mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a first housing, a second housing, and wherein the first housing is disposed to be slidable to the second housing; a third housing; a first display disposed in the first housing, and wherein the first display is flexible and a size of a region of the first display, exposed to an outside of the electronic device, is changeable based on sliding of the first housing; a second display disposed in the third housing to be spaced apart from the first display; an optical member disposed between an exposed region of the first display and the second display to form a substantially flat plane between a surface of the optical member, a surface corresponding to the exposed region of the first display and a surface of the second display; at least one processor; and memory storing instructions that, when executed by the at least one processor, cause the electronic device to: output a light through a first portion of the first display such that the light is diffused through the optical member. a first housing, a second housing, and wherein the first housing is disposed to be slidable to the second housing; a third housing; a first display disposed in the first housing, and wherein the first display is flexible and a size of a region of the first display, exposed to an outside of the electronic device, is changeable based on sliding of the first housing; a second display disposed in the third housing to be spaced apart from the first display; an optical member disposed between an exposed region of the first display and the second display to form a substantially flat plane between a surface of the optical member, a surface corresponding to the exposed region of the first display and a surface of the second display;
A method for asynchronous event dissemination at a device of a plurality of devices arranged in a binary tree topology, said device adapted to have a local event queue and having a processing module configured to process events from the local event queue, the method comprising: receiving an event (108; 300) into the device; placing the event (108; 300) in the local event queue in the device; determining if the device is configured to dispatch events; if it is determined that the device is configured to dispatch events, incrementing a counter when the event is placed into the local event queue and determining if multiple dispatch paths are configured in the device; if it is determined that multiple dispatch paths are configured in the device, determining an event dispatch path comprising a group of the plurality of devices arranged in a binary tree topology to which the event is to be disseminated; and causing an event dissemination module in the device to disseminate the event (108; 300) from the local event queue to at least one other device of the determined event dispatch path, wherein disseminating the event comprises transmitting a message including the event to the at least one other device, and wherein event dissemination operations are triggered based on incrementing the counter. receiving an event (108; 300) into the device; placing the event (108; 300) in the local event queue in the device; determining if the device is configured to dispatch events; if it is determined that the device is configured to dispatch events, incrementing a counter when the event is placed into the local event queue and determining if multiple dispatch paths are configured in the device; if it is determined that multiple dispatch paths are configured in the device, determining an event dispatch path comprising a group of the plurality of devices arranged in a binary tree topology to which the event is to be disseminated; and causing an event dissemination module in the device to disseminate the event (108; 300) from the local event queue to at least one other device of the determined event dispatch path, wherein disseminating the event comprises transmitting a message including the event to the at least one other device, and wherein event dissemination operations are triggered based on incrementing the counter.
Lighting device for producing a lighting beam of the high-beam type for a motor vehicle, which includes: - a plurality of selectively activatable main light sources that are arranged in transverse alignment, two adjacent main light sources being spaced apart transversely; - optical projecting means that are arranged so as to project an image of each main light source to infinity, the images forming pixels each having at least one clear edge, the pixels being separate and aligned transversely, two adjacent pixels being separated transversely by a dark interval; characterized in that it includes a single transition light source the transition image of which is projected to infinity by associated optical projecting means, the transition image being superposed on the entirety of the aligned pixels and entirely illuminating all of the dark intervals. - a plurality of selectively activatable main light sources that are arranged in transverse alignment, two adjacent main light sources being spaced apart transversely; - optical projecting means that are arranged so as to project an image of each main light source to infinity, the images forming pixels each having at least one clear edge, the pixels being separate and aligned transversely, two adjacent pixels being separated transversely by a dark interval;
A reel handling robot for handling reels of web material, comprising a movable arm carrying an end effector, wherein the end effector comprises: - a base connected to said movable arm, - a reel picking tool carried by said base and configured for securing a reel to the base, - a web gripping tool carried by said base and configured for gripping the head portion of a web material on the outer surface of a reel, characterized in that said reel picking tool and said web gripping tool are located on opposite sides of the base. - a base connected to said movable arm, - a reel picking tool carried by said base and configured for securing a reel to the base, - a web gripping tool carried by said base and configured for gripping the head portion of a web material on the outer surface of a reel,
A process for manufacturing a vacuum insulation panel comprising the steps of: providing a microporous insulation material mixture comprising fumed silica, an IR opacifier and an organic fibres; leading the material to a continuous pressing means comprising a pair of spaced apart conveyor belts; progressively pressing the material in a number of stages to press the material from an initial thickness to a smaller thickness and to provide a continuous sheet of pressed insulation core material of substantially uniform thickness; wherein the material is pressed in a first stage to reduce the initial thickness, in an intermediate stage to further reduce the thickness, and in a final stage to reduce the thickness to a desired thickness of insulation core material; cutting the pressed continuous sheet to a desired size to provide an insulation core; wherein an air permeable carrier is applied to one or both of the conveyor belts; and said air permeable carrier is used to form an air permeable casing around the pressed insulation core; wherein encasing the insulation core in the air permeable carrier occurs prior to encasing the core in a flexible envelope; and applying a vacuum to evacuate the envelope so that the envelope closely engages the insulation core. providing a microporous insulation material mixture comprising fumed silica, an IR opacifier and an organic fibres; leading the material to a continuous pressing means comprising a pair of spaced apart conveyor belts; progressively pressing the material in a number of stages to press the material from an initial thickness to a smaller thickness and to provide a continuous sheet of pressed insulation core material of substantially uniform thickness; wherein the material is pressed in a first stage to reduce the initial thickness, in an intermediate stage to further reduce the thickness, and in a final stage to reduce the thickness to a desired thickness of insulation core material; cutting the pressed continuous sheet to a desired size to provide an insulation core; wherein an air permeable carrier is applied to one or both of the conveyor belts; and said air permeable carrier is used to form an air permeable casing around the pressed insulation core; wherein encasing the insulation core in the air permeable carrier occurs prior to encasing the core in a flexible envelope; and applying a vacuum to evacuate the envelope so that the envelope closely engages the insulation core.
A surgical patient support system, comprising: a tower base including a pair of spaced apart support towers (28, 29), a first support top having a head end and a foot end, the first support top being configured to support a patient, a pair of support brackets (14, 16), each support bracket of the pair of support brackets (14, 16) being configured for connection to a respective one of the support towers (28, 29), and a second support top coupled to the pair of support brackets (14, 16) and arranged perpendicular to the first support top, wherein each of the pair of support brackets (14, 16) are configured to couple to a respective one of the head and foot ends of the first support top to support the first support top between the support towers (28, 29), characterized in that the pair of support brackets (14, 16) each include first and second bracket rails (20, 22) extending parallel to each other and bracket struts (24, 26) extending between and connected to the first and second bracket rails (20, 22). a tower base including a pair of spaced apart support towers (28, 29), a first support top having a head end and a foot end, the first support top being configured to support a patient, a pair of support brackets (14, 16), each support bracket of the pair of support brackets (14, 16) being configured for connection to a respective one of the support towers (28, 29), and a second support top coupled to the pair of support brackets (14, 16) and arranged perpendicular to the first support top, wherein each of the pair of support brackets (14, 16) are configured to couple to a respective one of the head and foot ends of the first support top to support the first support top between the support towers (28, 29), characterized in that the pair of support brackets (14, 16) each include first and second bracket rails (20, 22) extending parallel to each other and bracket struts (24, 26) extending between and connected to the first and second bracket rails (20, 22).
An oral-care implement comprising: a mounting surface having a longitudinal axis and a transverse axis perpendicular to the longitudinal axis; a plurality of filaments outwardly extending from the mounting surface in at least one direction not parallel to either one of the longitudinal and transverse axes (LX, TX), each filament having a free end terminating with a tip; wherein at least some of the filaments possess at least one functional characteristic selected from the group consisting of filament's structure, composition, cross-sectional shape, tip geometry, and any combination thereof; wherein a plurality of filament tips comprises a working surface that includes at least a first color and a second color different from the first color; wherein the at least first color forms at least one scaled-up image graphically replicating the at least one functional characteristic, thereby visually communicating to a consumer that the oral-care implement includes filaments having said at least one functional characteristic, characterized in that the at least one functional characteristic comprises an X-shaped cross-section of a filament, and the at least one scaled-up image has a shape of an X-shaped area having the first color. a mounting surface having a longitudinal axis and a transverse axis perpendicular to the longitudinal axis; a plurality of filaments outwardly extending from the mounting surface in at least one direction not parallel to either one of the longitudinal and transverse axes (LX, TX), each filament having a free end terminating with a tip; wherein at least some of the filaments possess at least one functional characteristic selected from the group consisting of filament's structure, composition, cross-sectional shape, tip geometry, and any combination thereof; wherein a plurality of filament tips comprises a working surface that includes at least a first color and a second color different from the first color; wherein the at least first color forms at least one scaled-up image graphically replicating the at least one functional characteristic, thereby visually communicating to a consumer that the oral-care implement includes filaments having said at least one functional characteristic, characterized in that the at least one functional characteristic comprises an X-shaped cross-section of a filament, and the at least one scaled-up image has a shape of an X-shaped area having the first color.
Subsea data communication interface unit for enabling data communication over a subsea data transmission line (18, 18a) at least comprising: - an electrical interface for providing an electrical connection to the subsea data transmission line (18, 18a), - a transmitter adapted to generate a data signal corresponding to the data to be transmitted, - a first voltage amplifier connected between the transmitter and the electrical interface, wherein the first voltage amplifier is configured to convert the data signal generated by the transmitter from a lower voltage signal (S-low) to a higher voltage signal (S-high), characterised in that the first voltage amplifier is a transformer with a M:N winding ratio, with M<N, wherein M is the number of windings on a low voltage side of the first voltage amplifier and N is the number of windings on a high voltage side of the first voltage amplifier. - an electrical interface for providing an electrical connection to the subsea data transmission line (18, 18a), - a transmitter adapted to generate a data signal corresponding to the data to be transmitted, - a first voltage amplifier connected between the transmitter and the electrical interface, wherein the first voltage amplifier is configured to convert the data signal generated by the transmitter from a lower voltage signal (S-low) to a higher voltage signal (S-high), characterised in that
A method for establishing connection between a detection device and a second device, wherein the detection device is coupled with a remote-sensing motion detection apparatus, the method comprising: The detection device acquiring a first motion signature information of a motion object through the remote-sensing motion detection apparatus; The detection device generating a first motion signature by encoding a motion trend of the first motion signature information, wherein said motion trend includes the speed, acceleration and direction trends, and wherein said encoding comprises differentially encoding said motion trend values; and The detection device establishing a connection with the second device when the first motion signature matches with a second motion signature of the motion object acquired by the second device. The detection device acquiring a first motion signature information of a motion object through the remote-sensing motion detection apparatus; The detection device generating a first motion signature by encoding a motion trend of the first motion signature information, wherein said motion trend includes the speed, acceleration and direction trends, and wherein said encoding comprises differentially encoding said motion trend values; and The detection device establishing a connection with the second device when the first motion signature matches with a second motion signature of the motion object acquired by the second device.
Tool holder having a tool receptacle for frictionally clamping a tool shank in place, wherein, between the tool shank and the clamping face of the tool holder, a sleeve having a cylindrical cross section is located, via which the tool shank is subjected to the pressure generating the friction fit by the tool holder, characterized in that at least one of the bearing surfaces (3, 4) of the sleeve is interrupted by micro-clearances (5, 6) that form a spring element which, on account of its shallow depth, forms a solid block after a defined, short spring travel, wherein the depth of the micro-clearances (5, 6) measures 0.01 to 0.1 mm.
A sealing gasket for a sanitary fitting, wherein the sealing gasket is configured to be interposed between a contact surface of a housing base of the sanitary fitting and a support surface around a mounting through hole of a sanitary installation, wherein a mounting stud bolt is arranged eccentrically with respect to the contact surface at the housing base, wherein a) the sealing gasket is asymmetric such that a first part of the sealing gasket yields to a lesser extent than a second part of the sealing gasket under the load of forces exerted by the contact surface and the support surface on the sealing gasket when a retaining element is fastened on the mounting stud bolt of the sanitary fitting, wherein the first part of the sealing gasket has a radial cross section which has an approximately rectangular shape and wherein the second part of the sealing gasket has a cross section which has substantially an L-shape and wherein the first part of the sealing gasket circumferentially runs along an angle of less than approximately 120°, in particular 90°, in particular 40°, and the second part respectively runs along an angle of at least approximately 240°, in particular 270°, in particular 320°. a) the sealing gasket is asymmetric such that a first part of the sealing gasket yields to a lesser extent than a second part of the sealing gasket under the load of forces exerted by the contact surface and the support surface on the sealing gasket when a retaining element is fastened on the mounting stud bolt of the sanitary fitting, wherein the first part of the sealing gasket has a radial cross section which has an approximately rectangular shape and wherein the second part of the sealing gasket has a cross section which has substantially an L-shape and wherein the first part of the sealing gasket circumferentially runs along an angle of less than approximately 120°, in particular 90°, in particular 40°, and the second part respectively runs along an angle of at least approximately 240°, in particular 270°, in particular 320°.
Process for preparing a skin model, reconstructed skins or ex vivo skins maintained under survival conditions, comprising a step of administering in the culture medium of said model a composition comprising at least one double-stranded RNA oligonucleuotide associated with at least one cationic particle having a size of less than or equal to 1μm, and having a zeta potential of between 10 and 80 mV, chosen from surfactant micelles, block-polymer micelles, non-ionic and cationic surfactant liposomes, niosomes, oleosomes, nanoemulsion particles, nanocapsules, organic particles or inorganic particles.
A light output device comprising: a light generating unit comprising at least one solid state light source; at least two sealed transparent tubes each enclosing wavelength converting material, arranged adjacent to each other, in such a way that an elongated cavity is formed between said transparent tubes, the light generating unit being arranged outside of the at least two sealed transparent tubes, wherein the at least one solid state light source is arranged on a light source carrier, the light generating unit is arranged to emit light into said elongated cavity characterized in that the light source carrier is arranged adjacent to the at least two sealed transparent tubes so that light sources arranged on the light source carrier are enclosed by the light source carrier and the at least two transparent tubes, and a plurality of solid state light sources are arranged along the length of the sealed transparent tubes. a light generating unit comprising at least one solid state light source; at least two sealed transparent tubes each enclosing wavelength converting material, arranged adjacent to each other, in such a way that an elongated cavity is formed between said transparent tubes, the light generating unit being arranged outside of the at least two sealed transparent tubes, wherein the at least one solid state light source is arranged on a light source carrier, the light generating unit is arranged to emit light into said elongated cavity characterized in that the light source carrier is arranged adjacent to the at least two sealed transparent tubes so that light sources arranged on the light source carrier are enclosed by the light source carrier and the at least two transparent tubes, and a plurality of solid state light sources are arranged along the length of the sealed transparent tubes.
A printing-fluid container, for lateral installation into an ink container bay (224, 240) of a printing system, comprising a printing-fluid reservoir to hold a volume of printing-fluid for delivery to a print head of the printing system, the printing-fluid container comprising: a substantially planar leading surface to engage with an ink container bay (224, 240) of the printing system; an ink-interface on a vertical axis of the substantially planar leading surface to receive a printing fluid connector of the printing system; an air-interface on the vertical axis of the substantially planar leading surface to receive an air connector of the printing system; and a latch slot extending rearwardly from the substantially planar leading surface and comprising a latching surface therealong, adapted to receive a latch member comprising a catch, and to engage with the catch, to releasably secure the printing-fluid container. a substantially planar leading surface to engage with an ink container bay (224, 240) of the printing system; an ink-interface on a vertical axis of the substantially planar leading surface to receive a printing fluid connector of the printing system; an air-interface on the vertical axis of the substantially planar leading surface to receive an air connector of the printing system; and a latch slot extending rearwardly from the substantially planar leading surface and comprising a latching surface therealong, adapted to receive a latch member comprising a catch, and to engage with the catch, to releasably secure the printing-fluid container.
A refrigerator, comprising an inner shell, wherein the inner shell is provided with a slide rail thereon, and a refrigerator shelf is slidably supported on the slide rail, wherein the refrigerator shelf has a slide channel which is configured for mating with the slide rail, when mounted on it, wherein the slide channel is configured for guiding the refrigerator shelf to move longitudinally on the slide rail; and a stop is formed by the inner shell and is proximate to the slide rail, wherein the movement of the refrigerator shelf is limited by the stop when the slide channel of the refrigerator shelf is moved to the stop along the slide rail, wherein the refrigerator shelf comprises, at an end of an edge of it, a limiting boss configured for limiting the pushed-in position of the refrigerator shelf, and wherein the refrigerator shelf comprises a panel, and a front strip and a rear strip provided on opposite edges of the panel, wherein both the slide channel and the limiting boss are provided on the rear strip.