as the individual messages are generated.
A method, comprising: detecting, by a server, that an energy harvesting device has not established a short range or a long range connection to the server within a predetermined time frame, the energy harvesting device being able to connect to the server only when getting enough power from an energy source; obtaining, by the server, information relating to environmental conditions of the energy harvesting device from a secondary information source; comparing, by the server, the obtained information to information in a mapping database of the server to decide a default state whether the energy harvesting device should be in an online state or offline state, wherein the mapping database is formed by collecting secondary information from one or more secondary information sources at points of time when the energy harvesting device had established a short range or a long range connection to the server; and determining, by the server, based on the comparison, whether the energy harvesting device is considered to be in an offline state, in which the energy harvesting device does not get enough power from the energy source to establish a connection to the server, and to be operative, or whether the energy harvesting device is considered to be failed. detecting, by a server, that an energy harvesting device has not established a short range or a long range connection to the server within a predetermined time frame, the energy harvesting device being able to connect to the server only when getting enough power from an energy source; obtaining, by the server, information relating to environmental conditions of the energy harvesting device from a secondary information source; comparing, by the server, the obtained information to information in a mapping database of the server to decide a default state whether the energy harvesting device should be in an online state or offline state, wherein the mapping database is formed by collecting secondary information from one or more secondary information sources at points of time when the energy harvesting device had established a short range or a long range connection to the server; and determining, by the server, based on the comparison, whether the energy harvesting device is considered to be in an offline state, in which the energy harvesting device does not get enough power from the energy source to establish a connection to the server, and to be operative, or whether the energy harvesting device is considered to be failed.
A base station comprising: a processing unit that is connected to backhaul including a first logical interface with a first control entity related to a control plane and a second logical interface with a second control entity related to a user plane, the two logical interfaces coexist on the same physical interface, wherein both a communication route in which the first logical interface is formed and a communication route in which the second logical interface is formed include wireless communication paths formed between the base station and another base station (100A, 100B, 100C, 100D), said wireless communication paths using a millimeter wave band and wherein the processing unit forms the wireless communication path for the first logical interface using a frequency resource of a lower frequency than that of the wireless communication path for the second logical interface. a processing unit that is connected to backhaul including a first logical interface with a first control entity related to a control plane and a second logical interface with a second control entity related to a user plane, the two logical interfaces coexist on the same physical interface, wherein both a communication route in which the first logical interface is formed and a communication route in which the second logical interface is formed include wireless communication paths formed between the base station and another base station (100A, 100B, 100C, 100D), said wireless communication paths using a millimeter wave band and wherein the processing unit forms the wireless communication path for the first logical interface using a frequency resource of a lower frequency than that of the wireless communication path for the second logical interface.
Method for operating a drive device for a motor vehicle, which has an exhaust gas-generating drive unit, an exhaust gas aftertreatment device and a heating device for heating the exhaust gas aftertreatment device, wherein electrical terminals (4, 5) of the heating device are electrically connected to a control device via electrical supply connections (6, 7), wherein a voltage applied to the heating device is measured by the control device by means of measuring lines (23, 24) which are electrically connected on the one hand to the control device and on the other hand to the terminals (4, 5), wherein a fault in the supply connections (6, 7) is detected if the measured voltage deviates from a preset value, characterised in that a differential voltage between a supply voltage applied by the control device to the supply connections (6, 7) and a test voltage measured by the control device on the measuring lines (23, 24) is used as the voltage.
A process for manufacturing stiffened structures in composite materials formed by an outer skin and a plurality of stiffeners or stringers whose cross-section has a broken contour with at least one flange joined to the skin, said contour delimiting an inner opening, the process comprising the following steps: a) providing a tool with an outer surface with a shape similar to that of structure on the side of the stiffeners or stringers, including slots to house the stiffeners or stringers; b) providing stiffeners or stringers in fresh or cured condition; c) arranging the stiffeners or stringers in the slots of tool, adapting them to the geometry of the slots and arranging in their inner openings the auxiliary male tools, adapted to their geometry; d) laminating the outer skin by the head of a taping machine on the surface formed by the tool, the stiffeners or stringers and the auxiliary male tools; e) curing the stiffened structure at high temperature and pressure conditions in an autoclave; f) removing the auxiliary male tools, and g) separating the cured stiffened structure from the tool characterized in that the process also comprises, between steps a) and b), a further step of providing auxiliary male tools consisting of elements made of a material capable of varying its volume due to the effect of temperature and/or pressure, shaped with a geometry similar to the inner opening of the stiffeners or stringers, the auxiliary male tools reacting the force of the head of the taping machine at step d), the auxiliary male tools being covered with membranes, such that, during step e), said membranes communicate the inside of the stiffeners or stringers with the inner atmosphere at the curing autoclave, achieving maintaining the pressure of the material of the stinger or stiffener and of the outer skin, therefore producing the curing of such materials. a) providing a tool with an outer surface with a shape similar to that of structure on the side of the stiffeners or stringers, including slots to house the stiffeners or stringers; b) providing stiffeners or stringers in fresh or cured condition; c) arranging the stiffeners or stringers in the slots of tool, adapting them to the geometry of the slots and arranging in their inner openings the auxiliary male tools, adapted to their geometry; d) laminating the outer skin by the head of a taping machine on the surface formed by the tool, the stiffeners or stringers and the auxiliary male tools; e) curing the stiffened structure at high temperature and pressure conditions in an autoclave; f) removing the auxiliary male tools, and g) separating the cured stiffened structure from the tool
Sensor arrangement having - a first sensor which determines an acceleration with three degrees of freedom, - a second sensor which determines a rate of rotation with three degrees of freedom, - a third sensor which determines an orientation to the Earth's magnetic field with three degrees of freedom, and - a fourth sensor which determines a height by means of a pressure measurement, wherein the first sensor, the second sensor and the fourth sensor each have a magnetically sensitive element and a magnet, one element of which is arranged on a moving structure and the other of which is arranged on a fixed structure, wherein a relative position of the moving structure to the associated fixed structure is in each case determined by determining the magnetic field at the position of the associated magnetically sensitive element, and wherein the third sensor has a magnetically sensitive element, and the Earth's magnetic field is determined by means of the magnetically sensitive element. - a first sensor which determines an acceleration with three degrees of freedom, - a second sensor which determines a rate of rotation with three degrees of freedom, - a third sensor which determines an orientation to the Earth's magnetic field with three degrees of freedom, and - a fourth sensor which determines a height by means of a pressure measurement,
Equipment comprising: · a speaker enclosure comprising a chamber, a loudspeaker, and a vent; • an electronic component; and • a heat sink device arranged to dissipate the heat generated by the electronic component and comprising both the vent and also a thermally conductive element that extends from an end of the vent and that is thermally coupled with the electronic component, the vent comprising fins projecting from an inside surface of the vent and extending parallel to a longitudinal axis of the vent, the equipment being characterized in that it comprises a cable and a cable passage formed on or in a fin or between two adjacent fins, the cable passage extending along the length of said fin(s). · a speaker enclosure comprising a chamber, a loudspeaker, and a vent; • an electronic component; and • a heat sink device arranged to dissipate the heat generated by the electronic component and comprising both the vent and also a thermally conductive element that extends from an end of the vent and that is thermally coupled with the electronic component, the vent comprising fins projecting from an inside surface of the vent and extending parallel to a longitudinal axis of the vent, the equipment being characterized in that it comprises a cable and a cable passage formed on or in a fin or between two adjacent fins, the cable passage extending along the length of said fin(s).
Separator device suitable for oil separation for a device for compressing a gas through the use of a compressed mixture of said gas and of a compression fluid, comprising a first tubular element comprising an inlet end that defines an inlet opening for said compressed mixture and an outlet end arranged downstream of said inlet end which defines an outlet opening for said compressed mixture and an intermediate curved portion between said inlet end and said outlet end; said device further comprising deviating and/or conveying means suited to deviate the flow of said compressed mixture and to convey said mixture against the inner walls of said first tubular element, upstream of said outlet opening, before said compressed mixture flows out of said first tubular element; said separator device being characterized in that said deviating and/or conveying means are suited to convey said compressed mixture against the inner walls of said first tubular element towards the outside of the curve defined by said curved portion of said first tubular element.
A secondary battery, comprising: a positive electrode, the positive electrode comprising a positive electrode active material-containing layer, the positive electrode active material-containing layer comprising a lithium nickel cobalt manganese composite oxide; a negative electrode comprising a negative electrode active material-containing layer having a first surface; an insulating layer comprising a solid electrolyte layer having a second surface at least partly opposed to or partly in contact with the first surface, the solid electrolyte layer comprising particles of a Li ion conductive oxide; and a nonaqueous electrolyte, at least part of the second surface or at least parts of the first surface and the second surface comprising a Mn-containing substance, and an abundance ratio of Mn on the second surface being higher than an abundance ratio of Mn on the first surface, the abundance ratio of Mn on the first surface and the abundance ratio of Mn on the second surface being measured according to X-ray photoelectron spectroscopy. a positive electrode, the positive electrode comprising a positive electrode active material-containing layer, the positive electrode active material-containing layer comprising a lithium nickel cobalt manganese composite oxide; a negative electrode comprising a negative electrode active material-containing layer having a first surface; an insulating layer comprising a solid electrolyte layer having a second surface at least partly opposed to or partly in contact with the first surface, the solid electrolyte layer comprising particles of a Li ion conductive oxide; and a nonaqueous electrolyte, at least part of the second surface or at least parts of the first surface and the second surface comprising a Mn-containing substance, and an abundance ratio of Mn on the second surface being higher than an abundance ratio of Mn on the first surface, the abundance ratio of Mn on the first surface and the abundance ratio of Mn on the second surface being measured according to X-ray photoelectron spectroscopy.
A method of treating an exhaust gas comprising heavy metals comprising the steps of: preheating a combustion air of a combustion apparatus by an exhaust gas comprising heavy metals discharged from the combustion apparatus; recovering heat from the exhaust gas by a heat recovery unit after the air preheating; and recovering the heavy metals and soot/dust in the exhaust gas at an exit of the heat recovery unit by a dry precipitator, characterized in that a sulfur trioxide removing agent is supplied into the exhaust gas at an upstream side of an entrance of the heat recovery unit; and an exhaust gas temperature at the exit of the heat recovery unit is lowered to not more than the dew point temperature of sulfur trioxide wherein the heat of the exhaust gas is recovered by a heating medium in the heat recovery unit, the heating medium is circulatingly supplied to a reheater, disposed for heating the desulfurized exhaust gas by the heating medium supplied from the heat recovery unit, or a cooler, disposed for cooling the heating medium supplied from the heat recovery unit, and the exhaust gas temperature at the exit of the heat recovery unit is lowered to not more than the dew point temperature of sulfur trioxide by adjusting at least one among a heating medium circulation amount, a heating medium heating amount, and a heating medium cooling amount. preheating a combustion air of a combustion apparatus by an exhaust gas comprising heavy metals discharged from the combustion apparatus; recovering heat from the exhaust gas by a heat recovery unit after the air preheating; and recovering the heavy metals and soot/dust in the exhaust gas at an exit of the heat recovery unit by a dry precipitator, a sulfur trioxide removing agent is supplied into the exhaust gas at an upstream side of an entrance of the heat recovery unit; and an exhaust gas temperature at the exit of the heat recovery unit is lowered to not more than the dew point temperature of sulfur trioxide
Apparatus for detecting one or more traffic participants, comprising: a first detection device for detecting the traffic participant in a first detection region; a second detection device for detecting the traffic participant in a second detection region, wherein the first detection device is designed to: (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region, and (ii) in the case of an instruction into an angular portion beyond the first detection region, detect the traffic participant in an extended first detection region; and the second detection device comprises at least one cooperative sensor which is designed to detect a position or an instruction direction of the traffic participant based on data transmitted by the traffic participant, and the second detection device, in response to the detection of the traffic participant, is designed to provide data regarding the traffic participant that are required for the instruction and to transmit said data to the first detection device for instruction, such that the traffic participant can be detected by the first detection device before entering the first detection region. a first detection device for detecting the traffic participant in a first detection region; a second detection device for detecting the traffic participant in a second detection region, wherein the first detection device is designed to: (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region, and (ii) in the case of an instruction into an angular portion beyond the first detection region, detect the traffic participant in an extended first detection region; and (i) repeatedly scan the first detection region and detect an entry of the traffic participant into the first detection region, and (ii) in the case of an instruction into an angular portion beyond the first detection region, detect the traffic participant in an extended first detection region; and the second detection device comprises at least one cooperative sensor which is designed to detect a position or an instruction direction of the traffic participant based on data transmitted by the traffic participant, and the second detection device, in response to the detection of the traffic participant, is designed to provide data regarding the traffic participant that are required for the instruction and to transmit said data to the first detection device for instruction, such that the traffic participant can be detected by the first detection device before entering the first detection region.
A method of disassembling a photovoltaic module, the method comprising: applying heat to the photovoltaic module in an oxidizing atmosphere; removing an insulating protective layer wrapping a photovoltaic cell of the photovoltaic module; obtaining a conductive ribbon connecting a plurality of the photovoltaic cells; and obtaining the photovoltaic cell of the photovoltaic module, characterized in that the conductive ribbon includes a base material and a metal coating layer which covers the base material, and a volume of the metal coating layer is increased due to oxidation, so that the conductive ribbon is separated from the photovoltaic cells in a process of removing the insulating protective layer in the oxidation atmosphere. applying heat to the photovoltaic module in an oxidizing atmosphere; removing an insulating protective layer wrapping a photovoltaic cell of the photovoltaic module; obtaining a conductive ribbon connecting a plurality of the photovoltaic cells; and obtaining the photovoltaic cell of the photovoltaic module, characterized in that the conductive ribbon includes a base material and a metal coating layer which covers the base material, and a volume of the metal coating layer is increased due to oxidation, so that the conductive ribbon is separated from the photovoltaic cells in a process of removing the insulating protective layer in the oxidation atmosphere.
An air spring fastening, in particular for commercial vehicles, comprising a positioning element, a radius arm unit, and an air spring unit, wherein the radius arm unit and the air spring unit each have a fastening section (81, 82), wherein the positioning element has a first engagement section that can be brought into engagement with a first fastening section in order to secure the positioning element against displacement in a positioning plane relative to the first fastening section, wherein the positioning element has at least one second engagement section that runs or extends transversely to the positioning plane and is arranged eccentrically in relation to the positioning plane on the positioning element, wherein a second fastening section can be fixed transversely to the positioning plane in alignment with the second engagement section by means of at least one fastening means in order to fix the second fastening section in a certain installation position in relation to the first fastening section by fixing the positioning element in a certain rotation position relative to the first fastening section, characterized in that the first fastening section comprises a retention collar, against which the positioning element may be pushed or pressed or urged via the fastening means so as to force-fittingly or frictionally fix the air spring unit to the radius arm unit.