mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a video decoding apparatus, of decoding a video, the method comprising: receiving, from a bitstream, a network abstraction layer unit containing a header; obtaining, from the header, type information that indicates a type of a current picture and a random access flag that indicates the current picture is reproduced according to a normal reproduction or according to a random access; if the type information and the random access flag indicate that the current picture is a clean random access picture used in the normal reproduction, decoding leading pictures that precede the current picture in a display order but follow the current picture in a decoding order by referring to a picture decoded before the current picture; and if the type information and the random access flag indicate that the current picture is a clean random access picture used in the random access, skipping decoding the leading pictures, wherein the current picture is split into a plurality of maximum coding units, wherein one of the plurality of maximum coding units is split into a plurality of coding units. receiving, from a bitstream, a network abstraction layer unit containing a header; obtaining, from the header, type information that indicates a type of a current picture and a random access flag that indicates the current picture is reproduced according to a normal reproduction or according to a random access; if the type information and the random access flag indicate that the current picture is a clean random access picture used in the normal reproduction, decoding leading pictures that precede the current picture in a display order but follow the current picture in a decoding order by referring to a picture decoded before the current picture; and if the type information and the random access flag indicate that the current picture is a clean random access picture used in the random access, skipping decoding the leading pictures, wherein the current picture is split into a plurality of maximum coding units, wherein one of the plurality of maximum coding units is split into a plurality of coding units.
A process for the treatment of talc, comprising the steps of: (a) providing a talc ore selected from the group consisting of magnesium carbonate ores, serpentine derivative ores, siliceous ores, or mixtures thereof having a first brightness value B1, measured according to ISO 2469 and a specific surface area between 30 and 0.01 m 2 /g, and forming a suspension of the talc ore in a liquid phase, the liquid phase of the suspension comprising at least one organic solvent comprising hexane, octane, or a mixture thereof. (b) delaminating and/or reducing the weight median particle size d50 of the talc ore, wherein the treated talc ore has a brightness value B2 measured according to ISO 2469, and B2≥B1. (a) providing a talc ore selected from the group consisting of magnesium carbonate ores, serpentine derivative ores, siliceous ores, or mixtures thereof having a first brightness value B1, measured according to ISO 2469 and a specific surface area between 30 and 0.01 m 2 /g, and forming a suspension of the talc ore in a liquid phase, the liquid phase of the suspension comprising at least one organic solvent comprising hexane, octane, or a mixture thereof. (b) delaminating and/or reducing the weight median particle size d50 of the talc ore, wherein the treated talc ore has a brightness value B2 measured according to ISO 2469, and B2≥B1.
A method for media independent handover, MIH, pre-authentication of a Mobile Node during handover from a Serving Authenticator to a Target Authenticator, comprising: integrating media-independent handover signalling and network access authentication signalling in a single protocol, the method further including having the target authenticator hold a master session key generated by EAP, and using said master session key for deriving a media-independent pair-wise master key, and when the mobile node hands over to the target authenticator to which it has pre-authenticated, running a media-specific secure association protocol using a media-specific pair-wise master key derived from the media-independent pair-wise master key. integrating media-independent handover signalling and network access authentication signalling in a single protocol, the method further including having the target authenticator hold a master session key generated by EAP, and using said master session key for deriving a media-independent pair-wise master key, and when the mobile node hands over to the target authenticator to which it has pre-authenticated, running a media-specific secure association protocol using a media-specific pair-wise master key derived from the media-independent pair-wise master key.
Footwear for preventive training to avoid an ankle sprain, wherein the footwear comprises: - a sock body comprising a foot section, a leg section and an ankle section between the foot section and the leg section; the foot section comprising an arch section; - a leg strap device; - an adjustable tensioning device connected to the leg strap device; - a tensioning element having a first end section, a second end section and an intermediate section between the first and second end sections (41, 42), where: - the first end section is connected to the foot section; - the second end section is connected to the adjustable tensioning device; - the intermediate section is provided below, or integrated as part of, the arch section; wherein the adjustable tensioning device is connected on a medial side of the leg strap device; characterized in that: - the tensioning element is elastic; - the adjustable tensioning device comprises a reel-based tensioning mechanism; - the first end section is connected to the foot section on the opposite side of the adjustable tensioning device, resulting in an adjustable inversion force by adjustment of the adjustable tensioning device; and - the footwear is arranged such that, when the footwear is worn on a foot of a user, the user must actively counteract the adjustable inversion force by using muscles in an ankle region to hold the foot in a normal position. - a sock body comprising a foot section, a leg section and an ankle section between the foot section and the leg section; the foot section comprising an arch section; - a leg strap device; - an adjustable tensioning device connected to the leg strap device; - a tensioning element having a first end section, a second end section and an intermediate section between the first and second end sections (41, 42), where: - the first end section is connected to the foot section; - the second end section is connected to the adjustable tensioning device; - the intermediate section is provided below, or integrated as part of, the arch section; wherein the adjustable tensioning device is connected on a medial side of the leg strap device; characterized in that: wherein the adjustable tensioning device is connected on a medial side of the leg strap device; characterized in that: - the tensioning element is elastic; - the adjustable tensioning device comprises a reel-based tensioning mechanism; - the first end section is connected to the foot section on the opposite side of the adjustable tensioning device, resulting in an adjustable inversion force by adjustment of the adjustable tensioning device; and - the footwear is arranged such that, when the footwear is worn on a foot of a user, the user must actively counteract the adjustable inversion force by using muscles in an ankle region to hold the foot in a normal position.
Road paver (1, 1') with at least one operating module (7, 7') to enter operating commands whereby the operating module (7, 7') has a plurality of buttons that can each be used in a contact-related way to enter the respective operating commands in order to activate relevant operating functions of the road paver (1, 1'), wherein the road paver (1, 1') further comprises a sensor unit that is designed to detect a distance of an operator to the operating module (7, 7'), whereby the distance determines a space from the operating module (7, 7') to any body part of the operator whereby the sensor unit is connected to a control unit of the road paver (7, 7'), characterized in that the control unit is configured to already activate at least one of the operating functions of the road paver (1, 1') as soon as the operator undercuts a predetermined threshold distance in relation to the operating module (7, 7'), wherein at least a first one of the operating functions presupposes a temporally preceding activation of at least a second operating function, whereby the activation of the second operating function occurs in a contactless way as the operator undercuts the threshold distance in relation to the operating module (7, 7').
Head-up display for a vehicle comprising: a windshield; an image projector; and an optical combiner; wherein the image projector is configured to project an image toward the optical combiner; and wherein the optical combiner is configured to reflect the projected image toward a predetermined area, the optical combiner comprising a transparent sheet; wherein the transparent sheet comprises a first part that is attached to the windshield and a second part that is unattached to the windshield, wherein the second part is configured to reflect a projected image toward a predetermined area; wherein the first part of the transparent sheet is mounted on a surface of the windshield facing the predetermined area, such that the windshield provides mechanical support for the transparent sheet; and wherein the second part of the transparent sheet is provided with a spacer being arranged distant from the first part and being provided for forming an air space between combiner and windshield. a windshield; an image projector; and an optical combiner; wherein the image projector is configured to project an image toward the optical combiner; and wherein the optical combiner is configured to reflect the projected image toward a predetermined area, the optical combiner comprising a transparent sheet; wherein the transparent sheet comprises a first part that is attached to the windshield and a second part that is unattached to the windshield, wherein the second part is configured to reflect a projected image toward a predetermined area; wherein the first part of the transparent sheet is mounted on a surface of the windshield facing the predetermined area, such that the windshield provides mechanical support for the transparent sheet; and wherein the second part of the transparent sheet is provided with a spacer being arranged distant from the first part and being provided for forming an air space between combiner and windshield.
A heat exchanger comprising a number of identical heat exchanger plates stacked in a stack, wherein every other heat exchanger plate is turned 180 degrees in its plane relative to its neighboring plates, and wherein each heat exchanger plate comprises at least four port openings (130, 140, 150, 160) and a herringbone pattern comprising pressed ridges and grooves, said ridges and grooves being adapted to keep the plates on a distance from one another under formation of flow channels, wherein areas around the port openings are arranged on different levels, such that selective flow from the port openings to the flow channels is achieved, characterized by dents arranged in the grooves in the vicinity of any of the port openings, said dents being arranged to increase the flow resistance to promote a more even flow distribution in said flow channel, wherein said dents are placed such that contact points between said ridges and grooves of the neighboring plates in the stack are not affected by said dents.
A solid electrolyte material consisting essentially of Li, Ti, M, and F, wherein M is at least one selected from the group consisting of Mg and Ca, the solid electrolyte material is represented by a following composition formula: Li 6- b (Ti 1-x M x) b F 6 Formula here, 0 < x < 1 and 0.80 ≤ b ≤ 3 are satisfied. M is at least one selected from the group consisting of Mg and Ca, the solid electrolyte material is represented by a following composition formula: Li 6- b (Ti 1-x M x) b F 6 Formula here, 0 < x < 1 and 0.80 ≤ b ≤ 3 are satisfied.
An apparatus for cooling, the apparatus comprising: an annular cooling ring operable for receiving a flow of a molten film bubble and expelling a flow of cooling gas, the annular cooling ring comprising a middle lip and an adjacent radially spaced apart outer lip, the middle lip having an extended length longer than the outer lip, a radially inner surface of the outer lip and a radially outer surface of the middle lip define a channel operable to allow the flow of cooling gas along the radially outer surface of the middle lip, wherein the middle lip is located radially intermediate the channel and the molten film bubble, and wherein the middle lip isolates the molten film bubble from the flow of cooling gas until the flow of cooling gas passes beyond the extended length of the middle lip, the apparatus further comprising an open air zone defined by a portion of the extended length of the middle lip that extends beyond a length of the outer lip and an area radially outward from the radially outer surface of the middle lip, optionally wherein the open air zone allows the flow of cooling gas to flow along only the middle lip, characterised in that the outer lip and middle lip are adjustable to increase and decrease the extended length.
A spring device having at least two wave washers (11, 12, 13) made of a dimensionally stable material, which are rigid and have at least one undulated surface, having at least one spring washer disposed between the wave washers (11, 12, 13), wherein the wave washers (11, 12, 13) are mounted so as to be capable of being rotated relative to one another, characterized in that at least one wave washer (11, 12, 13) is coupled to a motor-driven adjustment device.
A transgenic plant factory comprising a closed cultivation area equipped with hydroponic system for cultivating transgenic plants and air-conditioner with exhaust air-filter configured to keep the cultivation area at negative pressure; an inactivation area located next to said cultivation area via air-locked passage equipped with inactivation system to prevent post-harvest transgenic plants from sprouting, growing, proliferating or hybridizing; a manufacturing area located next to said inactivation area via air-locked passage equipped with system (42, 43) for processing and/or preparing the post-harvest plants into foodstuffs and/or pharmaceuticals; a sterilizer for sterilizing the drainage from cultivation area; air-locked workers' gateways (10, 14, 39, 35) provided to the cultivation area and the manufacturing area respectively; and the cultivation area, the inactivation area and the manufacturing area having respective air-conditioners to independently control pressure from each other, and configured to keep the inactivation area at a negative pressure less strong than that at the cultivation area and the manufacturing area at a positive pressure.
An electrical device for mechanical and electrical connection to a stationary base part, with a plug-type connector which can be connected to a corresponding mating plug-type connector attached to the base part, wherein the plug-type connector has a housing with at least one contact insert with several contact elements, wherein the plug-type connector has at least one first guide element, especially a guide pin, which when the electrical device is connected to the base part interacts with a second guide element, especially a guide hole, made in the housing of the mating plug-type connector, wherein at least one screw hole is formed in the housing of the plug-type connector and the plug-type connector is thus attached in a floating manner to a mounting plate of the device via at least one fastening screw which penetrates the screw hole, wherin the fastening screw has a screw head, a screw neck and a screw end with a thread, wherein the diameter of the screw head is larger than the diameter of the screw hole characterized in that the diameter of the screw neck is much smaller than the diameter of the screw hole that the fastening screw has a screw stop which is located between the screw neck and the screw end, wherein the length of the screw neck and/or the thickness of the screw stop are chosen such that the distance between the bottom of the screw head facing the screw neck and the bottom of the screw stop facing the screw end is somewhat larger than the length of the screw hole in the housing of the plug-type connector and that in the housing of the plug-type connector on the end of the screw hole facing the mounting plate of the device an opening is formed whose diameter is greater than the diameter of the screw hole.
A crane, in particular a loading crane for a vehicle, with a crane controller for the crane, wherein the crane has at least the following: - a first crane arm, - a second crane arm that can be arranged thereon at a first articulation angle, a crane arm extension that can be arranged on the second crane arm at a second articulation angle with at least one crane extension arm, wherein the crane extension arm can assume different extension positions (x1, x2, x3), and wherein the crane controller has at least the following: - an extension position sensor for detecting the extension position (x1, x2, x3) of the at least one crane extension arm and - a memory for storing entries (e1, e2) for limit values (g4, g5) for at least one operating parameter of the crane characteristic of the current capacity utilisation of the crane, wherein entries (e1, e2) for maximum permissible limit values (g1, g2) are stored in the memory for at least two extension positions (x1, x2) of the at least one crane extension arm, preferably for a substantially completely retracted extension position of the crane extension arm and a substantially completely extended extension position of the crane extension arm, and the crane controller further has an overload monitoring means and a limit value (g1, g2) for at least one operating parameter of the crane is specifiable by the overload monitoring means of the crane controller, wherein the limit value (g1, g2) is specified by the overload monitoring means on the basis of the stored entries (e1, e2) as a function of the extension position (x1, x2) of the crane extension arm, characterized in that a limit value lying between the stored entries (e1, e2) with respect to magnitude is specifiable for at least one further extension position between the stored extension positions (x1, x2) of the at least one crane extension arm. - a first crane arm, - a second crane arm that can be arranged thereon at a first articulation angle, - an extension position sensor for detecting the extension position (x1, x2, x3) of the at least one crane extension arm and - a memory for storing entries (e1, e2) for limit values (g4, g5) for at least one operating parameter of the crane characteristic of the current capacity utilisation of the crane, wherein entries (e1, e2) for maximum permissible limit values (g1, g2) are stored in the memory for at least two extension positions (x1, x2) of the at least one crane extension arm, preferably for a substantially completely retracted extension position of the crane extension arm and a substantially completely extended extension position of the crane extension arm,
Switching method for a switching device comprising a first contact side, which is movable relative to a second contact side, wherein the first contact side has a first rated current contact piece and a first arcing contact piece, and the second contact side has a second rated current contact piece and a second arcing contact piece, wherein, in order to generate a relative movement between the first contact side and the second contact side, the first arcing contact piece and the first rated current contact piece as well as the second arcing contact piece and the second rated current contact piece are driven, and, during a switching operation, the first arcing contact piece is moved with a movement profile and the first rated current contact piece is moved with a movement profile, and the movement profiles of the first arcing contact piece and the first rated current contact piece are different than one another, and the second arcing contact piece is moved with a movement profile and a second rated current contact piece is moved with a movement profile, characterized in that the movement profiles of the second arcing contact piece and the second rated current contact piece are different than one another.
An antibody which binds to human CSF-1R wherein the antibody is administered in combination with an antibody which binds to human PD-L1 for use in the treatment of cancer, wherein the antibody which binds to human CSF-1R used in the combination therapy is characterized in comprising a heavy chain variable domain VH of SEQ ID NO:39 and a light chain variable domain VL of SEQ ID NO:40, and the antibody which binds to human PD-L1 used in the combination therapy is characterized in comprising a heavy chain variable domain VH of SEQ ID NO:89 and a light chain variable domain VL of SEQ ID NO:92.
An electrode block (21, 51, 61) comprising: an electrode group (23, 63) having a stacked structure with a positive electrode (23a, 63a), a negative electrode (23b, 63b), and a separator (23ca, 23cb, 63ca, 63cb) interposed between the positive electrode (23a, 63b) and the negative electrode (23b, 63b); lid members (24, 64) disposed on two ends of the electrode group (23, 63) in the stacked direction; and a first holding member (22a, 27a, 62, 220) configured to maintain the electrode group (23, 63) and the lid members (24, 64) in a stacked state, wherein the first holding member (22a, 62, 200) is disposed on outer surfaces of the electrode group (23, 63) and lid members (24, 64) or wherein a metal plate is interposed between the first holding member and the electrode group, wherein the first holding member (22a, 27a, 62, 220) is electrically connected to a first electrode which is one of the positive electrode (23a, 63a) and the negative electrode (23b, 63b), and is not electrically connected to a second electrode which is the other one of the positive electrode (23a, 63a) and the negative electrode (23b, 63b). an electrode group (23, 63) having a stacked structure with a positive electrode (23a, 63a), a negative electrode (23b, 63b), and a separator (23ca, 23cb, 63ca, 63cb) interposed between the positive electrode (23a, 63b) and the negative electrode (23b, 63b); lid members (24, 64) disposed on two ends of the electrode group (23, 63) in the stacked direction; and a first holding member (22a, 27a, 62, 220) configured to maintain the electrode group (23, 63) and the lid members (24, 64) in a stacked state, wherein the first holding member (22a, 62, 200) is disposed on outer surfaces of the electrode group (23, 63) and lid members (24, 64) or wherein a metal plate is interposed between the first holding member and the electrode group, wherein the first holding member (22a, 27a, 62, 220) is electrically connected to a first electrode which is one of the positive electrode (23a, 63a) and the negative electrode (23b, 63b), and is not electrically connected to a second electrode which is the other one of the positive electrode (23a, 63a) and the negative electrode (23b, 63b).