mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting an emergency call in a mobile terminal, comprising: displaying an emergency button in a screen-locked state; receiving an input of the emergency button in the screen-locked state; and in response to receiving the input of the emergency button, determining a number of contacts registered in a list of emergency contacts; characterized in that: only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact. displaying an emergency button in a screen-locked state; receiving an input of the emergency button in the screen-locked state; and in response to receiving the input of the emergency button, determining a number of contacts registered in a list of emergency contacts; characterized in that: only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact. only if the number of contacts registered in the list of emergency contacts is two or more, displaying a list of emergency contacts for selection by the user and transmitting the call to the one contact selected by the user; and if the number of contacts registered in the list of emergency contacts is one, a call is immediately transmitted to the one contact.
A method for operating an application icon, wherein the method comprises: displaying a first screen page of a home screen, wherein the first screen page comprises N application icons, the N application icons comprise a first application icon and at least two first-layer application icons, and each of the first-layer application icons is located surrounding the first application icon and adjacent to the first application icon; and each of the first-layer application icons comprises a foreground layer and a background layer, and N is an integer greater than 2; and receiving an operation of a user related to the first application icon; and in response to the operation, displaying the at least two first-layer application icons in a first display manner, wherein the first display manner comprises that the foreground layers of the at least two first-layer application icons move toward or away from the first application icon without moving the background layer of the at least two first-layer application icons. displaying a first screen page of a home screen, wherein the first screen page comprises N application icons, the N application icons comprise a first application icon and at least two first-layer application icons, and each of the first-layer application icons is located surrounding the first application icon and adjacent to the first application icon; and each of the first-layer application icons comprises a foreground layer and a background layer, and N is an integer greater than 2; and receiving an operation of a user related to the first application icon; and in response to the operation, displaying the at least two first-layer application icons in a first display manner, wherein the first display manner comprises that the foreground layers of the at least two first-layer application icons move toward or away from the first application icon without moving the background layer of the at least two first-layer application icons.
An aluminum foil for a current collector, wherein at least one foil surface is roughened; and wherein the arithmetic mean roughnesses Ra, stipulated in JIS B 0601:2001, of the roughened surface(s) satisfy the following relationships: 0.15 μm ≤ A ≤ 2.0 μm; 0.15 μm ≤ B ≤ 2.0 μm; and 0.5 ≤ B/A ≤ 1.5, wherein A is the arithmetic mean roughness Ra measured in a direction at a right angle to a rolling direction during foil rolling, and B is the arithmetic mean roughness Ra measured in a direction parallel to the rolling direction during foil rolling, characterized in that 150 to 1000 μg/m 2 of rolling oil is adhered to the roughened foil surface. 0.15 μm ≤ A ≤ 2.0 μm; 0.15 μm ≤ B ≤ 2.0 μm; and 0.5 ≤ B/A ≤ 1.5, wherein A is the arithmetic mean roughness Ra measured in a direction at a right angle to a rolling direction during foil rolling, and B is the arithmetic mean roughness Ra measured in a direction parallel to the rolling direction during foil rolling, characterized in that 150 to 1000 μg/m 2 of rolling oil is adhered to the roughened foil surface.
A shaping garment of clothing (1, 7, 24) comprising an anterior part (2, 8, 26) and/or a posterior part (3, 11, 25) comprising at least one knitted elastic textile panel with warp stitches according to a locknit weave (5, 6, 9, 10, 12, 13, 27, 28, 29, 30) from at least a first yarn (19, 32) and a second yarn (20, 33), said first yarn (19, 22) having a count less than or equal to 40 dtex, said second yarn (20, 33) is elastic and has a count less than or equal to 70 dtex, said first (19, 32) and second (20, 33) yarns form tricot stitches (22, 23, 34, 35) extending over at least two columns of stitches (21, 35) and are knitted over two different guide bars, characterized in that said textile panel is knitted on a loom including two needle beds such that said textile panel has back and front faces connected intermittently by open and/or closed tricot stiches, or said textile panel is knitted on a wefting loom with a third elastic yarn inserted in weft such that said third elastic yarn is arranged in the textile panel substantially parallel to the rows of stitches.
An aircraft shock strut comprising: a piston having a piston inner surface and a piston outer surface; at least one telescoping component coaxially aligned and slidably engagable with the piston, a groove (80; 1080) defined by an upper lip and a lower lip coupled to at least one of the piston or the at least one telescoping component; at least one piston ring (70; 1030) in direct contact with the titanium material, wherein the at least one piston ring (70; 1030) comprises a non-metallic material providing sliding engagement with the titanium material to seal a radial space between the piston and the at least one telescoping component, wherein the at least one piston ring (70; 1030) is at least partially held within the groove (80; 1080), and wherein the groove (80; 1080) limits axial movement of the at least one piston ring (70; 1030); characterised in that at least one of the piston and the at least one telescoping component comprises a titanium material; and in that a spacer is coupled to the piston and located radially outward of the piston, wherein the groove (80; 1080) is defined within a surface of the spacer. a piston having a piston inner surface and a piston outer surface; at least one telescoping component coaxially aligned and slidably engagable with the piston, a groove (80; 1080) defined by an upper lip and a lower lip coupled to at least one of the piston or the at least one telescoping component; at least one piston ring (70; 1030) in direct contact with the titanium material, wherein the at least one piston ring (70; 1030) comprises a non-metallic material providing sliding engagement with the titanium material to seal a radial space between the piston and the at least one telescoping component, wherein the at least one piston ring (70; 1030) is at least partially held within the groove (80; 1080), and wherein the groove (80; 1080) limits axial movement of the at least one piston ring (70; 1030); characterised in that at least one of the piston and the at least one telescoping component comprises a titanium material; and in that a spacer is coupled to the piston and located radially outward of the piston, wherein the groove (80; 1080) is defined within a surface of the spacer.
Drink, characterised in that it contains: a) at least 50% by weight of Jerusalem artichoke juice, b) at least 1% by weight of a flavour carrier for concealing the flavour of cynarin, c) from 0.5 to 7% by weight of silicic acid or silicic acid derivatives. a) at least 50% by weight of Jerusalem artichoke juice, b) at least 1% by weight of a flavour carrier for concealing the flavour of cynarin, c) from 0.5 to 7% by weight of silicic acid or silicic acid derivatives.
An electrical connector comprising a housing body, a rear grid and a mat sealing joint, said mat sealing joint adapted to be disposed between the housing body and the rear grid, said mat sealing joint being made of a deformable material and having a central portion defining at least one passageway, extending along a longitudinal direction and adapted to sealingly receive a wire, fibre or cable, wherein the mat sealing joint comprises - an outer surface - at least one peripheral portion, comprising one peripheral protrusion extending essentially normal to the longitudinal direction, and having two opposed parallel faces (36a, 36b) each extending transverse to the longitudinal direction, at least one retaining structure extending at least partially in a plane substantially transverse to the longitudinal direction wherein the retaining structure is a recess, and - the recess formed in the outer surface of the peripheral portion, characterized in that said recess comprises a top-facing face and an opposed bottom-facing face substantially transverse to the longitudinal direction which respectively face at least partly along and opposite said longitudinal direction,and wherein the peripheral protrusion is adapted to be compressed along the longitudinal direction to provide sealing with the housing (4, 15) of the electrical connector wherein the mat sealing joint has a globally truncated shape, in which the outer surface decreases all along the longitudinal axis from a broad portion to a narrow portion, wherein the recess is located below the protrusion below a broadest point of the mat sealing joint with respect to the longitudinal direction. - an outer surface - at least one peripheral portion, comprising one peripheral protrusion extending essentially normal to the longitudinal direction, and having two opposed parallel faces (36a, 36b) each extending transverse to the longitudinal direction, at least one retaining structure extending at least partially in a plane substantially transverse to the longitudinal direction wherein the retaining structure is a recess, and - the recess formed in the outer surface of the peripheral portion, characterized in that said recess comprises a top-facing face and an opposed bottom-facing face substantially transverse to the longitudinal direction which respectively face at least partly along and opposite said longitudinal direction,and wherein the peripheral protrusion is adapted to be compressed along the longitudinal direction to provide sealing with the housing (4, 15) of the electrical connector wherein the mat sealing joint has a globally truncated shape, in which the outer surface decreases all along the longitudinal axis from a broad portion to a narrow portion, wherein the recess is located below the protrusion below a broadest point of the mat sealing joint with respect to the longitudinal direction.
A child safety seat comprising a seat body comprising a base portion and a back portion, and a headrest, the position of which can be adjusted up or down relative to the back portion, the child safety seat being characterised in that it comprises an impact energy absorbing element depending from the headrest and directed outwardly from the headrest and away from a head of a seat occupant to absorb and/or redirect blows incident to or about at least the headrest of the seat.
A kit comprising a filter cartridge for removing impurities from a dirty gas flow to be filtered and an end piece, the filter cartridge comprising a cylindrical filter element made from filter material, a filter insert inserted in the filter element, and an inner space formed between the filter element and the filter insert, with the filter material being designed for being cleaned when a compressed air flow is applied against a flow direction of the dirty gas flow, wherein the filter cartridge comprises a base body of a flow guiding device having a surface designed for guiding the compressed air flow, characterized in that the base body forms, in interaction with the end piece, the flow guiding device for guiding the compressed air flow and has a distal end zone which is prepared for being completed by the end piece separate from the filter cartridge and mountable to an external housing for flow guiding the compressed air flow.
Balance spring for a timepiece oscillator comprising a strip forming a plurality of turns in a middle plane, the strip comprising an upper surface, a lower surface and first and second opposing edges (10, 11) through which the middle plane passes and each extending from the upper surface to the lower surface, characterised in that over at least a part of the length of the strip, the first and second edges (10, 11), in radial cross-section, are straight and inclined by a relief angle (α) of at least 2.5°.
A method for classifying the binding interaction of an antibody of the human IgG1 subclass with a multimeric antigen, for which the antibody is bivalent, to be affinity-driven or avidity-driven, comprising the following steps: 1) determining the binding affinity of the antibody for the multimeric antigen, 2) incubating a mixture comprising the antibody, the antigen and lysine-gingipain of Porphyromonas gingivalis or an enzymatically active fragment thereof at a pH of 7.5 to 8.5, in the presence of a reducing agent, at a temperature of 30 °C to 42 °C, for a time of 10 min. to 240 min. to cleave the antibody into Fabs and Fc-region, whereby the concentration of the antibody is higher than the concentration of the antigen, and determining the binding affinity of the Fabs of the antibody for the multimeric antigen, and determining the binding affinity of the antibody to the multimeric antigen to be affinity-driven if the binding affinity determined in both steps is comparable and to be avidity-driven if the binding affinity determined in both steps is different, whereby the binding affinities determined in step 1) and 2) of the antibody to the multimeric antigen are comparable if the binding affinities determined in both steps differ by a factor of 2 or less (the smaller value is set to 100 %) and is different if the binding affinities determined in both steps differ by more than a factor of 2 (the smaller value is set to 100 %). 1) determining the binding affinity of the antibody for the multimeric antigen, 2) incubating a mixture comprising the antibody, the antigen and lysine-gingipain of Porphyromonas gingivalis or an enzymatically active fragment thereof at a pH of 7.5 to 8.5, in the presence of a reducing agent, at a temperature of 30 °C to 42 °C, for a time of 10 min. to 240 min. to cleave the antibody into Fabs and Fc-region, whereby the concentration of the antibody is higher than the concentration of the antigen, and determining the binding affinity of the Fabs of the antibody for the multimeric antigen,
An autonomous electric power production system for an aircraft, comprising: - a combustion chamber, independent of the or each propulsion engine (16A, 16B) of the aircraft; - a fuel storage device comprising: - at least one main reservoir (130A, 130B), the or each main reservoir (130A, 130B) being designed to contain a first batch of fuel; - at least one feed line (144C, 144D) for supplying a propulsion engine (16A, 16B) of the aircraft with the first batch of fuel contained in the main reservoir (130A, 130B); the device comprising a first fuel intake line intended to convey, into the into the combustion chamber independent of the or each propulsion engine (16A, 16B), the first batch of fuel present in the main reservoir (130A, 130B), the first line emerging in the combustion chamber through a main inlet; the device comprising at least one auxiliary reservoir, designed to contain a second batch of fuel, the auxiliary reservoir being connected to the main reservoir (130A, 130B), the device comprising an intake line for bringing the second batch of fuel contained in the auxiliary reservoir toward the combustion chamber independent of the or each engine (16A, 16B) of the aircraft; the second batch of fuel being distinct from the first batch of fuel; the intake line of the second batch of fuel connecting the auxiliary reservoir to the combustion chamber characterized in that the intake line of the second batch of fuel is configured to supply the combustion chamber exclusively with fuel from the second batch present in the auxiliary reservoir, without being mixed with or contaminated by the first batch of fuel present in the main reservoir (130A, 130B); the intake line of the second batch of fuel emerging into the combustion chamber through a secondary inlet, located at a distance from the main inlet. - a combustion chamber, independent of the or each propulsion engine (16A, 16B) of the aircraft; - a fuel storage device comprising: - at least one main reservoir (130A, 130B), the or each main reservoir (130A, 130B) being designed to contain a first batch of fuel; - at least one feed line (144C, 144D) for supplying a propulsion engine (16A, 16B) of the aircraft with the first batch of fuel contained in the main reservoir (130A, 130B);
One or more omega-6 fatty acids for use in improving animal pelage quality, which improvement comprises feeding the animal a composition that has a total omega-6 to total omega-3 fatty acid ratio of from 4 to 4.5, and wherein the animal is a dog aged at least ten years or a cat aged at least twelve years.
Process for using the amount of air ( Q̇ αb) released by the extrudate during the cooling process within an extrusion process, a fluid, especially air, being driven along the extrudate and/or through the die in a direction opposite to the extrusion direction, at least part of the heat being transferred from the extrudate and/or from the die to the fluid, the heated fluid being driven from a first part section of the process chain, consisting of at least a die, a calibration and cooling device and a suction device, via a connection area, preferably consisting of at least one connecting tube, to a second part section of the process chain, comprising at least a suction device, the temperature of the fluid not exceeding a predefined maximum value (T max), an external fluid being added to the heated fluid within the connection area in order to lower the actual temperature of the resulting mixed fluid at least below the determined maximum value, before it is fed to the second part section of the process chain, characterized in that the amount of air ( Q̇ ab) released by the first part section of the process chain is largely consistent with the amount of air ( Q̇ ab) released at the end of the process chain by the second part section, and that the temperature of the fluid (T 3) at the end of the process chain is lower than the temperature of the fluid (T 1) at the exit of the first part section, the released amount of air ( Q̇ ab) remaining largely constant, that the volume flow rate of the fluid and/or the external fluid is measured and that the suction capacity of the suction device is adjusted and/or controlled as a function of the volume flow measurement.
Method for determining an analyte, comprising the steps: (a) providing a microfluidic analysis device, comprising at least a first, a second and a third region, the first region being connected to the second region via microchannels, stages, branches or/and chambers and the second region being connected to the third region via microchannels, stages, branches or/and chambers, (b) receiving a sample containing the analyte from a sample surface by means of a sampling element, (c) introducing the sampling element into the first region of the microfluidic analysis device and eluting the analyte in the first region by means of an eluent, (d) transferring the eluate which was obtained in step (c) into the second region of the microfluidic analysis device, and bringing the eluate into contact with an analyte-specific binding partner, which is stored in the second region, for a period of at least 3 seconds, in the absence of a test element for the detection of the analyte, wherein the analyte binds to the analyte-specific binding partner, (e) transferring the mixture which was obtained in step (d) into the third region of the microfluidic analysis device, and bringing the mixture into contact with at least one test element which is stored in the third region and serves for determining the analyte, and (f) determining the presence or/and the amount of the analyte on the test element. (a) providing a microfluidic analysis device, comprising at least a first, a second and a third region, the first region being connected to the second region via microchannels, stages, branches or/and chambers and the second region being connected to the third region via microchannels, stages, branches or/and chambers, (b) receiving a sample containing the analyte from a sample surface by means of a sampling element, (c) introducing the sampling element into the first region of the microfluidic analysis device and eluting the analyte in the first region by means of an eluent, (d) transferring the eluate which was obtained in step (c) into the second region of the microfluidic analysis device, and bringing the eluate into contact with an analyte-specific binding partner, which is stored in the second region, for a period of at least 3 seconds, in the absence of a test element for the detection of the analyte, wherein the analyte binds to the analyte-specific binding partner, (e) transferring the mixture which was obtained in step (d) into the third region of the microfluidic analysis device, and bringing the mixture into contact with at least one test element which is stored in the third region and serves for determining the analyte, and (f) determining the presence or/and the amount of the analyte on the test element.
Computer-implemented method for detecting anomalies, in particular for a controller area network or an automotive Ethernet network, wherein a multiplicity of messages are received from a communication network, characterized in that a message having a predefined message type is selected for a first time step (t) for a first input variable (v x (t)) for an input model (l x) of a multiplicity of input models (l x1,..., l xn) of an artificial neural network assigned to the predefined message type, wherein the first input variable (v x (t)) is determined on the basis of the message, wherein a prediction for a second input variable is output in an output area of the artificial neural network, wherein the prediction is determined on the basis of the first input variable (v x (t)), wherein the prediction can be used to classify the message on the basis of the first input variable (v x (t)), wherein, depending on a result of a comparison of the second input variable and the prediction, an anomaly is detected if the result satisfies a criterion defining an anomaly.
A flexible shaft for inserting medical products, such as stents, into a channel of a living body, in particular an intraluminal shaft, comprising a plurality of adjacent cells, the walls of which each being formed as wall portions, wherein for at least one cell, when seen in cross-section, the wall is alternately formed of a concave wall portion (44, 46, 48) and a neighbouring convex wall portion (50, 52, 54) in the circumferential direction, so that at least local bending or deformation of the flexible shaft is possible.