mhurhangee/ep-ind-claims huggingface dataset:
A polyamide film laminate, comprising A) a first polyamide resin layer comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the first polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 2 mol% to 20 mol%, and B) a second polyamide resin layer formed on at least one surface of the first polyamide resin layer and comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the second polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is more than 20 mol% and 40 mol% or less, and wherein a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 5 to 25 mol% in the entire polyamide film laminate. A) a first polyamide resin layer comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the first polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 2 mol% to 20 mol%, and a first polyamide resin layer comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the first polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 2 mol% to 20 mol%, and B) a second polyamide resin layer formed on at least one surface of the first polyamide resin layer and comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the second polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is more than 20 mol% and 40 mol% or less, and wherein a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 5 to 25 mol% in the entire polyamide film laminate. a second polyamide resin layer formed on at least one surface of the first polyamide resin layer and comprising an amide bond by an aromatic diamino group and a benzene-dicarbonyl group, wherein in the second polyamide resin layer, a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is more than 20 mol% and 40 mol% or less, and wherein a ratio of benzene-1,3-dicarbonyl group to a total of benzene-1,3-dicarbonyl group and benzene-1,4-dicarbonyl group is 5 to 25 mol% in the entire polyamide film laminate.
Transmitting device for transmitting control data to a transponder of an operating device of an emergency light, the emergency light being switched on during mains operation if the emergency light is operated in maintained mode; the emergency light being switched off during mains operation and switched on in the event of a power failure if the emergency light is operated in standby mode; the transmitting device having a control unit, a transmitter, a display unit and an input unit, characterized in that the input unit is designed for entering or selecting maintained mode or standby mode by a user, the control unit is designed to generate the control data for a configuration of the operating device according to the maintained mode or standby mode entered or selected by the user, the transmitter is designed to transmit the generated control data to the transponder of the operating device, the transmitter is designed to transmit a network address, with which the emergency light can be identified from other components (1a..1h) of a lighting system, to the transponder of the operating device, the display unit has a touch-sensitive screen for displaying a building/room plan and for marking the position of the emergency light in the displayed building/room plan by the user tapping the touch-sensitive screen, and the control unit is designed to link the network address to the marked position and to store the network address. the emergency light being switched on during mains operation if the emergency light is operated in maintained mode; the emergency light being switched off during mains operation and switched on in the event of a power failure if the emergency light is operated in standby mode; the transmitting device having a control unit, a transmitter, a display unit and an input unit, characterized in that the input unit is designed for entering or selecting maintained mode or standby mode by a user, the control unit is designed to generate the control data for a configuration of the operating device according to the maintained mode or standby mode entered or selected by the user, the transmitter is designed to transmit the generated control data to the transponder of the operating device, the transmitter is designed to transmit a network address, with which the emergency light can be identified from other components (1a..1h) of a lighting system, to the transponder of the operating device, the display unit has a touch-sensitive screen for displaying a building/room plan and for marking the position of the emergency light in the displayed building/room plan by the user tapping the touch-sensitive screen, and the control unit is designed to link the network address to the marked position and to store the network address.
Device for thickening organic substrates with an evaporator having an inlet for the substrate, a substrate outlet and an upper outlet, characterized in that the evaporator is preceded by a heat-exchanger arranged upstream of the evaporator, to the inlet of which a feed pump is connected, and a diaphragm or pinch valve is connected to its outlet, wherein a control or a regulation for the diaphragm valve or the pinch valve is provided in dependence on the pressure in the heat exchanger, in such a way that normal pressure or approximately normal pressure prevails in the heat exchanger.
A method for maintaining data integrity, comprising the computer-implemented steps of: generating checksum data by performing a physical checksum calculation on a block of data in volatile memory; after generating said checksum data, performing, at an application software level, a logical check on data contained within the block of data in order to verify the logical integrity of the block of data; and if the block of data passes said logical check, then causing the block of data to be written to nonvolatile memory, and further causing the generated checksum data to be stored in association with the block of data; after writing the block of data to nonvolatile memory, causing the block of data and said checksum data to be read from nonvolatile memory; and performing a physical checksum verification procedure on said block of data based on said checksum data to verify the logical integrity of the block of data. generating checksum data by performing a physical checksum calculation on a block of data in volatile memory; after generating said checksum data, performing, at an application software level, a logical check on data contained within the block of data in order to verify the logical integrity of the block of data; and if the block of data passes said logical check, then causing the block of data to be written to nonvolatile memory, and further causing the generated checksum data to be stored in association with the block of data; performing, at an application software level, a logical check on data contained within the block of data in order to verify the logical integrity of the block of data; and if the block of data passes said logical check, then causing the block of data to be written to nonvolatile memory, and further causing the generated checksum data to be stored in association with the block of data; after writing the block of data to nonvolatile memory, causing the block of data and said checksum data to be read from nonvolatile memory; and performing a physical checksum verification procedure on said block of data based on said checksum data to verify the logical integrity of the block of data. causing the block of data and said checksum data to be read from nonvolatile memory; and performing a physical checksum verification procedure on said block of data based on said checksum data to verify the logical integrity of the block of data.
A silica-titania-niobia glass comprising, in wt.,% measured as the oxides, niobia in an amount in the range of 0.005 wt.% to 1.2 wt.%, titania in an amount in the range of 5 wt.% to 10 wt.%, and the remainder of the glass is silica, SiO 2.
Structure part, in particular for the back rest of a vehicle seat, wherein the structure part comprises at least one plate element and also a first profile element as well as a second profile element, wherein the first profile element and the second profile element are each envisaged to be connected with the plate element by means of at least one weld, wherein the plate element comprises first beads in a first connection area with the first profile element, and second beads in a second connection element with the second profile element in such a way that a minimum distance is envisaged between the first and second beads (31, 32), characterised in that the first and second profile element (41, 42) are connected with each other in an overlap area by means of at least one weld, wherein the overlap area is envisaged only in the area of the profile elements (41, 42) that faces away from the plate element, and wherein the overlap area straddles the minimum distance between the first and second beads (31, 32) at least in part, and wherein the plate element extends substantially flat in the area between the beads (31, 32).
An absorbent article comprising: a liquid permeable topsheet; a liquid impermeable backsheet; an absorbent core positioned at least partially intermediate the liquid permeable topsheet and the liquid impermeable backsheet; and a lateral axis defining a front region and a back region; wherein the liquid permeable topsheet comprises a first zone at least partially in the front region, wherein the first zone comprises a first morphological treatment configured for urine handling, wherein the liquid permeable topsheet comprises a second zone at least partially in the back region, wherein the second zone comprises a second morphological treatment configured for BM handling, wherein a pattern of the first morphological treatment in the first zone is nonsymmetrical to a pattern of the second morphological treatment in the second zone about the lateral axis; and wherein the first morphological treatment or the second morphological treatment comprises areas where portions of a liquid management system, positioned at least partially intermediate the liquid permeable topsheet and the absorbent core, extend into or through the liquid permeable topsheet or comprises areas where portions of the liquid permeable topsheet extend into or through the liquid management system. a liquid permeable topsheet; a liquid impermeable backsheet; an absorbent core positioned at least partially intermediate the liquid permeable topsheet and the liquid impermeable backsheet; and a lateral axis defining a front region and a back region; wherein the liquid permeable topsheet comprises a first zone at least partially in the front region, wherein the first zone comprises a first morphological treatment configured for urine handling, wherein the liquid permeable topsheet comprises a second zone at least partially in the back region, wherein the second zone comprises a second morphological treatment configured for BM handling, wherein a pattern of the first morphological treatment in the first zone is nonsymmetrical to a pattern of the second morphological treatment in the second zone about the lateral axis; and wherein the first morphological treatment or the second morphological treatment comprises areas where portions of a liquid management system, positioned at least partially intermediate the liquid permeable topsheet and the absorbent core, extend into or through the liquid permeable topsheet or comprises areas where portions of the liquid permeable topsheet extend into or through the liquid management system.
Spark plug comprising a spark plug housing with an annular end face facing towards the combustion chamber and a thread, which is arranged at the combustion chamber side of the end face and intended for screwing the spark plug into a spark plug well of an internal combustion engine, and an annular solid sealing disc, which is plugged or can be plugged onto the spark plug housing for sealing abutment between the end face and the spark plug well, characterized in that the sealing disc has knurling only radially on the outside on the side facing towards the end face and/or only radially on the outside on the side facing towards the spark plug well.
A chromatographic elution buffer solution comprising a plurality of buffer salts, the buffer solution having a first pKa value that ranges from 4.5 to 6.5, a second pKa value that ranges from 6.5 to 7.5, a third pKa value that ranges from 7.5 to 8.5, a fourth pKa value that ranges from 8.5 to 9.5, and a fifth pKa value that ranges from 9.5 to 11, characterized in that (a) the first pKa value is provided by a first buffer salt that is a diprotic acid; (b) the second pKa value and the fourth pKa value are provided by a second buffer salt that is a divalent buffer salt with two amine groups; (c) the third pKa value is provided by a third buffer salt that is a monovalent buffer salt comprising a single amine group; and (d) the fifth pKa value is provided by a fourth buffer salt that is a zwitterionic buffer salt.
A shift switching device comprising a first detection unit adapted to detect a position of a shift lever moving along a shift gate in a first direction and a second detection unit adapted to detect a position of the shift lever in a second direction, for switching a shift position of a transmission mounted in a vehicle based on the position in the first direction and the position in the second direction, wherein said shift position includes at least a parking position and a shift position different from said parking position, a position corresponding to the shift position different from said parking position is set in said shift gate, said shift switching device further comprises a processing unit adapted to specify a shift position based on detection results of said first detection unit and said second detection unit, characterized in that said processing unit is adapted to determine whether or not said first detection unit is abnormal, and in a case where said processing unit determines that said first detection unit is abnormal, and said shift lever is moved to the shift position different from said parking position by manipulation of a driver, said processing unit is adapted to change the shift position specified based on the detection results of said first and second detection units (22, 24) to a shift position releasing said parking position.
An apparatus, comprising: a frame comprising at least one foot link guide track; a steering mechanism coupled to the frame; a front wheel and a rear wheel coupled to the frame, wherein the rear wheel is a drive wheel; a first and a second foot link coupled to the frame; a crank arm bearing defined upon the frame; a crank assembly coupled to the first and second foot links; wherein each of the first and second foot links has a forward end, a rearward end, a load wheel and a foot platform mounted on an upper surface near the forward end thereupon to allow an operator to stand on, wherein each foot link is moveably mounted to the frame at its forward end where the foot link is slideably coupled to the foot link guide track and at its rearward end where the foot link is rotatably coupled to the crank assembly; wherein said foot link guide track is coupled with the forward end of its respective foot link by a guide track coupler to allow a linear reciprocating motion of the foot link along the foot link guide track; and wherein when the operator is pedaling to transfer power from said crank assembly to said rear wheel, so as to supply propulsive power thereto, the operator's foot is depicting a generally elliptical path, the apparatus being characterised in that a major axis of the ellipse depicted by the operator's foot is the operator's stride length which is longer than 43,18cm (17 inches), and in that the guide track coupler inhibits its respective foot link from disengaging from the foot link guide track. a frame comprising at least one foot link guide track; a steering mechanism coupled to the frame; a front wheel and a rear wheel coupled to the frame, wherein the rear wheel is a drive wheel; a first and a second foot link coupled to the frame; a crank arm bearing defined upon the frame; a crank assembly coupled to the first and second foot links; wherein each of the first and second foot links has a forward end, a rearward end, a load wheel and a foot platform mounted on an upper surface near the forward end thereupon to allow an operator to stand on, wherein each foot link is moveably mounted to the frame at its forward end where the foot link is slideably coupled to the foot link guide track and at its rearward end where the foot link is rotatably coupled to the crank assembly; wherein said foot link guide track is coupled with the forward end of its respective foot link by a guide track coupler to allow a linear reciprocating motion of the foot link along the foot link guide track; and wherein when the operator is pedaling to transfer power from said crank assembly to said rear wheel, so as to supply propulsive power thereto, the operator's foot is depicting a generally elliptical path, the apparatus being characterised in that a major axis of the ellipse depicted by the operator's foot is the operator's stride length which is longer than 43,18cm (17 inches), and in that the guide track coupler inhibits its respective foot link from disengaging from the foot link guide track.
A self-propelled lawn mower device comprising: a supporting structure for one or more motor-driven work apparatuses, at least one drive wheel mounted on the supporting structure and operatively connected to motor means for moving the motor-driven lawn mower device along a work surface, two idle wheels, each idle wheel being mounted on the supporting structure by means of an axle, wherein each axle is structurally separate from the other and is mounted on the supporting structure so as to rotate independently of the other axle around an axis of rotation positioned perpendicularly to the axle itself, between a lowered position and a raised position relative to the supporting structure itself, wherein the self-propelled lawn mower device comprises elastic means configured so as to operate on each axle in opposition to a raising motion of the respective axle, said elastic means comprising an elastic element interposed between the two axles at a given distance from the respective axis of rotation, said device being characterized in that the axles have respective inclined surfaces positioned facing each other defining an angled seat positioned astride the two axles, and wherein the elastic element is positioned in the angled seat. a supporting structure for one or more motor-driven work apparatuses, at least one drive wheel mounted on the supporting structure and operatively connected to motor means for moving the motor-driven lawn mower device along a work surface, two idle wheels, each idle wheel being mounted on the supporting structure by means of an axle, wherein each axle is structurally separate from the other and is mounted on the supporting structure so as to rotate independently of the other axle around an axis of rotation positioned perpendicularly to the axle itself, between a lowered position and a raised position relative to the supporting structure itself, wherein the self-propelled lawn mower device comprises elastic means configured so as to operate on each axle in opposition to a raising motion of the respective axle, said elastic means comprising an elastic element interposed between the two axles at a given distance from the respective axis of rotation, said device being characterized in that the axles have respective inclined surfaces positioned facing each other defining an angled seat positioned astride the two axles, and wherein the elastic element is positioned in the angled seat.
A water-based cosmetic comprising: agar having a weight average molecular weight of 10,000 to 60,000 (component); xanthan gum (component); and a water-soluble polymer excluding the component or (component), wherein said component is at least one selected from a carboxyvinyl polymer and an acrylic acid/ alkyl methacrylate copolymer. agar having a weight average molecular weight of 10,000 to 60,000 (component); xanthan gum (component); and a water-soluble polymer excluding the component or (component), wherein said component is at least one selected from a carboxyvinyl polymer and an acrylic acid/ alkyl methacrylate copolymer.
A method comprising: implementing in a communications network a communication session between a group of participants, the group of participants comprising at least a first terminal that operates in direct mode and a second terminal that operates in trunked mode; mediating communications of the first terminal via a direct mode gateway such that messages of the first terminal are addressed in the communications network with identification information of the direct mode gateway; implementing in the second terminal a terminal procedure that applies identification information of a participant of the session; characterized by delivering (64, 71, 84) identification information of the first terminal to the second terminal in a user plane signalling message of the communication session, the user plane signalling message being a signalling message that steals communication resource from user plane traffic messages of the communication session; using in the terminal procedure the identification information of the first terminal delivered in the user plane signalling message. implementing in a communications network a communication session between a group of participants, the group of participants comprising at least a first terminal that operates in direct mode and a second terminal that operates in trunked mode; mediating communications of the first terminal via a direct mode gateway such that messages of the first terminal are addressed in the communications network with identification information of the direct mode gateway; implementing in the second terminal a terminal procedure that applies identification information of a participant of the session; characterized by delivering (64, 71, 84) identification information of the first terminal to the second terminal in a user plane signalling message of the communication session, the user plane signalling message being a signalling message that steals communication resource from user plane traffic messages of the communication session; using in the terminal procedure the identification information of the first terminal delivered in the user plane signalling message.