mhurhangee/ep-ind-claims huggingface dataset:
An image quantization parameter decoding method for decoding a quantization parameter for a video decoding process that is based on context-based adaptive binary arithmetic coding, the image quantization parameter decoding method comprising: generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a bin string comprising i) a first bin indicating whether or not a delta quantization parameter is significant, ii) other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, and iii) a sign bin, which is subsequent to the other bins, indicating whether the delta quantization parameter is positive or negative; generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using context(s) for the first bin and the other bins, and using no context for the sign bin, wherein in the case where a value of the first bin is zero, the delta quantization parameter is not significant, and in the case where the value of the first bin is one, the delta quantization parameter is significant. generating a predicted quantization parameter from a past reconstructed quantization parameter; binary-arithmetic-decoding a bin string comprising i) a first bin indicating whether or not a delta quantization parameter is significant, ii) other bins, which are subsequent to the first bin, indicating an absolute value of the delta quantization parameter, and iii) a sign bin, which is subsequent to the other bins, indicating whether the delta quantization parameter is positive or negative; generating the delta quantization parameter by de-binarizing the binary-arithmetic-decoded bin string; and generating a re-constructed quantization parameter by adding a predicted quantization parameter to the delta quantization parameter, wherein the binary-arithmetic-decoding is performed using context(s) for the first bin and the other bins, and using no context for the sign bin, wherein in the case where a value of the first bin is zero, the delta quantization parameter is not significant, and in the case where the value of the first bin is one, the delta quantization parameter is significant.
A device for testing membranes, comprising an upper die and a lower die between which a membrane [sic;] to be tested is accommodated, wherein a flow field (2, 2', 3, 3') is respectively associated with the dies, via which the membrane is acted on in each case by a test medium, and wherein the circumferential outer ring seals (8, 8') that enclose the respective flow fields (2, 2', 3, 3') are associated with the dies, and contact the membrane and enclose a space between the flow fields (2, 2', 3, 3') and the membrane, wherein the dies within their outer ring seals (8, 8') each have ring-shaped barrier medium channels (10, 10') that enclose the flow fields (2, 2', 3, 3'), wherein the device includes means so that the barrier medium channels for forming a media seal in each case may be flushed with an inert barrier medium to prevent the test media from escaping, and a further ring-shaped collecting channel (9, 9') that encloses the flow fields (2, 2', 3, 3') is situated within the media seals of the two dies for suctioning out leaked medium, and a second circumferential inner ring seal (7, 7') is associated with each of the two dies, between the barrier medium channel (10, 10') and the collecting channel (9, 9').
A method performed by a first network node for enabling resetting of network resources in a 3 rd Generation Wireless Mobile Communication Technology, 3G, network, wherein said method comprises the step of: providing at least one pair of information elements, each pair defining a respective range of identifiers within a list of identifiers, wherein each identifier within each range of identifiers is associated with a respective network resource to be reset, and wherein said information elements correspond to standardized Information Elements, IEs, provided in a Radio Access Network Application Part, RANAP, message RESET RESOURCE within a RANAP Reset Resource procedure.
Lamp comprising: - a fitting portion configured for being connected to an external source of electric power; - a control module mounted on the fitting portion and configured for receiving electric power from said fitting portion; and - a lighting portion mounted on the control module and electrically connected to said control module in such a way as to be able to provide a luminous emission; said lighting portion comprising a hollow body made of transparent or semi-transparent material; said lighting portion comprising an intermediate element carried by said hollow body and having a plurality of light sources (26a, 26b), in particular a plurality of LEDs; said hollow body has an axial pass-through cavity at least partly facing towards said intermediate element, wherein said hollow body comprises a pair of half-shells (22a, 22b) that can be coupled together in the axial direction, said lamp being characterized in that said intermediate element is arranged and held in a substantially "sandwich" fashion between said half-shells (22a, 22b), in particular at internal edges (27a, 27b) of the latter. - a fitting portion configured for being connected to an external source of electric power; - a control module mounted on the fitting portion and configured for receiving electric power from said fitting portion; and - a lighting portion mounted on the control module and electrically connected to said control module in such a way as to be able to provide a luminous emission; said lighting portion comprising a hollow body made of transparent or semi-transparent material;
A method for detecting the dismounting of a tyre monitoring module, installed in a vehicle tyre, for monitoring tyre pressure, which module has a force sensor and contains tyre-specific data and can transmit this and also details relating to the tyre pressure to an electronic computing unit provided in the vehicle, wherein an appreciable pressure drop in the tyre is considered to be an indication of a possible dismounting of the tyre module, characterised in that, following an appreciable pressure drop, the signals of the force sensor are monitored with regard to periodicity, and in that, if periodicity cannot be detected, a dismounting of the tyre module is inferred and the tyre-specific data are no longer made available.
An agent for use in treating, preventing, or ameliorating a psychiatric or neurological disorder or symptom, comprising any of the following to as an active ingredient, wherein the psychiatric or neurological disorder or symptom is a disorder or symptom selected from: anxiety disorder without co-occurring substance use disorder or anxiety symptom without co-occurring substance use disorder; and depressive disorder or depressive symptom, the depressive symptom being selected from mood disorders such as feelings of depression, sadness and loneliness, reduced motivation, retarded thinking, pessimistic thinking, sleep disorders, reduced appetite, depressive symptoms observed in bipolar disorders, and depressive symptoms observed in post-traumatic stress disorder: disulfiram; a metal complex of diethyldithiocarbamate; a disulfide represented by Formula 1 below: wherein a moiety beyond the wavy line is glutathione or thioredoxin; a pharmaceutically acceptable salt of,, or; and a solvate of,,, or. disulfiram; a metal complex of diethyldithiocarbamate; a disulfide represented by Formula 1 below: wherein a moiety beyond the wavy line is glutathione or thioredoxin; a pharmaceutically acceptable salt of,, or; and a solvate of,,, or.
A composite laminate comprising at least one moisture vapor permeable nonwoven sheet comprising plexifilamentary polyolefin fibers and having first and second surfaces, and a fluorinated polymeric coating on the first surface of the sheet wherein (i) the fluorinated polymeric coating is selected from fluoroalkyl acrylate homopolymers, fluoroalkyl acrylate copolymers, fluorinated siloxanes, fluorinated silicones, fluorinated urethanes, and mixtures thereof, and the fluoropolymer comprises fluorinated side-chains having six or fewer contiguous fluorine-bearing carbon atoms, (ii) the fluorinated polymeric coating is present in an amount such that the total fluorine content of the coated non-woven sheet is from 0.05 gsm to no greater than 0.4 gsm, wherein the fluorine content is measured by inductively coupled plasma atomic emission spectroscopy described herein, and (iii) the composite laminate, after exposure to wet timber, exhibits a retained hydrohead of at least 60 percent when tested according to Test Method A, described herein. (i) the fluorinated polymeric coating is selected from fluoroalkyl acrylate homopolymers, fluoroalkyl acrylate copolymers, fluorinated siloxanes, fluorinated silicones, fluorinated urethanes, and mixtures thereof, and the fluoropolymer comprises fluorinated side-chains having six or fewer contiguous fluorine-bearing carbon atoms, (ii) the fluorinated polymeric coating is present in an amount such that the total fluorine content of the coated non-woven sheet is from 0.05 gsm to no greater than 0.4 gsm, wherein the fluorine content is measured by inductively coupled plasma atomic emission spectroscopy described herein, and (iii) the composite laminate, after exposure to wet timber, exhibits a retained hydrohead of at least 60 percent when tested according to Test Method A, described herein.
An antenna arrangement for radio communication in a first radio communication band and for communication in a second radio communication band, being different frequency bands, comprising: a multiple-resonance antenna element having a feed for connection to radio frequency circuitry; and an antenna load connected to the feed of the antenna element as a shunt network comprising a plurality of reactive components including a first reactive component that controls the impedance of the antenna load for the first radio communication band and a second reactive component, separate from the first reactive component, that controls the impedance of the antenna load for the second radio communication band wherein the plurality of reactive components of the antenna load are configured to provide an impedance of the antenna load that changes between being inductive at a first frequency in the first radio communication band to being capacitive at a second frequency in the first radio communication band and that changes between being inductive at a third frequency in the second radio communication band to being capacitive at a fourth frequency in the second radio communication band, and wherein the plurality of reactive components of the antenna load comprise a first resonant circuit and a second resonant circuit and the first reactive component controls the resonant frequency of the first resonant circuit and the second reactive component controls the resonant frequency of the second resonant circuit. a multiple-resonance antenna element having a feed for connection to radio frequency circuitry; and an antenna load connected to the feed of the antenna element as a shunt network comprising a plurality of reactive components including a first reactive component that controls the impedance of the antenna load for the first radio communication band and a second reactive component, separate from the first reactive component, that controls the impedance of the antenna load for the second radio communication band wherein the plurality of reactive components of the antenna load are configured to provide an impedance of the antenna load that changes between being inductive at a first frequency in the first radio communication band to being capacitive at a second frequency in the first radio communication band and that changes between being inductive at a third frequency in the second radio communication band to being capacitive at a fourth frequency in the second radio communication band, and wherein the plurality of reactive components of the antenna load comprise a first resonant circuit and a second resonant circuit and the first reactive component controls the resonant frequency of the first resonant circuit and the second reactive component controls the resonant frequency of the second resonant circuit.
A method for producing 2,3,3,3-tetrafluoropropene (HFO-1234yf), comprising reacting at least one chlorine-containing starting compound of the formula or CX 2 Y-CHCl-CH 2 Z and CX 2 Y-CCl=CZ 2, wherein X, Y and Z each independently are H, F or Cl, with a fluorinating agent, wherein - the molar ratio of the chlorine-containing starting compound newly supplied to a reactor inlet is < 1.2 relative to the molar amount of 2-chloro-3,3,3-trifluoropropene (HCFO-1233xf) in components obtained from a reactor outlet, - the pressure in the reaction step is 0-0.3 MPa, and - the concentration of HCl contained in the components obtained from the reactor outlet in the reaction step is ≤ 10 mol% relative to the total amount of components obtained from the reactor outlet. - the molar ratio of the chlorine-containing starting compound newly supplied to a reactor inlet is < 1.2 relative to the molar amount of 2-chloro-3,3,3-trifluoropropene (HCFO-1233xf) in components obtained from a reactor outlet, - the pressure in the reaction step is 0-0.3 MPa, and - the concentration of HCl contained in the components obtained from the reactor outlet in the reaction step is ≤ 10 mol% relative to the total amount of components obtained from the reactor outlet.
A computer-implemented method, comprising: at a device with a display: displaying, on the display, a first current media interface for the device, wherein the first current media interface includes: a representation of a first media item available for playback on the device, and a playback device selection affordance; receiving a first user input representing selection of the playback device selection affordance; in response to receiving the first user input, displaying, on the display: a plurality of affordances each representing a media session including playback of a respective media item; while displaying the plurality of affordances, receiving a second user input representing selection of a single affordance of the plurality of affordances; and in response to receiving the second user input, configuring the device to initiate playback of the respective media item of the media session represented by the single affordance on a plurality of playback devices included in the media session represented by the single affordance, wherein configuring the device to initiate playback on the plurality of playback devices comprises transmitting an instruction to the playback devices to initiate playback. displaying, on the display, a first current media interface for the device, wherein the first current media interface includes: a representation of a first media item available for playback on the device, and a playback device selection affordance; a representation of a first media item available for playback on the device, and a playback device selection affordance; receiving a first user input representing selection of the playback device selection affordance; in response to receiving the first user input, displaying, on the display: a plurality of affordances each representing a media session including playback of a respective media item; while displaying the plurality of affordances, receiving a second user input representing selection of a single affordance of the plurality of affordances; and in response to receiving the second user input, configuring the device to initiate playback of the respective media item of the media session represented by the single affordance on a plurality of playback devices included in the media session represented by the single affordance, wherein configuring the device to initiate playback on the plurality of playback devices comprises transmitting an instruction to the playback devices to initiate playback.
A molded breakseal (110, 310) comprising: an outer rim portion (112, 312) and a central seal portion (114, 314), both concentric about a central axis (116, 316), said outer rim portion defining an outer edge (118, 318); an inner circular rib (122, 322) disposed at a junction between said outer rim portion and said central seal portion, said inner circular rib extending from a non-wetted face (124, 324) of said breakseal in a first direction (126, 326) parallel to said central axis; an outer circular rib (142, 342) disposed at said outer rim portion and extending from said non-wetted face of said breakseal in said first direction parallel to said central axis, and a plurality of score grooves (138, 338) formed on said central seal portion, characterised in that said inner circular rib (122, 322), said outer circular rib (142, 342), and said outer rim portion (112, 312) cooperate to define a channel (152, 352). an outer rim portion (112, 312) and a central seal portion (114, 314), both concentric about a central axis (116, 316), said outer rim portion defining an outer edge (118, 318); an inner circular rib (122, 322) disposed at a junction between said outer rim portion and said central seal portion, said inner circular rib extending from a non-wetted face (124, 324) of said breakseal in a first direction (126, 326) parallel to said central axis; an outer circular rib (142, 342) disposed at said outer rim portion and extending from said non-wetted face of said breakseal in said first direction parallel to said central axis, and a plurality of score grooves (138, 338) formed on said central seal portion, characterised in that said inner circular rib (122, 322), said outer circular rib (142, 342), and said outer rim portion (112, 312) cooperate to define a channel (152, 352).
An article of manufacture comprising: a hollow prism of elastomeric material in the form of a tube, said prism having first and second ends, the article further comprising a permanent magnet prism, wherein said second end of said elastomeric material prism is open, characterised in that said magnet prism is located within said first end of said elastomeric material prism, within the hollow interior of said tube and engaged by the interior wall thereof.
An implantable blood pump assembly, comprising: an implantable blood pump configured to supplement or replace the pumping function of a heart; and an implantable control unit communicatively coupled with the blood pump and storing patient specific settings on which control of the implantable blood pump is based; and a non-implantable external control unit configured to control operation of the implantable blood pump based on the patient specific settings communicated to the external control unit by the implantable control unit. an implantable blood pump configured to supplement or replace the pumping function of a heart; and an implantable control unit communicatively coupled with the blood pump and storing patient specific settings on which control of the implantable blood pump is based; and a non-implantable external control unit configured to control operation of the implantable blood pump based on the patient specific settings communicated to the external control unit by the implantable control unit.
A method comprising: receiving (505, 510), by use of a processor, a Galois field and a resource allocation for transmission of data from user equipment; encoding a first set of k data packets from a first data ensemble into a first random linear network coded (RLNC) packet as a function of the Galois field, wherein the first RLNC packet comprises an ensemble number that identifies the first data ensemble, an encoding vector, and a sequence of RLNC sub-packets; generating a first protocol data unit that comprises a number of RLNC sub-packets of the first RLNC packet such that a size of the first PDU does not exceed the resource allocation; and transmitting the PDU, wherein the first PDU includes a plurality of RLNC sub-packets from a plurality of different RLNC packets. receiving (505, 510), by use of a processor, a Galois field and a resource allocation for transmission of data from user equipment; encoding a first set of k data packets from a first data ensemble into a first random linear network coded (RLNC) packet as a function of the Galois field, wherein the first RLNC packet comprises an ensemble number that identifies the first data ensemble, an encoding vector, and a sequence of RLNC sub-packets; generating a first protocol data unit that comprises a number of RLNC sub-packets of the first RLNC packet such that a size of the first PDU does not exceed the resource allocation; and transmitting the PDU, wherein the first PDU includes a plurality of RLNC sub-packets from a plurality of different RLNC packets.
A fiber-optic sensor for measuring a physical quantity, comprising at least: • a measurement optical fiber having at least one amplifying medium and a Bragg grating; • optical pumping means for pumping said amplifying medium to ensure population inversion of said medium; • the optical fiber is a birefringent polarization-maintaining fiber, having two eigenaxes having respective refractive indices n e and n o; characterized in that: • the sensor includes means for emitting an optical wave, called a probe wave, said wave creating, by interference with itself after reflection on the Bragg grating, a dynamic gain grating generating two optical waves (1', 2') having different optical frequencies, the two optical frequencies depending on the physical quantity; and • the sensor includes means for analyzing the frequency difference between the two optical waves. • a measurement optical fiber having at least one amplifying medium and a Bragg grating; • optical pumping means for pumping said amplifying medium to ensure population inversion of said medium; • the optical fiber is a birefringent polarization-maintaining fiber, having two eigenaxes having respective refractive indices n e and n o; characterized in that: • the sensor includes means for emitting an optical wave, called a probe wave, said wave creating, by interference with itself after reflection on the Bragg grating, a dynamic gain grating generating two optical waves (1', 2') having different optical frequencies, the two optical frequencies depending on the physical quantity; and • the sensor includes means for analyzing the frequency difference between the two optical waves.
A method of dispensing dunnage, comprising the steps of: determining a void volume in a container; if the void volume is less than a predetermined value, dispensing dunnage at a first speed; and if the void volume is greater than the predetermined value, dispensing dunnage at a second speed that is different from the first speed. determining a void volume in a container; if the void volume is less than a predetermined value, dispensing dunnage at a first speed; and if the void volume is greater than the predetermined value, dispensing dunnage at a second speed that is different from the first speed.