mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: means for providing a user selectable part of a user input device of the apparatus , the user selectable part being a part of the user input device which may be actuated and in response to the actuation provides a control signal to a controller ; means for configuring the apparatus in either a first state or a second state wherein, in the first state the user selectable part is associated with a first function, having a first characteristic, so that the first function is performed in response to actuation of the user selectable part , and wherein in the second state the user selectable part is associated with a second function, different to the first function, so that the second function is performed in response to actuation of the user selectable part ; and means for controlling a tactile quality of the user selectable part with respect to the rest of the user input device so that the user selectable part is provided with a first tactile quality when the apparatus is in the first state and a second different tactile quality when the apparatus is in the second state wherein the first tactile quality is indicative of the first characteristic of the first function, and wherein the user selectable part is selectable with the first tactile quality in the first state and the user selectable part is selectable with the second tactile quality in the second state. means for providing a user selectable part of a user input device of the apparatus , the user selectable part being a part of the user input device which may be actuated and in response to the actuation provides a control signal to a controller ; means for configuring the apparatus in either a first state or a second state wherein, in the first state the user selectable part is associated with a first function, having a first characteristic, so that the first function is performed in response to actuation of the user selectable part , and wherein in the second state the user selectable part is associated with a second function, different to the first function, so that the second function is performed in response to actuation of the user selectable part ; and means for controlling a tactile quality of the user selectable part with respect to the rest of the user input device so that the user selectable part is provided with a first tactile quality when the apparatus is in the first state and a second different tactile quality when the apparatus is in the second state wherein the first tactile quality is indicative of the first characteristic of the first function, and wherein the user selectable part is selectable with the first tactile quality in the first state and the user selectable part is selectable with the second tactile quality in the second state.
Device for fastening a peripheral device to a screen of a cash register system, having a housing comprising a first housing part and a second housing part , and having an adapter , accommodated at least partly in the housing and connected to the housing , for fastening the device to the screen, wherein the first housing part comprises a first recess and a second recess , wherein the first housing part at least one fastening element for fastening a peripheral device-specific cover for the partial and/or complete closure of the first recess via a detachable and reproducible connection, wherein the peripheral device can be fastened to the cover , and wherein the first housing part is designed in such a way that all peripheral device-specific covers from a predetermined group of covers for the partial and/or complete closure of the recess can optionally be fastened thereto.
A lift for a rotary axle of industrial vehicles suitable for being coupled to a support of an air suspension of a suspension arm attached to the rotary axle to be lifted and to an air spring of the suspension, characterised in that the lift comprises a first unitary side part and a second side part with a generally laminar shape which, by the upper end thereof, are couplable to the support of the suspension and by the lower end thereof are joined through a carrier body of a bellows which acts as lifting means, wherein: • the first unitary side part provided with first holes and/or slots for positioning and joining a spacer and the second side part defined by a first and a second plate able to be fastened to each other by at least one joining element , preferably a first screw , and a second fastening element, such that the joint of both plates , with a generally laminar shape, defines a structure similar to the first unitary side part ; • the first plate , which on the lower side thereof, opposite from that of the joint with the second plate , is fastened to the lower end of the first unitary side part of the lift by means of the carrier body of the bellows or air spring, the first plate having second holes and/or slots , and the second plate , on the upper side thereof opposite from that of the joint with the first plate , has an upper hole for joining to the support of the air suspension, and also has third holes and/or slots (10"), and; • the joint of the first plate with the first unitary side part by means of the spacer being able to adjust the position of the lift depending on the suspension. • the first unitary side part provided with first holes and/or slots for positioning and joining a spacer and the second side part defined by a first and a second plate able to be fastened to each other by at least one joining element , preferably a first screw , and a second fastening element, such that the joint of both plates , with a generally laminar shape, defines a structure similar to the first unitary side part ; • the first plate , which on the lower side thereof, opposite from that of the joint with the second plate , is fastened to the lower end of the first unitary side part of the lift by means of the carrier body of the bellows or air spring, the first plate having second holes and/or slots , and the second plate , on the upper side thereof opposite from that of the joint with the first plate , has an upper hole for joining to the support of the air suspension, and also has third holes and/or slots (10"), and; • the joint of the first plate with the first unitary side part by means of the spacer being able to adjust the position of the lift depending on the suspension.
A radiator-intercooler integrated module, comprising: a low-temperature radiator ; wherein the low-temperature radiator includes: an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core ; and an exit tank , wherein the coolant passing through the radiator core flows into the exit tank , wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core , respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body. a low-temperature radiator ; wherein the low-temperature radiator includes: an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core ; and an exit tank , wherein the coolant passing through the radiator core flows into the exit tank , wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core , respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body. an inlet tank into which a water-based coolant flows; a radiator core disposing the coolant in heat exchange relationship with air, wherein the coolant from the inlet tank flows into the radiator core ; and an exit tank , wherein the coolant passing through the radiator core flows into the exit tank , wherein the inlet tank and the exit tank are disposed at opposite ends with respect to the radiator core , respectively, characterised in that the radiator-intercooler integrated module comprises a water-cooled intercooler formed integrally with the low-temperature radiator into a single body.
A framed element comprising - an insulating core layer made of foamed glass or a combination of lightweight aggregates and fire retardant resin, - an upper surface layer arranged on the insulating core layer, and - a frame structure comprising frame profiles which have been arranged to form at least part of the outer edges of the element and elongated support profiles in the length and/or width direction of the element and which elongated support profiles have been attached at their ends to the frame profiles and arranged at least partly inside the core layer , and characterized in that the element further comprises - an elastic sealing compound applied on the surface of the insulating core layer, wherein the elastic sealing compound forms substantially uniform layer between the insulating core layer and the upper surface layer of the element . - an insulating core layer made of foamed glass or a combination of lightweight aggregates and fire retardant resin, - an upper surface layer arranged on the insulating core layer, and - a frame structure comprising frame profiles which have been arranged to form at least part of the outer edges of the element and elongated support profiles in the length and/or width direction of the element and which elongated support profiles have been attached at their ends to the frame profiles and arranged at least partly inside the core layer , and characterized in that the element further comprises - an elastic sealing compound applied on the surface of the insulating core layer, wherein the elastic sealing compound forms substantially uniform layer between the insulating core layer and the upper surface layer of the element .
An apparatus (401; 501; 601; 701; 801; 901; 1001; 1201) to guide a tubular member (693; 793; 893; 1093) having a flotation module (695; 795; 895; 1095) attached an outer diameter of said tubular member (693; 793; 893; 1093), the apparatus (401; 501; 601; 701; 801; 1001) comprising: a bowl (403; 503; 603; 803; 903; 1203) forming a bore (405; 505) having a first opening (407; 507) formed at a top side of the bowl (403; 503; 603; 803; 903; 1203), a second opening formed at a bottom side of the bowl (403; 503; 603; 803; 903; 1203), and a tapered inner wall extending from the first opening (407; 507) to the second opening about a longitudinal axis (400; 1200); a slip assembly (421; 621; 821; 921; 1021) movably disposed within the bowl (403; 503; 603;803;903; 1203); a first guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the first opening (407; 507) of the bowl (403; 503; 603; 803; 903; 1203); and a second guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the second opening of the bowl (403; 503; 603; 803; 903; 1203), wherein at least one of the first guiding member (441; 541; 641; 741; 841; 1041; 1241) and the second guiding member (441; 541; 641; 741; 841; 1041; 1241) comprises a roller to contact the flotation module (695; 795; 895; 1095) disposed within the bore. a bowl (403; 503; 603; 803; 903; 1203) forming a bore (405; 505) having a first opening (407; 507) formed at a top side of the bowl (403; 503; 603; 803; 903; 1203), a second opening formed at a bottom side of the bowl (403; 503; 603; 803; 903; 1203), and a tapered inner wall extending from the first opening (407; 507) to the second opening about a longitudinal axis (400; 1200); a slip assembly (421; 621; 821; 921; 1021) movably disposed within the bowl (403; 503; 603;803;903; 1203); a first guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the first opening (407; 507) of the bowl (403; 503; 603; 803; 903; 1203); and a second guiding member (441; 541; 641; 741; 841; 1041; 1241) disposed adjacent to the second opening of the bowl (403; 503; 603; 803; 903; 1203), wherein at least one of the first guiding member (441; 541; 641; 741; 841; 1041; 1241) and the second guiding member (441; 541; 641; 741; 841; 1041; 1241) comprises a roller to contact the flotation module (695; 795; 895; 1095) disposed within the bore.
A composite pressure container for fluids comprising a boss , wherein the boss comprises an opening wherein a coupling or valve member is fitted, wherein the pressure container comprises an inner fluid-tight liner layer and a pressure supporting layer formed by winding fibre-reinforcement onto the liner layer, as well as a central opening in one end to be provided with the boss , wherein the boss comprises mounting means adapted to receive the coupling or valve member , wherein the coupling or valve member comprises at least one O-ring for engagement with the mounting means, characterised in that the boss or the coupling or valve member further comprises depressurisation means arranged to transport fluid from a void arranged axially outside the at least one O-ring and out of the boss , and in that the boss comprises an imbedded member fully imbedded towards the inside of the pressure container and in an inner part of the opening, and in that the boss comprises a lip arranged between the imbedded member and the coupling or valve member .
A vacuum pump , in particular a booster pump, comprising a Holweck pump stage ; at least two side channel pump stages which are arranged downstream of the Holweck pump stage , which act in series and which are arranged axially offset from one another; a pump rotor which forms a common pump rotor of the Holweck pump stage and the side channel pump stages ; and an electric motor , wherein rotor elements of the Holweck pump stage are connected to a rotor shaft of the pump rotor independently of rotor elements of the side channel pump stages , characterized in that the side channel pump stages are arranged radially offset from one another, and i) the side channel pump stages are arranged axially overlapping with the electric motor , and/or ii) the pump rotor has a magnetic bearing at a suction-side end of the pump rotor and the magnetic bearing is arranged axially overlapping with the Holweck pump stage . at least two side channel pump stages which are arranged downstream of the Holweck pump stage , which act in series and which are arranged axially offset from one another; a pump rotor which forms a common pump rotor of the Holweck pump stage and the side channel pump stages ; and an electric motor , wherein rotor elements of the Holweck pump stage are connected to a rotor shaft of the pump rotor independently of rotor elements of the side channel pump stages , characterized in that the side channel pump stages are arranged radially offset from one another, and i) the side channel pump stages are arranged axially overlapping with the electric motor , and/or ii) the pump rotor has a magnetic bearing at a suction-side end of the pump rotor and the magnetic bearing is arranged axially overlapping with the Holweck pump stage . i) the side channel pump stages are arranged axially overlapping with the electric motor , and/or ii) the pump rotor has a magnetic bearing at a suction-side end of the pump rotor and the magnetic bearing is arranged axially overlapping with the Holweck pump stage .
A low power differential data isolator circuit , comprising: a transmitter configured to transmit a differential signal; a differential data isolator ; and a differential receiver comprising first and second single-ended amplifiers that are cross-coupled with each other; the first single-ended amplifier having an input terminal configured to receive a first signal output from a first terminal of the isolator , the input terminal of the first single-ended amplifier being coupled to a reference terminal of the second single-ended amplifier ; and the second single-ended amplifier having an input terminal configured to receive a second signal output from a second terminal of the isolator , the input terminal of the second single-ended amplifier being coupled to a reference terminal of the first single-ended amplifier , and wherein each of the first single-ended amplifier and the second single-ended amplifier comprise a resetting means,(214a-214b; NDW3-NDW6; MP3-MP6), coupled to the respective input terminal and the respective reference terminal, the resetting means being configured to reset, at the beginning of each data transmission, the respective input terminal and the respective reference terminal to a voltage of zero volt or a supply voltage, (VDD2), applied to each of the first single-ended amplifier and the second single-ended amplifier before the differential receiver receives any signal from the differential data isolator. a transmitter configured to transmit a differential signal; a differential data isolator ; and a differential receiver comprising first and second single-ended amplifiers that are cross-coupled with each other; the first single-ended amplifier having an input terminal configured to receive a first signal output from a first terminal of the isolator , the input terminal of the first single-ended amplifier being coupled to a reference terminal of the second single-ended amplifier ; and the second single-ended amplifier having an input terminal configured to receive a second signal output from a second terminal of the isolator , the input terminal of the second single-ended amplifier being coupled to a reference terminal of the first single-ended amplifier , and wherein each of the first single-ended amplifier and the second single-ended amplifier comprise a resetting means,(214a-214b; NDW3-NDW6; MP3-MP6), coupled to the respective input terminal and the respective reference terminal, the resetting means being configured to reset, at the beginning of each data transmission, the respective input terminal and the respective reference terminal to a voltage of zero volt or a supply voltage, (VDD2), applied to each of the first single-ended amplifier and the second single-ended amplifier before the differential receiver receives any signal from the differential data isolator.
A vehicular airbag device comprising an airbag which opens an airbag door openably sealing an opening formed on an instrument panel , which deploys and expands rearward in a vehicle longitudinal direction from the opening toward an occupant sitting on a front seat of a vehicle, and which catches the occupant while being supported by the instrument panel , wherein an outer shape of the airbag when fully deployed and expanded is line-symmetrical with respect to a center line (#X-X, X-X) of the opening in a vehicle left-right width direction and has a size which protrudes in the vehicle width direction from a reference longitudinal direction vertical plane which passes in the vehicle longitudinal direction through a shoulder of the occupant sitting on the front seat, and a protrusion dimension (#PC, PC) of the airbag in the vehicle width direction at a center position of the opening in the vehicle longitudinal direction is greater than a protrusion dimension (#PB, PB) in the vehicle width direction at a rear edge position of the instrument panel which is more rearward in the vehicle longitudinal direction than the center position of the opening in the vehicle longitudinal direction, characterized in that a width dimension (#WC, WC) of the airbag in the vehicle width direction is greatest at the center position of the opening .
A ceramic particulate filter for internal combustion engines, the ceramic particulate filter comprising: a. a ceramic body comprising at least one of cordierite, aluminum titanate, silicon carbide, mullite, and combinations thereof, and a plurality of inlet channels that are open at an inlet face and plugged at an outlet face , a plurality of outlet channels that are plugged at the inlet face and open at the outlet face , and a plurality of porous walls separating the inlet channels from adjacent outlet channels , wherein each of the porous walls has a continuous porous structure capable of trapping particulate matter ; b. a first porous catalytic coating comprising a first catalytic material and a porous support material, wherein the first catalytic material is incorporated within the porous support material, wherein the first porous catalytic coating is deposited on an outer surface of the porous walls , rather than in the porous walls , in at least a portion of outlet channels , and wherein each of the inlet channels is in fluid communication with at least one of the outlet channels through the first porous catalytic coating and the porous wall separating the inlet channel from the outlet channel ; and c. a second porous catalytic coating deposited over the first porous catalytic coating in the outlet channel , wherein the second porous catalytic coating comprises a second catalytic material that is different from the first catalytic material. wherein the first porous catalytic coating has a macroporosity, i.e., pore sizes greater than 1 μm, in a range from about 15% up to about 70% and a thickness in a range from about 30 μm up to about 400 μm. a. a ceramic body comprising at least one of cordierite, aluminum titanate, silicon carbide, mullite, and combinations thereof, and a plurality of inlet channels that are open at an inlet face and plugged at an outlet face , a plurality of outlet channels that are plugged at the inlet face and open at the outlet face , and a plurality of porous walls separating the inlet channels from adjacent outlet channels , wherein each of the porous walls has a continuous porous structure capable of trapping particulate matter ; b. a first porous catalytic coating comprising a first catalytic material and a porous support material, wherein the first catalytic material is incorporated within the porous support material, wherein the first porous catalytic coating is deposited on an outer surface of the porous walls , rather than in the porous walls , in at least a portion of outlet channels , and wherein each of the inlet channels is in fluid communication with at least one of the outlet channels through the first porous catalytic coating and the porous wall separating the inlet channel from the outlet channel ; and c. a second porous catalytic coating deposited over the first porous catalytic coating in the outlet channel , wherein the second porous catalytic coating comprises a second catalytic material that is different from the first catalytic material.