mhurhangee/ep-ind-claims huggingface dataset:
A method for encoding a video picture (200, 300) comprising a plurality of coded tree blocks (1... 24) arranged into at least two rows and a plurality of columns (202, 203, 302, 303) of coded tree blocks, the method comprising: encoding one or more syntax elements defining a corresponding column width of each column, the one or more syntax elements placed in one or more high level syntax structures, each column width greater than one coded tree block and a sum of all column widths equal to the horizontal dimension of the video picture (200, 300); and encoding at least one slice of the video picture, wherein the at least one the slice comprises at least two coded tree blocks located in at least two rows of coded tree blocks and encompasses coded tree blocks that are located in more than one of the columns, characterized in that the method further comprises encoding the plurality of coded tree blocks following a per-column scan order of coded tree blocks, according to which the plurality of coded tree blocks are encoded sequentially by column from left-to-right across a plurality of columns, and sequentially by coded tree block from left-to-right and top-to-bottom within each of the plurality of columns such that coded tree blocks of a first column in the per-column scan order are first encoded in a column-local scan order from left-to-right, top-to-bottom throughout the first column before the coded tree blocks of a second column in the per-column scan order are encoded. encoding one or more syntax elements defining a corresponding column width of each column, the one or more syntax elements placed in one or more high level syntax structures, each column width greater than one coded tree block and a sum of all column widths equal to the horizontal dimension of the video picture (200, 300); and encoding at least one slice of the video picture, wherein the at least one the slice comprises at least two coded tree blocks located in at least two rows of coded tree blocks and encompasses coded tree blocks that are located in more than one of the columns, characterized in that the method further comprises encoding the plurality of coded tree blocks following a per-column scan order of coded tree blocks, according to which the plurality of coded tree blocks are encoded sequentially by column from left-to-right across a plurality of columns, and sequentially by coded tree block from left-to-right and top-to-bottom within each of the plurality of columns such that coded tree blocks of a first column in the per-column scan order are first encoded in a column-local scan order from left-to-right, top-to-bottom throughout the first column before the coded tree blocks of a second column in the per-column scan order are encoded.
A fuel tank comprising an inner hull comprising at least two shells (31, 32) made from a synthetic material by injection or compression molding and assembled by welding, a so-called outer hull made from synthetic material surrounding said inner hull, said outer hull comprising at least two shells (41, 42) assembled to one another, the inner hull being inwardly provided with at least one pillar connecting the shells (31, 32) to one another and/or a rib, and the inner hull being, over at least part of its perimeter, separated from the outer hull by a volume of gas, characterized in that the inner hull is, over its outer periphery, at the assembly zone by welding of the shells (31, 32), devoid of welding strip or rim over at least part of its perimeter.
A method of supporting consumption of a service by a service consumer, said service consumer residing in a visited telecommunication network and arranged to consume a service produced by a service producer, wherein said service producer is residing in a home telecommunication network, said method comprising the step of: a) receive, by a network node acting as Service Discovery for Visited Network, SDVN, function which takes the role of an intermediate consumer of the services provided in said home telecommunication network, from a service producer a request for registration of services accessible from the visited telecommunication network and adding the services to a list of available services within the home telecommunication network that service consumers in the visited telecommunication network are allowed to access, characterised in that both said visited and home telecommunication networks (150, 120) have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA; b) receiving, by said network node, a service operation message requesting an operation execution, within a particular service produced by said service producer, for said service consumer in said visited telecommunication network; c) determining, by said network node, that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services; d) selecting, by said network node, one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer. a) receive, by a network node acting as Service Discovery for Visited Network, SDVN, function which takes the role of an intermediate consumer of the services provided in said home telecommunication network, from a service producer a request for registration of services accessible from the visited telecommunication network and adding the services to a list of available services within the home telecommunication network that service consumers in the visited telecommunication network are allowed to access, characterised in that both said visited and home telecommunication networks (150, 120) have a Service Based Architecture, SBA, and said service consumer and service producer are network functions in the respective SBA; b) receiving, by said network node, a service operation message requesting an operation execution, within a particular service produced by said service producer, for said service consumer in said visited telecommunication network; c) determining, by said network node, that said home network is able to provide for said requested particular service produced by said service producer based on said retrieved list of available services; d) selecting, by said network node, one or more service instances of said particular service produced by said service producer for executing said operation within said particular service for said service consumer.
An awning with a stationary housing containing a storage device for an awning cover, which housing is connected with a front rail via hinge arms, on which front rail the end of the awning cover facing away from the storage device is attached, and with bearing blocks abuttable to the housing side facing towards the front rail and fixable to said front rail, for arm bearings allocated to the hinge arms, characterized in that the bearing blocks are attachable with a hook protrusion to a projection comprising a hook support of the facing housing side, and comprise a counterholder spaced apart from the hook protrusion and engaging the projection on the housing side from below, and that between the counterholder and the projection on the housing side an allocated clamping unit each is arranged comprising at least one wedge shiftable along an oblique contact surface and movable by means of at least one tensioning screw.
A method comprising: externally delivering thermal energy onto a first major bonding surface of a first moving polyester substrate so that the first major bonding surface of the first moving substrate is a heated surface; externally delivering thermal energy onto a first major bonding surface of a second moving polyester substrate so that the first major bonding surface of the second moving substrate is a heated surface; bringing the heated first major bonding surface of the first polyester substrate into proximity to the heated first major bonding surface of the second polyester substrate; and, self-bonding the first polyester substrate and the second polyester substrate to each other to form a polyester laminate, wherein the first polyester substrate and/or the second polyester substrate comprises a polyester foam with a density of less than 0.2 g /cubic centimeter. externally delivering thermal energy onto a first major bonding surface of a first moving polyester substrate so that the first major bonding surface of the first moving substrate is a heated surface; externally delivering thermal energy onto a first major bonding surface of a second moving polyester substrate so that the first major bonding surface of the second moving substrate is a heated surface; bringing the heated first major bonding surface of the first polyester substrate into proximity to the heated first major bonding surface of the second polyester substrate; and, self-bonding the first polyester substrate and the second polyester substrate to each other to form a polyester laminate, wherein the first polyester substrate and/or the second polyester substrate comprises a polyester foam with a density of less than 0.2 g /cubic centimeter.
Orthosis including: - an upper tray and a lower tray intended to respectively cover the teeth of an upper jaw and the teeth of a lower jaw; - connection means linking the trays (1,2), characterized in that said upper tray has at least one first fixed base, in that said lower tray has at least one second fixed base, said connection means including said first and second bases (10, 20), said first base and said second base are intended to be secured by at least one screw, said orthosis being characterized in that said first and second bases (10, 20) having complementary shapes so that one of the bases forms a sliding guide of the other, according to an adjustable positioning with advancing effect and in that: - that said first base has a single screw passage while said second base has at least two screw passages intended to be one or the other placed so as to coincide with the single passage of the first base; or - said second base has a single screw passage while said first base has at least two screw passages intended to be one or the other placed so as to coincide with the single passage of the second base. - an upper tray and a lower tray intended to respectively cover the teeth of an upper jaw and the teeth of a lower jaw; - connection means linking the trays (1,2), - that said first base has a single screw passage while said second base has at least two screw passages intended to be one or the other placed so as to coincide with the single passage of the first base; or - said second base has a single screw passage while said first base has at least two screw passages intended to be one or the other placed so as to coincide with the single passage of the second base.
A photocurable primer for forming a metal plating film on a base material through an electroless plating process, the primer comprising: (a) a hyperbranched polymer having an ammonium group at a molecular terminal and a weight average molecular weight of 1,000 to 5,000,000; (b) metal fine particles; (c) a polymerizable compound having a (meth)acryloyl group and having at least one structure selected from the group consisting of an oxyalkylene structure and a poly(meth)acrylic structure; and (d) a photopolymerization initiator. (a) a hyperbranched polymer having an ammonium group at a molecular terminal and a weight average molecular weight of 1,000 to 5,000,000; (b) metal fine particles; (c) a polymerizable compound having a (meth)acryloyl group and having at least one structure selected from the group consisting of an oxyalkylene structure and a poly(meth)acrylic structure; and (d) a photopolymerization initiator.
Assisted breathing device for a person/patient suffering from respiratory disorders comprising: - a first ventilation unit, a connection interface for the connecting of a breathing circuit of the patient, said first ventilation unit including at least one air generator, at least one pressure and/or flow rate sensor and an air flow circuit connected to the connection interface, - at least one second ventilation unit including at least one air generator, at least one pressure and/or flow rate sensor and an air flow circuit connected to said connection interface; characterised in that the connection interface of the device includes a connection unit intended for the connecting of the breathing circuit of the patient and a coupling device connected to the air flow circuits of the ventilation units (100, 200) and to the connection unit of the device, the breathing circuit of the patient being thus able to be connected to said ventilation units (100, 200) via the coupling device; said coupling device comprising pneumatic or pneumo-electric connections for the coupling of the ventilation units (100, 200) and of the coupling valves (313, 314; 323, 324) on the air flow connections relative to each ventilation unit, each ventilation unit further including a coupling control (120, 220) capable of controlling the coupling valves of the air flow connections relative to each ventilation unit so as to make it possible for an automatic substitution of one with the other in the operating modes: - high-performance coupling, wherein the two ventilation units are turned on in the device and both supply an air flow to the patient, and/or - high-safety coupling, wherein the air flow is provided by one of the units, with the other unit being on standby and capable of instantly taking over from the first in case an anomaly of the latter is detected. - high-performance coupling, wherein the two ventilation units are turned on in the device and both supply an air flow to the patient, and/or - high-safety coupling, wherein the air flow is provided by one of the units, with the other unit being on standby and capable of instantly taking over from the first in case an anomaly of the latter is detected.
A method for fabricating a semiconductor structure, comprising: providing a substrate including a first region for forming a first transistor and a second region for forming a second transistor, the substrate further including an isolation structure in the substrate between the first region and the second region; forming a first stress introducing layer in the substrate in the first region and a second stress introducing layer in the substrate in the second region, wherein top surfaces of the first stress introducing layer and the second stress introducing layer are above a surface of the substrate; forming a cover layer on each of the first stress introducing layer and the second stress introducing layer; the method characterised in that after completely forming the cover layer, portions of the cover layer formed on adjacent side surfaces of the first stress introducing layer and the second stress introducing layer 122), are removed. providing a substrate including a first region for forming a first transistor and a second region for forming a second transistor, the substrate further including an isolation structure in the substrate between the first region and the second region; forming a first stress introducing layer in the substrate in the first region and a second stress introducing layer in the substrate in the second region, wherein top surfaces of the first stress introducing layer and the second stress introducing layer are above a surface of the substrate; forming a cover layer on each of the first stress introducing layer and the second stress introducing layer; the method characterised in that after completely forming the cover layer, portions of the cover layer formed on adjacent side surfaces of the first stress introducing layer and the second stress introducing layer 122), are removed.
A system for cleaning a clot retrieval device comprising: a hemostasis valve assembly (101, 501) comprising: a distal end; an entrance at the distal end sized to receive a delivery catheter; a proximal end; a hollow internal lumen with a longitudinal axis disposed between the proximal and distal ends (104, 102); and a rotating device lock at the proximal end; and a cleaning instrument (120, 520) sized to receive a clot retrieval device and sharing a retrieval path of the clot retrieval device with the hemostasis valve assembly (101, 501), characterized in that the cleaning instrument is disposed within a removable hub rotatable about the longitudinal axis of the hemostasis valve assembly wherein the cleaning instrument comprises a plurality of bristles extending radially from the sidewall of the cleaning instrument. a hemostasis valve assembly (101, 501) comprising: a distal end; an entrance at the distal end sized to receive a delivery catheter; a proximal end; a hollow internal lumen with a longitudinal axis disposed between the proximal and distal ends (104, 102); and a rotating device lock at the proximal end; and a distal end; an entrance at the distal end sized to receive a delivery catheter; a proximal end; a hollow internal lumen with a longitudinal axis disposed between the proximal and distal ends (104, 102); and a rotating device lock at the proximal end; and a cleaning instrument (120, 520) sized to receive a clot retrieval device and sharing a retrieval path of the clot retrieval device with the hemostasis valve assembly (101, 501), characterized in that the cleaning instrument is disposed within a removable hub rotatable about the longitudinal axis of the hemostasis valve assembly wherein the cleaning instrument comprises a plurality of bristles extending radially from the sidewall of the cleaning instrument.
Applicator for a cosmetic product comprising, along a same longitudinal axis, a mascara portion and an applicator portion, the mascara portion comprising a longitudinal sleeve along a longitudinal axis and an applicator end-piece at a distal end of the sleeve, the applicator portion comprising a longitudinal stem and an applicator end at a distal end of the stem, the sleeve being sized so as to be able to accommodate the longitudinal stem at least partially, the mascara portion and the applicator portion being able to be assembled onto and separated from one another, the applicator end-piece comprising a hollow core and protrusions, the applicator end-piece further comprising a housing, inside the hollow core, sized so as to allow at least the partial passage of the applicator end during the assembly of the mascara portion with the applicator portion, and a proximal orifice at a proximal end of the applicator end-piece and opening into the housing, characterised in that the applicator end-piece presents lateral openings opening into the housing.
A portable chair comprising: a first front leg and a second front leg connected by a front sled; a first back leg and a second back leg connected by a back sled; a seat, wherein the seat is of a highly-permeable, weave-type construction, a seat frame border, wherein the seat frame border is a rigid over-mold that is rigidly attached to the seat by an injection molding process; wherein the injection molding process forms a plurality of protrusions on an underside portion of the seat frame border; and a seat frame including a first terminal end, a second terminal end, a seat attachment rail (172A; 172B), and a carrying handle, wherein the carrying handle extends from an inner face of a front portion of the seat frame, and wherein the carrying handle is configured to receive the seat frame border, and wherein the plurality of protrusions on the underside portion of the seat frame border are configured to removably engage with the seat attachment rail (172A; 172B) and the carrying handle. a first front leg and a second front leg connected by a front sled; a first back leg and a second back leg connected by a back sled; a seat, wherein the seat is of a highly-permeable, weave-type construction, a seat frame border, wherein the seat frame border is a rigid over-mold that is rigidly attached to the seat by an injection molding process; wherein the injection molding process forms a plurality of protrusions on an underside portion of the seat frame border; and a seat frame including a first terminal end, a second terminal end, a seat attachment rail (172A; 172B), and a carrying handle, wherein the carrying handle extends from an inner face of a front portion of the seat frame, and wherein the carrying handle is configured to receive the seat frame border, and wherein the plurality of protrusions on the underside portion of the seat frame border are configured to removably engage with the seat attachment rail (172A; 172B) and the carrying handle.
Method for operating an input device for an electronic device of a motor vehicle, wherein: - a character trace (28, 36) of a user is detected by a detection device (14, 30), whilst said user traces the character trace (28, 36) on an input surface of the detection device (14, 30) to input a character or a character group, - a character recognition for the detected character trace (28, 36) is carried out by a first handwriting recognition device (40 a), - at least one database entry is searched by a search device for a recognition result (42, 50) of the character recognition in at least one database respectively, and - found database entries are displayed by a display device, wherein several different recognition results are determined for the character trace (28, 36) by the first handwriting recognition device (40 a), characterised in that at least one database entry is searched by the search device for each of the different recognition results respectively; and a character recognition exclusively for a telephone number input is carried out by a second handwriting recognition device (40 b) for each detected character trace (28, 36), such that in the case of an ambiguity of the character trace, a number recognition is preferred over a letter recognition, and a new telephone number entry is displayed by the display device, said telephone number entry being extended with each new recognition result (46, 54) of the second handwriting recognition device (40 b), wherein in the case of a clear recognition of a letter by the second handwriting recognition device (40 b), this second handwriting recognition device (40 b) is reconfigured and a second configuration is hereby activated, by which, in the case of an ambiguity of the character trace to be recognised, a letter recognition is preferred over a number recognition. - a character trace (28, 36) of a user is detected by a detection device (14, 30), whilst said user traces the character trace (28, 36) on an input surface of the detection device (14, 30) to input a character or a character group, - a character recognition for the detected character trace (28, 36) is carried out by a first handwriting recognition device (40 a), - at least one database entry is searched by a search device for a recognition result (42, 50) of the character recognition in at least one database respectively, and - found database entries are displayed by a display device,