mhurhangee/ep-ind-claims huggingface dataset:
An airbag assembly (100, 1000) comprising: a flexible housing (110, 1010); an inflatable airbag cushion (150, 1050) disposed within the flexible housing (110, 1010) in a compressed configuration; an inflator (120, 1020) to supply inflation gas to the inflatable airbag cushion (150, 1050), the inflator (120, 1020) at least partially disposed within the flexible housing (110, 1010); a mounting plate (130, 1030) coupled to the flexible housing (110, 1010), the mounting plate (130, 1030) comprising an attachment point to couple the airbag assembly (100, 1000) to a reaction surface of a vehicle; characterized by a plurality of tabs (140, 1040) wherein a first end (142,1042) of each tab (140,1040) couples to the airbag cushion (150, 1050) and a second end (143, 1043) of each tab (140, 1040) extends through an aperture (138, 1038) of the mounting plate (130, 1030) whereby the second end (143, 1043) of each tab (140, 1040) is configured to one of: extend through the aperture (138, 1038) of the mounting plate (130, 1030) and to be disposed between the mounting plate (130, 1030) and a portion of the housing (110, 1010); and extend through the aperture (138, 1038) of the mounting plate (130, 1030) and an aperture (116, 1016) of the housing (110, 1010) and to be disposed between the housing (110, 1010) and the reaction surface. a flexible housing (110, 1010); an inflatable airbag cushion (150, 1050) disposed within the flexible housing (110, 1010) in a compressed configuration; an inflator (120, 1020) to supply inflation gas to the inflatable airbag cushion (150, 1050), the inflator (120, 1020) at least partially disposed within the flexible housing (110, 1010); a mounting plate (130, 1030) coupled to the flexible housing (110, 1010), the mounting plate (130, 1030) comprising an attachment point to couple the airbag assembly (100, 1000) to a reaction surface of a vehicle; characterized by a plurality of tabs (140, 1040) wherein a first end (142,1042) of each tab (140,1040) couples to the airbag cushion (150, 1050) and a second end (143, 1043) of each tab (140, 1040) extends through an aperture (138, 1038) of the mounting plate (130, 1030) whereby the second end (143, 1043) of each tab (140, 1040) is configured to one of: extend through the aperture (138, 1038) of the mounting plate (130, 1030) and to be disposed between the mounting plate (130, 1030) and a portion of the housing (110, 1010); and extend through the aperture (138, 1038) of the mounting plate (130, 1030) and an aperture (116, 1016) of the housing (110, 1010) and to be disposed between the housing (110, 1010) and the reaction surface. extend through the aperture (138, 1038) of the mounting plate (130, 1030) and to be disposed between the mounting plate (130, 1030) and a portion of the housing (110, 1010); and extend through the aperture (138, 1038) of the mounting plate (130, 1030) and an aperture (116, 1016) of the housing (110, 1010) and to be disposed between the housing (110, 1010) and the reaction surface.
A method of operating a mobile device by recognizing a user's gesture, the method performed by the mobile device and comprising: recognizing the user's gesture and circumstance information; generating circumstantial gesture information according to a combination of the recognized gesture and the circumstance information; and executing an application item corresponding to the circumstantial gesture information, wherein the circumstance information includes a time at which the user's gesture is recognized and a location of the mobile device at the time, and is obtained in connection with a Personal Information Management System, PIMS, and wherein the recognizing of the user's gesture comprises sensing the user's gesture and determining a gesture corresponding to the recognized gesture by comparing a sensed gesture to a plurality of gestures that are previously stored in the mobile device. recognizing the user's gesture and circumstance information; generating circumstantial gesture information according to a combination of the recognized gesture and the circumstance information; and executing an application item corresponding to the circumstantial gesture information, wherein the circumstance information includes a time at which the user's gesture is recognized and a location of the mobile device at the time, and is obtained in connection with a Personal Information Management System, PIMS, and wherein the recognizing of the user's gesture comprises sensing the user's gesture and determining a gesture corresponding to the recognized gesture by comparing a sensed gesture to a plurality of gestures that are previously stored in the mobile device.
Mobility aid comprising - a first frame member, - a second frame member and - at least one pivot member that is connected to the first frame member and is mounted on the second frame member so as to be pivotable about a swivel axis, it being possible for the pivot member to be brought into a use position and a transport position relative to the second frame member, wherein - a first locking means locks the pivot member relative to the second frame member when the pivot member is in the use position, and - a second locking means locks the first frame member relative to the second frame member when the pivot member is in the transport position, characterized in that the first frame member can be releasably fastened to the pivot member in various positions, whereby an angle between the two frame members (2,4) in the use position of the pivot member can be set and said position not having any influence on the position of the first frame member relative to the second frame member when the pivot member is in the transport position. - a first frame member, - a second frame member and - at least one pivot member that is connected to the first frame member and is mounted on the second frame member so as to be pivotable about a swivel axis, it being possible for the pivot member to be brought into a use position and a transport position relative to the second frame member, wherein - a first locking means locks the pivot member relative to the second frame member when the pivot member is in the use position, and - a second locking means locks the first frame member relative to the second frame member when the pivot member is in the transport position, characterized in that the first frame member can be releasably fastened to the pivot member in various positions, whereby an angle between the two frame members (2,4) in the use position of the pivot member can be set and said position not having any influence on the position of the first frame member relative to the second frame member when the pivot member is in the transport position. - a first locking means locks the pivot member relative to the second frame member when the pivot member is in the use position, and - a second locking means locks the first frame member relative to the second frame member when the pivot member is in the transport position, characterized in that the first frame member can be releasably fastened to the pivot member in various positions, whereby an angle between the two frame members (2,4) in the use position of the pivot member can be set and said position not having any influence on the position of the first frame member relative to the second frame member when the pivot member is in the transport position.
Assembly group of a machine for processing sheet or web-shaped printing material, comprising a functional polymer -known as a smart polymer - for changing a characteristic of a component of the assembly group, wherein the component has multiple zones (18, 19) in which the functional polymer is located, the zones (18, 19) being individually controllable and ring segments axially aligned with one another and the functional polymer being a magnetically active polymer, an electrically active polymer, or a dielectric elastomer, or wherein the assembly group comprises a roller with a roller core, annular actuators - known as ring actuators - disposed thereon and a rubber cover disposed thereon and every ring actuator comprises an inner electrode, an outer electrode, and a dielectric elastomer disposed radially between the two electrodes (5, 7) or every ring actuator comprises two outer electrodes (5, 7) and a dielectric elastomer disposed axially between the two electrodes (5, 7).
A mobile communications device, comprising a logic structure configured to: perform a local database inquiry, based on a query received from a query source, of a local common database object accessible to a first application and a second application (208, 410, 412) on the mobile communications device; determine whether at least one result of the local database inquiry is acceptable to the query source; perform, via a wireless packet data service network, whenever no local database inquiry result is acceptable to the query source, a remote database inquiry with respect to a remote database; and store, under the direction or with the assent of the query source, information resulting from the remote database inquiry in the local common database object, wherein the remote database inquiry is performed as part of the first application. perform a local database inquiry, based on a query received from a query source, of a local common database object accessible to a first application and a second application (208, 410, 412) on the mobile communications device; determine whether at least one result of the local database inquiry is acceptable to the query source; perform, via a wireless packet data service network, whenever no local database inquiry result is acceptable to the query source, a remote database inquiry with respect to a remote database; and store, under the direction or with the assent of the query source, information resulting from the remote database inquiry in the local common database object, wherein the remote database inquiry is performed as part of the first application.
A container of consumer goods comprising: an outer housing comprising: a box; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; an inner package enclosing the consumer goods having an access opening; and an adhesive label, wherein a resealable adhesive is provided on a first portion of an inner surface of the adhesive label and an opposed outer surface of the adhesive label is permanently attached to an inner surface of a front wall of the lid of the outer housing such that movement of the lid of the outer housing simultaneously moves the adhesive label between a closed position and an open position, wherein a lower end portion of the outer surface of the adhesive label is permanently attached to the inner surface of the front wall of the lid of the outer housing, characterised in that the lower end of the outer surface of the adhesive label is permanently attached at a location at least 50 percent of the total height of the front wall of the lid from the lower edge of the front wall of the lid, such that the adhesive label is inwardly concave throughout its movement. an outer housing comprising: a box; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; a box; and a lid hinged to the box along a hinge line extending across a back wall of the outer housing; an inner package enclosing the consumer goods having an access opening; and an adhesive label, wherein a resealable adhesive is provided on a first portion of an inner surface of the adhesive label and an opposed outer surface of the adhesive label is permanently attached to an inner surface of a front wall of the lid of the outer housing such that movement of the lid of the outer housing simultaneously moves the adhesive label between a closed position and an open position, wherein a lower end portion of the outer surface of the adhesive label is permanently attached to the inner surface of the front wall of the lid of the outer housing, characterised in that the lower end of the outer surface of the adhesive label is permanently attached at a location at least 50 percent of the total height of the front wall of the lid from the lower edge of the front wall of the lid, such that the adhesive label is inwardly concave throughout its movement.
A system (1, 16, 19, 28) for measuring an amount of liquid in an elastic bag, wherein the elastic bag has a gas phase in addition to the liquid phase formed by the liquid and wherein in the operational position of the elastic bag there is formed in the lower area of the elastic bag a liquid opening for retrieving liquid from the elastic bag, having at least two push elements, which abut at opposite walls of the elastic bag and which are spaced apart from one another, at least one drive unit, which is configured to drive at least one push element, wherein the at least two push elements may be moved towards one another by driving at least one push element, at least one sensor, and a control unit, which is configured to communicate with the at least one sensor and the at least one drive unit, characterized in that the elastic bag has a gas opening, which extends into the gas phase, and that the at least one sensor is configured to measure a liquid level of the liquid in the elastic bag, wherein the control unit is configured to calculate an amount of liquid in the elastic bag on the basis of the liquid level and the distance between the at least two push elements and wherein the liquid level of the liquid in the elastic bag may be changed by reducing the distance between the at least two push elements by means of the at least one drive unit.
Structure of the front part of the body of a vehicle, in particular a motor vehicle, comprising three body parts comprising: - a side apron cross member arranged to reinforce a transverse apron of the front part structure separating the passenger compartment from the engine compartment of the vehicle; - a lower window cross-member on which the lower part of the vehicle windscreen rests; - a stretcher stabiliser resting against a corresponding stretcher of the vehicle; these bodywork elements (1, 3, 4) each being connected by one end to a front foot of the vehicle, characterised in that the front part structure comprises reinforcement means integral with the front foot and corresponding ends of the bodywork elements (1, 3, 4) so as to reinforce the connections between the front foot and the bodywork elements (1, 3, 4), in order to avoid the rupture of these connections in the event of a frontal impact of the vehicle. - a side apron cross member arranged to reinforce a transverse apron of the front part structure separating the passenger compartment from the engine compartment of the vehicle; - a lower window cross-member on which the lower part of the vehicle windscreen rests; - a stretcher stabiliser resting against a corresponding stretcher of the vehicle; these bodywork elements (1, 3, 4) each being connected by one end to a front foot of the vehicle, characterised in that the front part structure comprises reinforcement means integral with the front foot and corresponding ends of the bodywork elements (1, 3, 4) so as to reinforce the connections between the front foot and the bodywork elements (1, 3, 4), in order to avoid the rupture of these connections in the event of a frontal impact of the vehicle.
A method of treating exhaust gases from a diesel engine, comprising: operating the engine and passing exhaust gases through a diesel particulate filter; operating the engine to obtain a first set of exhaust characteristics and injecting fuel upstream of the diesel particulate filter at a first rate of injection so that active NO2-based regeneration of the diesel particulate filter occurs until at least one condition is attained; said at least one condition including heating of the diesel particulate filter to a temperature above a predetermined heating temperature, characterized by after the at least one condition is attained, reducing a rate of fuel injection and operating the engine to obtain a second set of exhaust characteristics so that NO2-based regeneration of the diesel particulate filter occurs, at least one characteristic of the first and second sets of characteristics being different, until at least one second condition is attained, the second condition including cooling of the diesel particulate filter to below a predetermined regeneration temperature. operating the engine and passing exhaust gases through a diesel particulate filter; operating the engine to obtain a first set of exhaust characteristics and injecting fuel upstream of the diesel particulate filter at a first rate of injection so that active NO2-based regeneration of the diesel particulate filter occurs until at least one condition is attained; said at least one condition including heating of the diesel particulate filter to a temperature above a predetermined heating temperature, characterized by after the at least one condition is attained, reducing a rate of fuel injection and operating the engine to obtain a second set of exhaust characteristics so that NO2-based regeneration of the diesel particulate filter occurs, at least one characteristic of the first and second sets of characteristics being different, until at least one second condition is attained, the second condition including cooling of the diesel particulate filter to below a predetermined regeneration temperature.
A manufacturing method for a temperature sensor, comprising: forming a plurality of trenches on a silicon wafer; performing thermal annealing to deform the plurality of trenches, such that the plurality of trenches are in communication with each other to form a cavity, and the silicon wafer is connected together above the cavity to seal the cavity; oxidizing silicon above the cavity to obtain a silicon oxide film; and forming a temperature measurement unit on the silicon oxide film, and the temperature measurement unit is configured to sense an ambient temperature. forming a plurality of trenches on a silicon wafer; performing thermal annealing to deform the plurality of trenches, such that the plurality of trenches are in communication with each other to form a cavity, and the silicon wafer is connected together above the cavity to seal the cavity; oxidizing silicon above the cavity to obtain a silicon oxide film; and forming a temperature measurement unit on the silicon oxide film, and the temperature measurement unit is configured to sense an ambient temperature.
An e-vaping device comprising a mouth end insert including a flavored portion, the flavored portion comprising: a solid matrix; and at least one of one or more flavorants, one or more taste compounds and one or more aromas; the at least one of the one or more flavorants, one or more taste compounds and one or more aromas being embedded within the solid matrix. a solid matrix; and at least one of one or more flavorants, one or more taste compounds and one or more aromas; the at least one of the one or more flavorants, one or more taste compounds and one or more aromas being embedded within the solid matrix.
Method for producing a core cardboard for a laminate, wherein the core cardboard has a laminar system with at least one layer (16a-c), characterized in that the method includes at least the following steps of: a) providing a reprocessed fibrous mixture having at least the following characteristics: - the fine fraction according to Brecht-Holl is at most 50 % by weight; - the long fiber fraction according to Brecht-Holl is at least 10 % by weight; - the short fiber fraction according to Brecht-Holl is at most 60 % by weight; and - the ash fraction according to ISO 1762 is at most 20 % by weight, b) producing at least one fibrous suspension, which contains at least a fraction of the fibrous mixture provided, c) processing the at least one fibrous suspension by carrying out at least one de-ashing of the fibrous suspension until an ash fraction of the dry component of the fibrous suspension is at most 15 % by weight, and by adding at least one additive to the at least one fibrous suspension, the additive being selected from a group consisting of retention agents and wet strength agents; and d) producing the laminar system from the at least one fibrous suspension. a) providing a reprocessed fibrous mixture having at least the following characteristics: - the fine fraction according to Brecht-Holl is at most 50 % by weight; - the long fiber fraction according to Brecht-Holl is at least 10 % by weight; - the short fiber fraction according to Brecht-Holl is at most 60 % by weight; and - the ash fraction according to ISO 1762 is at most 20 % by weight, - the fine fraction according to Brecht-Holl is at most 50 % by weight; - the long fiber fraction according to Brecht-Holl is at least 10 % by weight; - the short fiber fraction according to Brecht-Holl is at most 60 % by weight; and - the ash fraction according to ISO 1762 is at most 20 % by weight, b) producing at least one fibrous suspension, which contains at least a fraction of the fibrous mixture provided, c) processing the at least one fibrous suspension by carrying out at least one de-ashing of the fibrous suspension until an ash fraction of the dry component of the fibrous suspension is at most 15 % by weight, and by adding at least one additive to the at least one fibrous suspension, the additive being selected from a group consisting of retention agents and wet strength agents; and d) producing the laminar system from the at least one fibrous suspension.