mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a touchscreen display; a transceiver; a database configured to store one or more image files; and a controller configured to: control the display to display at least one image file of the one or more stored image files; search for, via the transceiver, one or more external electronic devices of which a same image file transmission service as in the electronic device is activated; based on a search result from one or more external electronic devices, control the display to display one or more images corresponding to the one or more external electronic devices respectively; receive at least one user input, via the display, for selecting an image file among the displayed at least one image file and an image among the displayed one or more images corresponding to the one or more external electronic devices; and transmit, via the transceiver, the selected image file to an external electronic device corresponding to the selected image. a touchscreen display; a transceiver; a database configured to store one or more image files; and a controller configured to: control the display to display at least one image file of the one or more stored image files; search for, via the transceiver, one or more external electronic devices of which a same image file transmission service as in the electronic device is activated; based on a search result from one or more external electronic devices, control the display to display one or more images corresponding to the one or more external electronic devices respectively; receive at least one user input, via the display, for selecting an image file among the displayed at least one image file and an image among the displayed one or more images corresponding to the one or more external electronic devices; and transmit, via the transceiver, the selected image file to an external electronic device corresponding to the selected image. control the display to display at least one image file of the one or more stored image files; search for, via the transceiver, one or more external electronic devices of which a same image file transmission service as in the electronic device is activated; based on a search result from one or more external electronic devices, control the display to display one or more images corresponding to the one or more external electronic devices respectively; receive at least one user input, via the display, for selecting an image file among the displayed at least one image file and an image among the displayed one or more images corresponding to the one or more external electronic devices; and transmit, via the transceiver, the selected image file to an external electronic device corresponding to the selected image.
Coupling member (200; 600) fixable to an end portion of a crossbar member, said coupling member being configured for coupling two crossbar members to each other or for coupling a crossbar member to a load carrier foot, said coupling member comprising at least two elongate coupling segments (202, 204, 206) configured to be at least partially inserted in longitudinally extending interior spaces (110, 112, 114) of said crossbar member, said interior spaces (110, 112, 114) being separated by a common interior wall (116, 118), wherein two adjacent coupling segments (202, 204, 206) of said at least two elongate coupling segments (202, 204, 206) are fixedly coupled to each other by means of a coupling portion (208, 210), wherein said coupling portion (208, 210) is configured to hold said elongate coupling segments (202, 204, 206) at a predetermined distance (d) with respect to each other to define a receiving space (212, 214) between the adjacent elongate coupling segments (202, 204, 206), wherein said receiving space (212, 214) is configured for receiving a portion of said interior wall (116, 118) of said crossbar member, characterized in that said coupling portion (208, 210) extends between outer circumferences of adjacent coupling segments (202, 204, 206) and is configured receivable and accommodatable in a passage (120, 122) provided in said common interior wall (116, 118) for connecting said adjacent interior spaces (110, 112, 114). said coupling member comprising at least two elongate coupling segments (202, 204, 206) configured to be at least partially inserted in longitudinally extending interior spaces (110, 112, 114) of said crossbar member, said interior spaces (110, 112, 114) being separated by a common interior wall (116, 118), wherein two adjacent coupling segments (202, 204, 206) of said at least two elongate coupling segments (202, 204, 206) are fixedly coupled to each other by means of a coupling portion (208, 210), wherein said coupling portion (208, 210) is configured to hold said elongate coupling segments (202, 204, 206) at a predetermined distance (d) with respect to each other to define a receiving space (212, 214) between the adjacent elongate coupling segments (202, 204, 206), wherein said receiving space (212, 214) is configured for receiving a portion of said interior wall (116, 118) of said crossbar member, characterized in that said coupling portion (208, 210) extends between outer circumferences of adjacent coupling segments (202, 204, 206) and is configured receivable and accommodatable in a passage (120, 122) provided in said common interior wall (116, 118) for connecting said adjacent interior spaces (110, 112, 114).
A pneumatic tire having a tread block protruding from an outer surface, wherein the tread block comprises: a sipe formed across the surface of the tread block, wherein the sipe comprises: a pair of walls (110, 112) facing each other having periodically repeating corners and depressions, wherein periodic corners and depression forms tapered sides of variant angle along the lateral extension of sipe; a sinusoidal connecting portion extending laterally along the length of the walls, wherein the sinusoidal connecting portion is in close contact with both walls (110, 112) by extending through the thickness of the sipe; characterized in that said sipe further comprises: a plurality of semicircular connecting portion positioned periodically above and below the sinusoidal connecting portion on adjacent tapered sides of the walls. a pair of walls (110, 112) facing each other having periodically repeating corners and depressions, wherein periodic corners and depression forms tapered sides of variant angle along the lateral extension of sipe; a sinusoidal connecting portion extending laterally along the length of the walls, wherein the sinusoidal connecting portion is in close contact with both walls (110, 112) by extending through the thickness of the sipe;
A segmented semiconductor light emitting device (100A - 100E; 220, 230, 310, 605) for a flash module (250, 250a, 250b, 250c), comprising: a die comprising a light emitting semiconductor structure formed from a substrate on which an n-layer, a light emitting active region and a p-layer are grown, the light emitting active region being disposed between the n-layer and the p-layer, the light emitting active layer configured to emit pump light having a first spectrum, and a plurality of trenches (170a, 170b) formed through the p-layer, the active region and at least a portion of the n-layer to separate the die into a plurality of individually addressable segments (160a, 160b, 160c) and wherein the trenches electrically insulate the individual segments (160a, 160b, 160c) of the die from one another; wherein each segment is provided with its own contacts (145, 150); and a wavelength-converting layer (120a - 120d; 180, 185, 190) disposed in contact with the substrate, configured to convert the pump light emitted by an active layer to light having a second spectrum different from the first spectrum and to limit an energy ratio of the pump light that passes through the wavelength-converting layer (120a - 120d; 180, 185, 190) unconverted to total light emitted by the segmented semiconductor light emitting device to less than 10%. a die comprising a light emitting semiconductor structure formed from a substrate on which an n-layer, a light emitting active region and a p-layer are grown, the light emitting active region being disposed between the n-layer and the p-layer, the light emitting active layer configured to emit pump light having a first spectrum, and a plurality of trenches (170a, 170b) formed through the p-layer, the active region and at least a portion of the n-layer to separate the die into a plurality of individually addressable segments (160a, 160b, 160c) and wherein the trenches electrically insulate the individual segments (160a, 160b, 160c) of the die from one another; wherein each segment is provided with its own contacts (145, 150); and a wavelength-converting layer (120a - 120d; 180, 185, 190) disposed in contact with the substrate, configured to convert the pump light emitted by an active layer to light having a second spectrum different from the first spectrum and to limit an energy ratio of the pump light that passes through the wavelength-converting layer (120a - 120d; 180, 185, 190) unconverted to total light emitted by the segmented semiconductor light emitting device to less than 10%.
An absorbent article including in sequence, a perforated surface sheet facing the skin, when in use, and allows permeation of excremental liquid therethrough; a permeation sheet which allows permeation of excremental liquid therethrough; and an absorbent element disposed on a backside of the permeation sheet which includes cotton-like pulp for retaining the excremental liquid, wherein - a soft feces permeation speed S1 of the surface sheet is higher than a soft feces permeation speed S2 of the permeation sheet; - the perforated surface sheet has a group of permeation holes for excremental liquid formed at an excretion region thereof where at least an area that faces, when in use, the body part excreting the excremental liquid and its vicinity are included, and an effective opening area of a single permeation hole is 3 to 75 mm 2, and a ratio of opening area is 10 to 80%; - the absorbent element has a cotton-like pulp layer exposed on a use side thereof, and the surface sheet, the permeation sheet and the cotton-like pulp layer of the absorbent element are directly adjacent in sequence, - the article has a main body section which includes the permeation sheet, the absorbent element and a fusion section (m) formed by fusing the surface sheet onto a top surface of the main body section, wherein the fusion section (m) is provided at at least one site in the width direction at various locations in the front and rear directions of the article, and - the fusion section (m) is formed to have a longer length in the MD direction and in the CD direction, compared to the permeation holes of the surface sheet. - a soft feces permeation speed S1 of the surface sheet is higher than a soft feces permeation speed S2 of the permeation sheet; - the perforated surface sheet has a group of permeation holes for excremental liquid formed at an excretion region thereof where at least an area that faces, when in use, the body part excreting the excremental liquid and its vicinity are included, and an effective opening area of a single permeation hole is 3 to 75 mm 2, and a ratio of opening area is 10 to 80%; - the absorbent element has a cotton-like pulp layer exposed on a use side thereof, and the surface sheet, the permeation sheet and the cotton-like pulp layer of the absorbent element are directly adjacent in sequence, - the article has a main body section which includes the permeation sheet, the absorbent element and a fusion section (m) formed by fusing the surface sheet onto a top surface of the main body section, wherein the fusion section (m) is provided at at least one site in the width direction at various locations in the front and rear directions of the article, and - the fusion section (m) is formed to have a longer length in the MD direction and in the CD direction, compared to the permeation holes of the surface sheet.
A transgenic bird, comprising a nucleic acid base sequence in a chromosome in a cell that forms the oviduct, the nucleic acid base sequence comprising: (a) an avian endoplasmic reticulum chaperone promoter comprising an ER stress response element motif; and (b) a nucleic acid base sequence encoding a useful foreign protein, functionally linked to the promoter (a). (a) an avian endoplasmic reticulum chaperone promoter comprising an ER stress response element motif; and (b) a nucleic acid base sequence encoding a useful foreign protein, functionally linked to the promoter (a).
A GNSS receiver comprising: - a circuit configured to receive a positioning signal comprising a carrier modulated by a subcarrier and a PRN code, - a subcarrier and code tracking loop, comprising a first discrimination circuit (611, 612, 613) configured to calculate a first discriminator value from said received positioning signal and a first reference signal, said calculation comprising at least the calculation of an ambiguous discriminator value, the subcarrier and code tracking loop being configured to calculate a first pseudo range from said first discriminator value, - a code tracking loop, comprising a second discrimination circuit configured to calculate a second non-ambiguous discriminator value from said received positioning signal and a second reference signal, the code tracking loop being configured to calculate a second pseudo range from said second discriminator value, - a calculation circuit (630, 614) configured to evaluate a difference between said first pseudo range and said second pseudo range, and to modify the computation of the first discriminator value accordingly. - a circuit configured to receive a positioning signal comprising a carrier modulated by a subcarrier and a PRN code, - a subcarrier and code tracking loop, comprising a first discrimination circuit (611, 612, 613) configured to calculate a first discriminator value from said received positioning signal and a first reference signal, said calculation comprising at least the calculation of an ambiguous discriminator value, the subcarrier and code tracking loop being configured to calculate a first pseudo range from said first discriminator value, - a code tracking loop, comprising a second discrimination circuit configured to calculate a second non-ambiguous discriminator value from said received positioning signal and a second reference signal, the code tracking loop being configured to calculate a second pseudo range from said second discriminator value, - a calculation circuit (630, 614) configured to evaluate a difference between said first pseudo range and said second pseudo range, and to modify the computation of the first discriminator value accordingly.
A composition comprising: an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one metal hypophosphite salt M q+ (H 2 PO 2) q, wherein M indicates a metal cation with valence q; and at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the metal hypophosphite is less than 28% by weight based on the sum of all components in the composition, wherein the composition is antimony-free and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements. an impact modified styrene-containing polymer; at least one bromine-containing flame retardant; at least one metal hypophosphite salt M q+ (H 2 PO 2) q, wherein M indicates a metal cation with valence q; and at least one anti-dripping agent, wherein the total concentration of the bromine-containing flame retardant and the metal hypophosphite is less than 28% by weight based on the sum of all components in the composition, wherein the composition is antimony-free and meets UL-94 V-1/1.6 mm or UL-94 V-0/1.6 mm test requirements.
A suspension assembly, in particular heavy duty vehicle suspension assembly, comprising: an axle member; a first trailing beam assembly including a first trailing beam having a first end operably coupled to a vehicle frame and having a second end that includes an outwardly opening first recess, the first recess including an outer periphery, wherein the axle member is positioned within the first recess, and wherein a first weld extends at least partially about the outer periphery of the first recess, thereby securing the first trailing beam to the axle member; and a second trailing beam assembly including a second trailing beam having a first end operably coupled to the vehicle frame and having a second end that includes an outwardly opening second recess, the second recess including an outer periphery, wherein the axle member is positioned within the second recess, and wherein a second weld extends at least partially about the outer periphery of the second recess, thereby securing the second trailing beam to the axle member, characterized in that the first weld is uninterrupted about the periphery of the first recess, and the second weld is uninterrupted about the periphery of the second recess, wherein a portion of the first weld located proximate a leading edge of the first recess and a portion of the second weld located proximate a leading edge of the second recess are each located between about 30° and about 45° below horizontal, and/or a portion of the first weld located proximate a trailing edge of the first recess and a portion of the second weld located proximate a trailing edge of the second recess are located between about 25° and about 45° above horizontal, wherein a first weld extends about the entire periphery of the first recess, thereby securing the first trailing beam to the axle member, and wherein a second weld extends about the entire periphery of the second recess, thereby securing the second trailing beam to the axle member, wherein the first trailing arm and/or the second trailing arm are formed as an integrally cast single piece. an axle member; a first trailing beam assembly including a first trailing beam having a first end operably coupled to a vehicle frame and having a second end that includes an outwardly opening first recess, the first recess including an outer periphery, wherein the axle member is positioned within the first recess, and wherein a first weld extends at least partially about the outer periphery of the first recess, thereby securing the first trailing beam to the axle member; and a second trailing beam assembly including a second trailing beam having a first end operably coupled to the vehicle frame and having a second end that includes an outwardly opening second recess, the second recess including an outer periphery, wherein the axle member is positioned within the second recess, and wherein a second weld extends at least partially about the outer periphery of the second recess, thereby securing the second trailing beam to the axle member,
Cargo restraining assembly configured to be mounted to a cargo deck surface of an aircraft, the cargo restraining assembly comprising: two guidance and restraint bars running in parallel to each other; characterized by at least one lateral bracket spanning between the two guidance and restraint bars and being fixedly connected to each of two guidance and restraint bars, the lateral bracket including a bracket foot formed integrally with the lateral bracket and a quick release mechanism configured to quick-releasably couple the bracket foot to a seat track profile of the cargo deck surface of the aircraft. two guidance and restraint bars running in parallel to each other; characterized by at least one lateral bracket spanning between the two guidance and restraint bars and being fixedly connected to each of two guidance and restraint bars, the lateral bracket including a bracket foot formed integrally with the lateral bracket and a quick release mechanism configured to quick-releasably couple the bracket foot to a seat track profile of the cargo deck surface of the aircraft.
A rock drilling rig having a carriage, driving equipment configured to move the carriage, at least one rock drilling machine, a first alternating current motor (30a, 30b, 30c) which is configured to drive the at least one rock drilling machine, a second alternating current motor (30a, 30b, 30c) which is configured to drive the driving equipment, a connection configured to supply the rock drilling rig from the electrical network of the mine during operations according to a work cycle at a work site, a DC intermediate circuit, to which electricity may be supplied from the electrical network of the mine via the connection and through a rectifier, a first inverter (29a, 29b, 29c) configured to supply the electrical energy of the DC intermediate circuit to the first alternating current motor (30a, 30b, 30c), a second inverter (29a, 29b, 29c) configured to supply the electrical energy of the DC intermediate circuit to the second alternating current motor (30a, 30b, 30c), an auxiliary energy source (26a, 26b) connected to the DC intermediate circuit, and a DC/DC converter (33a, 33b) between the auxiliary energy source (26a, 26b) and DC intermediate circuit configured to adapt the voltage level of the auxiliary energy source (26a, 26b) and to connect the auxiliary energy source (26a, 26b) to supply energy to the DC intermediate circuit, whereby auxiliary energy sources (26a, 26b) having different properties are connectable to the rock drilling rig, wherein the auxiliary energy source (26a, 26b) is connected to supply energy through the DC intermediate circuit to the first alternating current motor (30a, 30b, 30c) and to the second alternating current motor (30a, 30b, 30c) of the rock drilling rig - when the energy requirement of the rock drilling rig at the work site exceeds a certain limit while the rock drilling rig simultaneously also receives energy from the electrical network of the mine, and - -when the electrical network of the mine is not used for driving the rock drilling rig during transfer drives between work sites. - when the energy requirement of the rock drilling rig at the work site exceeds a certain limit while the rock drilling rig simultaneously also receives energy from the electrical network of the mine, and - -when the electrical network of the mine is not used for driving the rock drilling rig during transfer drives between work sites.
A method for outputting reliably predictable instruction sequences, comprising tracking repetitive hits to determine a set of frequently hit instruction sequences for a microprocessor; out of that set, identifying a branch instruction having a series of subsequent frequently executed branch instructions that form a reliably predictable instruction sequence, storing the reliably predictable instruction sequence into a buffer; on a subsequent hit to the branch instruction, outputting the reliably predictable instruction sequence from the buffer, wherein compare logic (611, 612, 613, 614) is used to evaluate the reliably predictable instruction sequence to determine whether said sequence should be evicted from the buffer, and wherein the reliably predictable instruction sequence is evicted from the buffer and stored in a second buffer as an alternative instruction sequence for retrieval therefrom upon a subsequent hit to the branch instruction where a predicted outcome of the branch instruction is wrong.