mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: Detecting, by a first Access Point, AP, an Overlapping Basic Service Set, OBSS, transmission to be received at a device; Determining a location of the device; Determining, based on the determined location, that the device is out of range of the first AP; and Performing, by the first AP in response to determining that the device is out of range of the first AP, an OBSS Packet Detect, PD, based Spatial Reuse, SR, transmission without reducing a transmit, Tx, power for the transmission. Detecting, by a first Access Point, AP, an Overlapping Basic Service Set, OBSS, transmission to be received at a device; Determining a location of the device; Determining, based on the determined location, that the device is out of range of the first AP; and Performing, by the first AP in response to determining that the device is out of range of the first AP, an OBSS Packet Detect, PD, based Spatial Reuse, SR, transmission without reducing a transmit, Tx, power for the transmission.
A data transmission method, comprising: determining, by a terminal, M time unit or units configured for uplink transmission in an unlicensed carrier and N time units configured for downlink transmission in the unlicensed carrier, wherein M is a positive integer, N is a positive integer greater than or equal to 2, and the time units are timeslots; and receiving, by the terminal, downlink data sent by a base station over the N time units in the unlicensed carrier, characterized by sending, by the terminal, feedback information, which is corresponding to the downlink data in the N time units, to the base station over a first time unit of the M time unit or units in the unlicensed carrier, wherein the first time unit is after the N time units, and a difference value between a starting moment of the first time unit and a starting moment of the last time unit of the N time units is equal to or greater than a system feedback processing latency. determining, by a terminal, M time unit or units configured for uplink transmission in an unlicensed carrier and N time units configured for downlink transmission in the unlicensed carrier, wherein M is a positive integer, N is a positive integer greater than or equal to 2, and the time units are timeslots; and receiving, by the terminal, downlink data sent by a base station over the N time units in the unlicensed carrier, characterized by sending, by the terminal, feedback information, which is corresponding to the downlink data in the N time units, to the base station over a first time unit of the M time unit or units in the unlicensed carrier, wherein the first time unit is after the N time units, and a difference value between a starting moment of the first time unit and a starting moment of the last time unit of the N time units is equal to or greater than a system feedback processing latency.
A coupling for electrically and mechanically connecting a power supply unit to an operating head in a hand-held appliance, the coupling comprising complementary male and female members (6,5), the female member including an inner first electrical contact and a cylindrical outer sleeve portion, the male member including a part slidably engageable in the sleeve portion and having a radial projection for engagement with a bayonet slot formed in the sleeve portion for releasably locking the male member to the female member, the male member including a second electrical contact for electrical connection with the first electrical contact of the female member, and the sleeve portion and the male part providing further electrical contacts insulated from the first and second electrical contacts, the coupling being characterised in that a sealing element is provided for sealing the female member to the male member externally of the sleeve portion, wherein the male member has a sealing shroud for enclosing the sleeve portion and wherein an annular seal extends around the female member axially inwardly of the bayonet slot for sealing cooperation with the shroud and wherein the power supply unit forms a handle of the hand-held appliance.
An apparatus comprising: a data source for receiving a plurality of data items; an output configured to continually provide a data collector with the data items; a storage for buffering the first data items; a root of trust circuitry configured to generate a cryptographically verifiable integrity claim based on current hardware and software configuration of the apparatus; at least one processor configured to at least: form second data by combining at least the cryptographically verifiable integrity claim and an amount of the data items; form a hash from at least the second data; cause the root of trust circuitry to form a first signature from at least the hash; form third data by combining at least the second data, the hash and the first signature; and cause the output to provide the data collector with a secured transmission comprising the third data. a data source for receiving a plurality of data items; an output configured to continually provide a data collector with the data items; a storage for buffering the first data items; a root of trust circuitry configured to generate a cryptographically verifiable integrity claim based on current hardware and software configuration of the apparatus; at least one processor configured to at least: form second data by combining at least the cryptographically verifiable integrity claim and an amount of the data items; form a hash from at least the second data; cause the root of trust circuitry to form a first signature from at least the hash; form third data by combining at least the second data, the hash and the first signature; and cause the output to provide the data collector with a secured transmission comprising the third data. form second data by combining at least the cryptographically verifiable integrity claim and an amount of the data items; form a hash from at least the second data; cause the root of trust circuitry to form a first signature from at least the hash; form third data by combining at least the second data, the hash and the first signature; and cause the output to provide the data collector with a secured transmission comprising the third data.
A pneumatic tire comprising: a carcass extending from a tread portion to a bead core of a bead portion through a sidewall portion; a substantially triangular cross-sectional bead apex rubber extending radially outwardly from the bead core in a tapered manner; and a bead reinforcing member wound spirally around the bead apex rubber or an assembly of the bead apex rubber and the bead core, characterized in that the bead reinforcing member has a thickness (t) equal to or less than 1.5 mm. a carcass extending from a tread portion to a bead core of a bead portion through a sidewall portion; a substantially triangular cross-sectional bead apex rubber extending radially outwardly from the bead core in a tapered manner; and a bead reinforcing member wound spirally around the bead apex rubber or an assembly of the bead apex rubber and the bead core,
Combustion chamber comprising a jacket which is arranged around a principal axis of the combustion chamber, and a ceramic tube which is arranged inside the jacket, wherein an intermediate layer is arranged between the jacket and the ceramic tube, and the jacket is at least partially conical, and the ceramic tube is tensioned axially into the jacket along the principal axis, characterized in that the ceramic tube is an assembly of a plurality of heat shield segments, wherein the heat shield segments each have a hot side to which a hot medium can be applied, a cold side which is opposite the hot side and faces the jacket, and a circumferential rim between the hot side and the cold side, and, in the cold state, individual heat shield segments of a segment row have, on the rim, bearing surfaces that adjoin the cold side and gaps opening toward the hot gas side.
A sputtering chamber component comprising: a front surface; a back surface opposite the front surface; a sputter trap formed on at least a portion of the front surface, the sputter trap having a surface roughness greater than the back surface of the sputtering chamber component and a coating of titanium particles formed on the sputter trap, the coating having a thickness from about 0.025 mm to about 2.54 mm (0.001 inches to about 0.1 inches) and being at least 99.99% pure and wherein the particles of the coating are substantially diffused and have plastic deformation. a front surface; a back surface opposite the front surface; a sputter trap formed on at least a portion of the front surface, the sputter trap having a surface roughness greater than the back surface of the sputtering chamber component and a coating of titanium particles formed on the sputter trap, the coating having a thickness from about 0.025 mm to about 2.54 mm (0.001 inches to about 0.1 inches) and being at least 99.99% pure and wherein the particles of the coating are substantially diffused and have plastic deformation.
An elastic polyurethane fiber comprising a polyurethaneurea which is prepared from a copolyalkylene ether diol comprising C 2-10 different alkylene ethers, a diisocyanate, and a diamine selected from the group consisting of linear aliphatic diamine compounds, branched aliphatic diamine compounds, alicyclic diamine compounds, aromatic diamine compounds, and cyclic diamine compounds, wherein the polyurethaneurea has a hard segment content of from 14.0% to 25.0% inclusive, as defined by Equation below: Hard Segment Content % = ( Number Average Molecular Weight of Urea Moieties) / { Number Average Molecular Weight of Ureathane Moieties + Number Average Molecular Weight of Urea Moieties} × 100
A dental unit, comprising at least one connection for at least one ancillary device and a display, a drive-power and feed system for providing drive power or feed to said at least one ancillary device, a control system for controlling the drive-power and feed system as well as said at least one ancillary device, which control system comprises at least one programmed function, which includes at least one predefined control operation directed to at least one ancillary device, a means for defining a value for a parameter included in the control system, and in which control system at least one trigger is defined for the programmed function in response to which said programmed function is to be performed, wherein the control system is arranged to show on the display a view, which contains symbols (6, 7, 8) such as icons, numbers and/or text, and wherein the dental unit comprises a configuration means, which is arranged to receive control commands from the user for configuring said at least one programmed function and to configure said at least one programmed function according to the control received from the user, said configuring including at least one of the following: removal of a control operation from a programmed function, addition of a control operation to a programmed function, addition of a new programmed function, creation of a new programmed combination function by combining previously programmed functions, removal of an entire programmed function, characterized in that said control system is further arranged to receive a control command relating to the symbol (6, 7, 8) from a control device or control devices connectable with the dental unit, said control command being arranged to act as a trigger for a programmed function linked to the symbol (6, 7, 8).
Method for controlling injection during the operating cycles of a diesel engine equipped with a particulate filter, at least one combustion chamber of which is fed by an injection system, notably of the common rail type, comprising at least one injector capable, during each injection, of delivering a first determined minimum quantity of fuel associated with a first minimum duration of injection (TINJMIN), the said method obeying a predetermined theoretical injection map which, for each cycle, proposes a main fuel injection step (PRINC) injecting fuel intended to participate in combustion within the said combustion chamber and at least one fuel post-injection step (POST), separated from the main step (PRINC) by determined interval of time, during which step a second determined theoretical quantity of fuel, capable of being injected during a second theoretical fuel-injection duration (TPOSTH) less than the first minimum injection duration (TINJMIN), needs to be injected in order to supply fuel to the particulate filter in order to raise the temperature thereof, the method comprising repetitively: - a succession of cycles referred to as "simple" cycles, comprising a main fuel injection step (PRINC) and having no post-injection step (POST), - a cycle referred to as "combined" cycle comprising a main fuel injection step (PRINC) and comprising a post-injection step (POST), during which at least one fuel injection of a total duration (TINJ) equal to the product of the total number of cycles that have occurred since the last combined cycle and of the second duration (TPOSTH) is performed, CHARACTERIZED IN THAT the post-injection step (POST) is liable to occur as soon as the said product of the total number of cycles that have occurred since the last combined cycle and of the second duration (TPOSTH) is greater than or equal to the first duration (TINJMIN), so that the total quantity of fuel injected as post-injection for the predetermined duration (TINJ), in relation to the total number of cycles that have occurred since the last combined cycle, corresponds substantially to the second determined theoretical quantity of fuel per cycle associated with the theoretical injection duration (TPOSTH) and so as to limit the phenomenon of dilution of the fuel injected in the engine oil. - a succession of cycles referred to as "simple" cycles, comprising a main fuel injection step (PRINC) and having no post-injection step (POST), - a cycle referred to as "combined" cycle comprising a main fuel injection step (PRINC) and comprising a post-injection step (POST), during which at least one fuel injection of a total duration (TINJ) equal to the product of the total number of cycles that have occurred since the last combined cycle and of the second duration (TPOSTH) is performed,
A locking mechanism for a gauge-changing wheelset, comprising an outer sleeve and locking pins; opposite sides outside the outer sleeve are provided with bosses axially extending along the outer sleeve, and a plurality of flutes are disposed at intervals along the length directions of the bosses; when a gauge is changed, the locking pins are inserted into the flutes, and switchable among the plurality of flutes under the action of an external force to change a gauge. characterized in that, the locking pin comprises a pin body one side of which is provided with an open groove penetrating along the radial direction of the pin body, and the open groove is provided with at least one lug extending axially along the pin body, an upper end of the lug is connected with a groove top of the open groove, a notch is reserved between a lower end of the lug and a groove bottom of the open groove, and the lug is inserted into the flutes.
A method of regenerating a nitric and hydrofluoric acid bath for chemically etching parts made of titanium or titanium alloy and contained in a machining vessel, the method being characterized in that it comprises determining whether said etching bath is spent, and if so, in performing the steps consisting in: a) transferring a portion of the spent etching bath, referred to as the "spent" solution, from the machining vessel into a reactor; b) adding a quantity of NaF and a quantity of NaNO 3 to the spent solution, and allowing it to react to form HF, HNO 3, and Na 2 TiF 6; c) settling to separate the resulting precipitate from the supernatant; d) transferring the supernatant, which is a regenerated solution, into a tank; e) measuring the concentrations of HF, of HNO 3, and of dissolved titanium in the tank and in the machining vessel; and f) determining the volume of regenerated solution that can be added to the spent etching bath in order to obtain a regenerated bath in which the concentrations of HF, of HNO 3, and of dissolved titanium lie in respective predefined acceptable concentration ranges, and transferring said volume of regenerated solution into the machining vessel. a) transferring a portion of the spent etching bath, referred to as the "spent" solution, from the machining vessel into a reactor; b) adding a quantity of NaF and a quantity of NaNO 3 to the spent solution, and allowing it to react to form HF, HNO 3, and Na 2 TiF 6; c) settling to separate the resulting precipitate from the supernatant; d) transferring the supernatant, which is a regenerated solution, into a tank; e) measuring the concentrations of HF, of HNO 3, and of dissolved titanium in the tank and in the machining vessel; and f) determining the volume of regenerated solution that can be added to the spent etching bath in order to obtain a regenerated bath in which the concentrations of HF, of HNO 3, and of dissolved titanium lie in respective predefined acceptable concentration ranges, and transferring said volume of regenerated solution into the machining vessel.
An elevator doorframe assembly, comprising: a header; a first jamb member near a first end of the header; and a second jamb member near a second end of the header, the second jamb member comprising an enclosure for supporting elevator system electronics, the enclosure comprising a first sidewall, a second sidewall adjacent the first sidewall characterised in that it further comprises: a third sidewall that is obliquely oriented relative to the first sidewall when the enclosure is closed, wherein the first and second sidewalls (42, 44) are moveable relative to the third sidewall to provide a single access opening into the enclosure. a header; a first jamb member near a first end of the header; and a second jamb member near a second end of the header, the second jamb member comprising an enclosure for supporting elevator system electronics, the enclosure comprising a first sidewall, a second sidewall adjacent the first sidewall characterised in that it further comprises: a third sidewall that is obliquely oriented relative to the first sidewall when the enclosure is closed, wherein the first and second sidewalls (42, 44) are moveable relative to the third sidewall to provide a single access opening into the enclosure.
A heavy vehicle provided with a frame connected to a plurality of wheels carried in pairs by respective axles, and a suspension system connecting said axles to said frame, said suspension system comprising, for each side of said vehicle, a first upper and lower connection element and a second upper and lower connection element, each of said connection elements (6, 7) being connected at its ends respectively to one of said axles and to a stabiliser bar movably carried by said frame by means of respective movable connections (11, 12, 14, 15), characterized in that at least one movable connection comprises a ball joint carried by a support body movably carried by the respective axle of said vehicle by means of a hinge, the remaining movable connections (11, 14, 15) comprising hinges, said hinges allowing rotation of the respective ends of said connection elements (6, 7) around axes all parallel to one another.
A fire protection pane, in particular for a fire protection glazing for preventing fire and/or smoke from spreading from one room into another room in case of fire, consisting of a composite structure of at least two glass panes (2, 3) between which at least one layer (4, 6) of a fire protection material, which foams or increases otherwise in volume in case of fire, is arranged, characterized in that between the glass panes (2, 3) at least one flat thin film structural element that can be influenced with respect to the passage of light through the same one and that comprises at least one liquid crystal polymer or at least one liquid-crystalline polymer (so called liquid crystal polymer) and/or at least one flat thin film structural element (5, 7, 10) that can be incited or activated to emit light and that is designed as an organic light-emitting diode, a so called OLED (OLED: Organic Light Emitting Diode), is arranged and that at least one of the glass panes (2, 3) is formed by a composite structure of at least two glass panes (2, 2' or 3, 3'), wherein between the glass panes (2, 2' or 3, 3') of this composite structure at least one flat thin film structural element that can be influenced with respect to the passage of light through the same one and that comprises at least one liquid crystal polymer or at least one liquid-crystalline polymer (so called liquid crystal polymer) and/or at least one flat thin film structural element (5, 7, 10) that can be incited or activated to emit light and that is designed as an organic light-emitting diode, a so called OLED (OLED: Organic Light Emitting Diode) is arranged. at least one flat thin film structural element that can be influenced with respect to the passage of light through the same one and that comprises at least one liquid crystal polymer or at least one liquid-crystalline polymer (so called liquid crystal polymer) and/or at least one flat thin film structural element (5, 7, 10) that can be incited or activated to emit light and that is designed as an organic light-emitting diode, a so called OLED (OLED: Organic Light Emitting Diode), at least one flat thin film structural element that can be influenced with respect to the passage of light through the same one and that comprises at least one liquid crystal polymer or at least one liquid-crystalline polymer (so called liquid crystal polymer) and/or at least one flat thin film structural element (5, 7, 10) that can be incited or activated to emit light and that is designed as an organic light-emitting diode, a so called OLED (OLED: Organic Light Emitting Diode)
An artificial diuresis device that is wearable by a patient and comprises a reusable machine and a disposable unit; characterized in that said disposable unit is hermetically sealed and is completely pre-filled with a treatment liquid (Lt); wherein air is absent inside the disposable unit at the time of connection with the reusable machine, so as to allow for immediate use of the artificial diuresis device without carrying out operations to fill the disposable unit.
Flame-retardant article obtained by forming a polyamide composition comprising at least one flame retardant system comprising at least one phosphorus-containing flame retardant selected from the group consisting of phosphinic acids or salts thereof; said article comprising, at least over a portion of its surface, a coating produced by cold-plasma-enhanced chemical deposition having an inorganic structure of SiO 2 type, and/or an organic structure of siloxane and/or polysiloxane type, in which said composition comprises reinforcing fillers chosen from glass fibres, carbon fibres and organic fibres.
A process for painting a motor vehicle body, said body having surface defects, the process including at least the steps according to which there is applied to a vehicle body at least one base imparting the colour, then a varnish is applied including matting agents imparting a matt finish, and texturing agents, characterized in that a liquid varnish is used, including as texturing agents beads of polyamide which are solid, generating a relief to the surface of the paint film, creating the finish having a textured appearance which masks surface defects of said body.
Applicator for applying a product to the eyelashes and/or eyebrows, comprising bristles and teeth, the bristles and teeth being moulded to form a single part together and forming rings, each ring comprising bristles and teeth extending in the same plane perpendicular to an axis of the applicator, the rings being such that there are at least two consecutive rings having different numbers of bristles from each other or different numbers of teeth from each other, characterised in that the bristles and the teeth form straight rows parallel to the axis and in any two consecutive rings, the bristles extend in the same rows and the teeth extend in the same rows.