mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a wireless device (200, 300), of transmitting uplink control information (121a, 121b), the method comprising: receiving, from a network node (500, 600), an uplink grant (111a, 111b, 115b) for each of one or more cells (113a, 113b, 116b), wherein at least one of the received uplink grants (111a, 111b, 115b) indicates a first number of downlink assignments by the network node (500, 600) to the wireless device (200, 300); selecting, as a first cell, one of the one or more cells (113a, 113b, 116b) responsive to the at least one received uplink grant (111a, 111b, 115b) indicating the first number of downlink assignments; and transmitting uplink control information (121a, 121b) via the first cell, said uplink control information (121a, 121b) comprising a first number of acknowledgement/negative acknowledgement (ACK/NACK) bits (122a, 122b) defined by the first number of downlink assignments, characterized in that, if at least two of the received uplink grants (111a, 111b, 115b) indicates the first number of downlink assignments by the network node (500, 600) to the wireless device, the method further comprising determining that the first number of ACK/NACK bits is zero responsive to each of the at least two received uplink grants (111a, 111b, 115b) indicating the first number of downlink assignments. receiving, from a network node (500, 600), an uplink grant (111a, 111b, 115b) for each of one or more cells (113a, 113b, 116b), wherein at least one of the received uplink grants (111a, 111b, 115b) indicates a first number of downlink assignments by the network node (500, 600) to the wireless device (200, 300); selecting, as a first cell, one of the one or more cells (113a, 113b, 116b) responsive to the at least one received uplink grant (111a, 111b, 115b) indicating the first number of downlink assignments; and transmitting uplink control information (121a, 121b) via the first cell, said uplink control information (121a, 121b) comprising a first number of acknowledgement/negative acknowledgement (ACK/NACK) bits (122a, 122b) defined by the first number of downlink assignments, characterized in that, if at least two of the received uplink grants (111a, 111b, 115b) indicates the first number of downlink assignments by the network node (500, 600) to the wireless device, the method further comprising determining that the first number of ACK/NACK bits is zero responsive to each of the at least two received uplink grants (111a, 111b, 115b) indicating the first number of downlink assignments.
Absorbable self-supporting patch, ready for use without previous cell coverage, for the replacement of a portion of bladder wall after partial cystectomy and following the covering of said patch by growing autologous fibrous capsule cells generated by the process of tissue reconstruction after the insertion of said patch inside the patient, said patch comprising an absorbable textile, preferably texturised, made with monofilament or multifilament yarns deriving from PGA fibres, said patch being characterised in that said textile is supported by a non-porous hot moulded planar frame, flexible and harmonic, formed by a plurality of hot moulded radial reinforcement strips of a PGA/PLA copolymer, said strips extending radially outwards from the centre of said frame and being substantially rigid yet elastic and flexible so as to be slightly curved manually by the surgeon during the operation, wherein said frame and the reinforcement strips are attached to said textile by means of absorbable sutures.
A pin assembly for use in a planetary gear, comprising: a pin including a cylindrical side wall defining a central bore that extends from a first end to a second end of the pin along its longitudinal center axis, an inlet bore in fluid communication with the central bore, an outlet bore in fluid communication with the central bore, a first annular groove that extends radially outwardly into the side wall of the pin adjacent the first end; characterised in that the pin assembly further comprises a first disk-shaped cylindrical plate including a first side wall, a second side wall, and a cylindrical outer wall extending therebetween, the first plate being disposed within the first annular groove of the pin, wherein a width of the first plate in a direction parallel to the longitudinal center axis is less than a width of the first annular groove in the direction parallel to the longitudinal center axis so that the first plate is axially slidable within the first annular groove. a pin including a cylindrical side wall defining a central bore that extends from a first end to a second end of the pin along its longitudinal center axis, an inlet bore in fluid communication with the central bore, an outlet bore in fluid communication with the central bore, a first annular groove that extends radially outwardly into the side wall of the pin adjacent the first end; characterised in that the pin assembly further comprises a first disk-shaped cylindrical plate including a first side wall, a second side wall, and a cylindrical outer wall extending therebetween, the first plate being disposed within the first annular groove of the pin, wherein a width of the first plate in a direction parallel to the longitudinal center axis is less than a width of the first annular groove in the direction parallel to the longitudinal center axis so that the first plate is axially slidable within the first annular groove.
A suspension liner sleeve configured to create a vacuum between a residual limb and a prosthetic socket comprising: an elongate, tubular body portion formed of a thermoplastic elastomeric material and having an axis and defining an open proximal region and a closed distal region; at least one raised sealing portion annularly extending along the axis and having a distal location and a proximal location, said raised sealing portion further having a thickness wherein the thickness is greatest in between the distal location and the proximal location; said raised sealing portion further having an apex surface; characterized in that said tubular body portion is covered by a fabric exterior layer; and a sealing region formed of an elastomeric material is impregnated within said fabric exterior layer of at least said apex surface of said raised sealing portion. an elongate, tubular body portion formed of a thermoplastic elastomeric material and having an axis and defining an open proximal region and a closed distal region; at least one raised sealing portion annularly extending along the axis and having a distal location and a proximal location, said raised sealing portion further having a thickness wherein the thickness is greatest in between the distal location and the proximal location; said raised sealing portion further having an apex surface; characterized in that said tubular body portion is covered by a fabric exterior layer; and a sealing region formed of an elastomeric material is impregnated within said fabric exterior layer of at least said apex surface of said raised sealing portion.
A method for detecting a duplicate sequencing read from a population of sample sequencing reads comprising: shearing genomic DNA to produce a plurality of nucleic acid fragments from one or more samples; ligating an adaptor to a 5' end of each nucleic acid fragment of the plurality of nucleic acid fragments, wherein the adaptor comprises_from 5' to 3': (i) an indexing primer binding site; (ii) an indexing site; (iii) an identifier site consisting of between 1 and 8 random nucleotides; and (iv) a forward sequencing read primer binding site; hybridizing targeting oligos to the genomic DNA in the adapter-nucleic acid fragment ligated products; extending the targeting oligos; amplifying extension products obtained from targeting oligos that have extended through an adapter; generating a population of sequencing reads from amplified adapter-nucleic acid fragment ligated products; identifying a duplicate sequencing read as the sequencing read comprising the same identifier site and nucleic acid fragment as another sequencing read in the population of sequencing reads; and removing the duplicate sequencing read from the population of sequencing reads, wherein the indexing site is an index for multiple polynucleotides; and wherein the sequence of the identifier site is variable in sequence content in a plurality of adaptors. shearing genomic DNA to produce a plurality of nucleic acid fragments from one or more samples; ligating an adaptor to a 5' end of each nucleic acid fragment of the plurality of nucleic acid fragments, wherein the adaptor comprises_from 5' to 3': (i) an indexing primer binding site; (ii) an indexing site; (iii) an identifier site consisting of between 1 and 8 random nucleotides; and (iv) a forward sequencing read primer binding site; (i) an indexing primer binding site; (ii) an indexing site; (iii) an identifier site consisting of between 1 and 8 random nucleotides; and (iv) a forward sequencing read primer binding site; hybridizing targeting oligos to the genomic DNA in the adapter-nucleic acid fragment ligated products; extending the targeting oligos; amplifying extension products obtained from targeting oligos that have extended through an adapter; generating a population of sequencing reads from amplified adapter-nucleic acid fragment ligated products; identifying a duplicate sequencing read as the sequencing read comprising the same identifier site and nucleic acid fragment as another sequencing read in the population of sequencing reads; and removing the duplicate sequencing read from the population of sequencing reads, wherein the indexing site is an index for multiple polynucleotides; and wherein the sequence of the identifier site is variable in sequence content in a plurality of adaptors.
An apparatus for impregnating fiber structures with a matrix material, comprising a lower part having a bath for receiving the matrix material and a draining unit, the draining unit comprising at least one wiper having a wiping edge, over which the impregnated fiber structure is guided during operation, and a surface inclined in the direction of the bath, by which matrix material draining from the fiber structure can return into the bath, as well as a cover, on which a deflection unit, by which the fiber structure is pressed into the bath when the cover is mounted, is mounted, a gap (39, 41) respectively being formed, when the cover is mounted, between the cover and the lower part on the sides by which the fiber structure is guided into the apparatus and emerges from the apparatus, at least one wiper, which presses from above with a wiping edge on the impregnated fiber structure when the cover is mounted, being mounted on the cover, at least one wiper mounted on the cover preferably being height-adjustable.
A compressor crankcase heating control system for a heat pump system, the compressor crankcase heating control system comprising a first switching device, a second switching device, and a third switching device, said compressor crankcase heating control system being characterized by: the first switching device including a first input connected to a first power line, including a second input connected to a second power line, the first and second power lines being for receiving a first voltage, and said first switching device being configured to selectively connect and disconnect the first and second inputs to and from first and second nodes, respectively (1120, 1124); the second switching device including a third input that is connected to the first node, including a fourth input that is connected to a third power line, and including a first output that is connected to a first end of a stator winding (1108, 1112) of an electric motor of a compressor; the third switching device including a fifth input that is connected to the second node, including a sixth input that is connected to a fourth power line, the third and fourth power lines for receiving a second voltage that is less than the first voltage, and including a second output that is connected to a second end of the stator winding (1108, 1112) of the electric motor of the compressor; and a compressor crankcase heating control module that controls the second and third switching devices (1132, 1136). the first switching device including a first input connected to a first power line, including a second input connected to a second power line, the first and second power lines being for receiving a first voltage, and said first switching device being configured to selectively connect and disconnect the first and second inputs to and from first and second nodes, respectively (1120, 1124); the second switching device including a third input that is connected to the first node, including a fourth input that is connected to a third power line, and including a first output that is connected to a first end of a stator winding (1108, 1112) of an electric motor of a compressor; the third switching device including a fifth input that is connected to the second node, including a sixth input that is connected to a fourth power line, the third and fourth power lines for receiving a second voltage that is less than the first voltage, and including a second output that is connected to a second end of the stator winding (1108, 1112) of the electric motor of the compressor; and a compressor crankcase heating control module that controls the second and third switching devices (1132, 1136).
Automotive light comprising a substantially basin-shaped, rear body structured so to be fixed onto the vehicle body; a front lenticular half-shell which has at least a portion in transparent or semitransparent material, and is arranged to close the mouth of the rear body; and at least one main light source which is structured so to emit light when electricity powered, and is arranged within the rear body in a position so as to be able to backlight a corresponding transparent or semitransparent portion of the front lenticular half-shell; the automotive light further comprises a light-guide bar in photoconductive material which has a substantially circular- or elliptical-shaped cross section and is arranged inside the rear body, and an auxiliary light source which is structured so to emit light when electricity powered, and is arranged located within the rear body, close to at least one end of the light-guide bar, so as to direct the produced light within the body of said light-guide bar; said light-guide bar being provided with a substantially flat, longitudinal light-extracting stripe which extends along the lateral side of the light-guide bar, and a plenty of transverse deflecting prisms that are conveniently distributed along the longitudinal light-extracting stripe; the automotive light being characterized in that said light-guide bar is also provided with a series of additional transversal deflecting grooves or ridges which are conveniently distributed/spaced along the external curved surface of the light-guide bar immediately adjacent to the longitudinal light-extracting stripe, and are profiled so as to deflect the light rays that reach the same transversal ridges or grooves towards the corresponding transparent or semitransparent portion of the front lenticular half-shell.
A method for manufacturing a hydrophilic silicone macromer, comprising the steps of: performing a ring-opening insertion, wherein a cyclic siloxane and a cyclic hydrogen siloxane are subject to a ring-opening reaction, and then are inserted into an asymmetrically end-capped polydialkylsiloxane having a terminal reactive hydrogen to form an asymmetrically end-capped polysiloxane having a silicon-hydrogen (Si-H) bond, in which the terminal reactive hydrogen is derived from a hydroxyl group or an amino group; performing a hydrosilylation between the Si-H bond of the asymmetrically end-capped polysiloxane and a C=C bond of a hydrophilic monomer by using a rhodium-containing catalyst to form an asymmetrically end-capped polysiloxane intermediate having a hydrophilic side chain, wherein the hydrophilic monomer has an amide group or a phosphoryl choline group, and the hydrophilic monomer having the amide group selected from the group consisting of N-vinylpyrrolidone, N-allylpyrrolidone, N-vinyl-N-methylacetamide and a combination thereof; and performing an end-capping reaction between the terminal reactive hydrogen of the asymmetrically end-capped polysiloxane intermediate and an electrophilic group of an ethylenically unsaturated compound to form the hydrophilic silicone macromer. performing a ring-opening insertion, wherein a cyclic siloxane and a cyclic hydrogen siloxane are subject to a ring-opening reaction, and then are inserted into an asymmetrically end-capped polydialkylsiloxane having a terminal reactive hydrogen to form an asymmetrically end-capped polysiloxane having a silicon-hydrogen (Si-H) bond, in which the terminal reactive hydrogen is derived from a hydroxyl group or an amino group; performing a hydrosilylation between the Si-H bond of the asymmetrically end-capped polysiloxane and a C=C bond of a hydrophilic monomer by using a rhodium-containing catalyst to form an asymmetrically end-capped polysiloxane intermediate having a hydrophilic side chain, wherein the hydrophilic monomer has an amide group or a phosphoryl choline group, and the hydrophilic monomer having the amide group selected from the group consisting of N-vinylpyrrolidone, N-allylpyrrolidone, N-vinyl-N-methylacetamide and a combination thereof; and performing an end-capping reaction between the terminal reactive hydrogen of the asymmetrically end-capped polysiloxane intermediate and an electrophilic group of an ethylenically unsaturated compound to form the hydrophilic silicone macromer.
Method for retreading a wheel tyre casing, characterized in that: - an inductor is arranged so that a main plane of the inductor is locally perpendicular to metal elements (15, 24) contained inside the casing, the said metal elements being chosen so as to heat in a preferential manner a heat-malleable layer situated between a tread of the casing and a carcass of the casing; - a wheel tyre casing is heated by means of induction so as to soften the heat-malleable layer; - the tread is eliminated from the carcass; and - another tread is deposited on the carcass. - an inductor is arranged so that a main plane of the inductor is locally perpendicular to metal elements (15, 24) contained inside the casing, the said metal elements being chosen so as to heat in a preferential manner a heat-malleable layer situated between a tread of the casing and a carcass of the casing; - a wheel tyre casing is heated by means of induction so as to soften the heat-malleable layer; - the tread is eliminated from the carcass; and - another tread is deposited on the carcass.
A pneumatic tire, comprising: a plurality of types of rubber layers integrally formed by rolling or extruding, wherein at least one strand of thread is provided at an interface with the plurality of types of rubber, a cap tread rubber layer and an undertread rubber layer, integrally formed by extruding, as the plurality of types of rubber layers, wherein at least one strand of thread is provided at the interface between the cap tread rubber layer and the undertread rubber layer, characterized in that with regard to a distance A from an outer end position of the undertread rubber layer to the tire centerline, the thread is provided in a region corresponding to 30% of the distance A from the outer end position of the interface between the cap tread rubber layer and the undertread rubber layer. a plurality of types of rubber layers integrally formed by rolling or extruding, wherein at least one strand of thread is provided at an interface with the plurality of types of rubber, a cap tread rubber layer and an undertread rubber layer, integrally formed by extruding, as the plurality of types of rubber layers, wherein at least one strand of thread is provided at the interface between the cap tread rubber layer and the undertread rubber layer, characterized in that with regard to a distance A from an outer end position of the undertread rubber layer to the tire centerline, the thread is provided in a region corresponding to 30% of the distance A from the outer end position of the interface between the cap tread rubber layer and the undertread rubber layer.
A cylinder head assembly for an internal combustion engine, wherein said cylinder head assembly comprises a gas feeding arrangement for feeding gas from an internal combustion engine cylinder chamber to a gas tank, said gas feeding arrangement comprising a feeding conduit assembly and a dedicated feeding valve, said feeding valve being adapted to assume an open condition in which it provides for gas transport in a direction from said cylinder chamber towards said gas tank, via said feeding conduit assembly, wherein said gas feeding arrangement comprises a one-way valve adapted to prevent gas transport from said gas tank to said cylinder chamber, via said feeding conduit assembly, said cylinder head assembly comprises an inlet valve adapted to selectively provide fluid communication between an air inlet system of the internal combustion engine and said cylinder chamber, said feeding valve being arranged separate from said at least one inlet valve, wherein said cylinder head assembly comprises a gas discharge conduit assembly adapted to provide a selective fluid communication between said gas tank and a gas discharge valve arrangement adapted to discharge into said cylinder chamber, characterised in that said inlet valve comprises an inlet valve member moveable relative to a valve seat to thereby control the fluid communication between said air inlet system and said cylinder chamber via said inlet valve, said gas discharge conduit assembly being in fluid communication with a valve passage extending through at least a portion of said inlet valve member for supplying gas from said gas tank to said cylinder chamber, said gas discharge valve arrangement comprising a gas discharge valve arrangement member moveable relative to said inlet valve member.
Nail-polish-mixing machine comprising a mixing container, a control module and a first and a second nail-polish container (5, 5') with a respective outlet valve (6, 6'), the control module has connected to it a first input/output unit, which comprises a colour palette with a multiplicity of colours merging continuously one into the other, and, at the same time, a second input/output unit, which shows a base colour and an individual colour, characterized in that the control module has connected to it a third input/output unit, which has a three-dimensional animation of a hand with coloured fingernails and operating elements (32, 33, 34, 35), wherein the operating elements are designed to turn the hand.