mhurhangee/ep-ind-claims huggingface dataset:
A method for collecting communication information, comprising: obtaining Dual Tone Multi Frequency, DTMF, signals; judging whether the DTMF signals match a preset command for collecting diagnostic information about voice quality, and collecting information according to the preset command if determining that the DTMF signals match the preset command, wherein the obtained DTMF signals are generated after a combination of keys is pressed on a user terminal or a test device and are generated only if the number of times of pressing the combination of keys is less than or equal to a threshold that is set to limit the number of times of pressing the combination of keys, and the DTMF signals corresponding to the combination of keys are mapped to the command for collecting diagnostic information about voice quality. obtaining Dual Tone Multi Frequency, DTMF, signals; judging whether the DTMF signals match a preset command for collecting diagnostic information about voice quality, and collecting information according to the preset command if determining that the DTMF signals match the preset command, wherein the obtained DTMF signals are generated after a combination of keys is pressed on a user terminal or a test device and are generated only if the number of times of pressing the combination of keys is less than or equal to a threshold that is set to limit the number of times of pressing the combination of keys, and the DTMF signals corresponding to the combination of keys are mapped to the command for collecting diagnostic information about voice quality.
Thermotropic ionic liquid crystal molecule corresponding to general formula wherein • E 1 and E 2, which may be identical or different, represent, independently of one another, a linear, saturated and unsubstituted C 10 to C 14 hydrocarbon-based radical, • A x- represents a sulfonate anion or a sulfonylimide anion of -SO 2 -N - -SO 2 C y F 2y+1 with y being an integer ranging from 0 to 2 and • C x+ represents a countercation of the anionic group -A x-, chosen from sodium, lithium and potassium ions. • E 1 and E 2, which may be identical or different, represent, independently of one another, a linear, saturated and unsubstituted C 10 to C 14 hydrocarbon-based radical, • A x- represents a sulfonate anion or a sulfonylimide anion of -SO 2 -N - -SO 2 C y F 2y+1 with y being an integer ranging from 0 to 2 and • C x+ represents a countercation of the anionic group -A x-, chosen from sodium, lithium and potassium ions.
Method of inspecting and sorting filled hard capsules sealed with a solvent sealing agent, including a process for determining the quality of the seal, said process comprising - supplying downstream from a hard capsule sealing equipment filled hard capsules sealed with a solvent sealing agent; - supplying a microwave resonator wherein a measuring field characterized by a resonance curve is generated; - directing each sealed capsule through the measuring field; - measuring characteristics (A, B) related to the modification of the resonance curve (C C) produced by the presence of the capsule in the measuring field, in comparison with a reference resonance curve (C E) corresponding to an empty state of the resonator; and - using the measured characteristics (A, B) to determine a solvent value (θ; A', B') associated with the quality of the seal - sorting capsules downstream from the resonator wherein a capsule is rejected for sealing defect if the solvent value associated with the quality of the seal (θ, A', B') is lower than a predetermined threshold solvent value (θ 0; A' 0, B' 0). - supplying downstream from a hard capsule sealing equipment filled hard capsules sealed with a solvent sealing agent; - supplying a microwave resonator wherein a measuring field characterized by a resonance curve is generated; - directing each sealed capsule through the measuring field; - measuring characteristics (A, B) related to the modification of the resonance curve (C C) produced by the presence of the capsule in the measuring field, in comparison with a reference resonance curve (C E) corresponding to an empty state of the resonator; and - using the measured characteristics (A, B) to determine a solvent value (θ; A', B') associated with the quality of the seal - sorting capsules downstream from the resonator wherein a capsule is rejected for sealing defect if the solvent value associated with the quality of the seal (θ, A', B') is lower than a predetermined threshold solvent value (θ 0; A' 0, B' 0).
A lighting lamp, extending along an axis and comprising a support structure and solid-state light sources supported by the support structure; the light sources comprising at least one LED source positioned on a top face, facing upwards in use in the environment to be illuminated, of a portion of a base body, which supports the light sources, of the support structure, and a plurality of OLED sources, projecting downwards, with reference to the normal position of use of the lamp in the environment to be illuminated, from the base body and arranged about the axis and angularly spaced apart from one another about the axis and at least partially facing one another to delimit a light mixing chamber; wherein the LED source and the OLED sources are supported by the support structure in such a way that at least one fraction of light from the LED source and/or from an optical element associated with the LED source strikes at least a part of an emissive surface of the OLED sources, so that the OLED sources also act as auxiliary optical elements for controlling the light emitted by the LED source.
An end effector assembly (200, 700, 710, 720) including a pair of opposing jaw members (210, 220), at least one of the jaw members comprising: an insulative housing (227, 316); a support base (230, 319) coupled to the insulative housing; an insulative plate (222, 322) coupled to the support base; and a sealing plate (315a, 315B) mounted to the insulative plate; characterized by: the insulative housing including a hard stop (225, 275) configured to primarily control a gap distance between the opposing jaw members; the insulative plate formed with a plurality of overmold teeth (235, 265, 285, 295, 297); and the sealing plate including a plurality of openings (237, 287) formed therein, wherein the plurality of overmold teeth extend through the corresponding plurality of openings on the sealing plate and are configured to assist in controlling the gap distance between opposing jaw members. an insulative housing (227, 316); a support base (230, 319) coupled to the insulative housing; an insulative plate (222, 322) coupled to the support base; and a sealing plate (315a, 315B) mounted to the insulative plate; characterized by: the insulative housing including a hard stop (225, 275) configured to primarily control a gap distance between the opposing jaw members; the insulative plate formed with a plurality of overmold teeth (235, 265, 285, 295, 297); and the sealing plate including a plurality of openings (237, 287) formed therein, wherein the plurality of overmold teeth extend through the corresponding plurality of openings on the sealing plate and are configured to assist in controlling the gap distance between opposing jaw members. the insulative housing including a hard stop (225, 275) configured to primarily control a gap distance between the opposing jaw members; the insulative plate formed with a plurality of overmold teeth (235, 265, 285, 295, 297); and the sealing plate including a plurality of openings (237, 287) formed therein, wherein the plurality of overmold teeth extend through the corresponding plurality of openings on the sealing plate and are configured to assist in controlling the gap distance between opposing jaw members.
A telemonitoring control unit for cooling towers comprising: - a container; - autonomous power-supply means; - a battery accumulator connected to said autonomous power-supply means; - at least one cable gland on a side surface of said container so as to enable passage of at least one electric-power cable, ensuring sealing of the container; - at least one sensor connected to said electric-power cable outside the container; - wireless-communication means; - interface means for adaptation of the signal coming from said sensor; and - means for control and management of at least one interface card and at least said wireless-communication means; characterised in that: - the data detected by said sensors are being processed and transferred by means of said wireless-communication means; - a lateral surface portion is removed from said container and is replaced by a glazed surface (2.1), which replaces said lateral surface portion and is designed to guarantee sealing of said container; and - said autonomous power-supply means is based upon photovoltaic technology, is internal to said container and is set underneath said glazed surface (2.1) facing it. - a container; - autonomous power-supply means; - a battery accumulator connected to said autonomous power-supply means; - at least one cable gland on a side surface of said container so as to enable passage of at least one electric-power cable, ensuring sealing of the container; - at least one sensor connected to said electric-power cable outside the container; - wireless-communication means; - interface means for adaptation of the signal coming from said sensor; and - means for control and management of at least one interface card and at least said wireless-communication means; characterised in that: - the data detected by said sensors are being processed and transferred by means of said wireless-communication means; - a lateral surface portion is removed from said container and is replaced by a glazed surface (2.1), which replaces said lateral surface portion and is designed to guarantee sealing of said container; and - said autonomous power-supply means is based upon photovoltaic technology, is internal to said container and is set underneath said glazed surface (2.1) facing it. - the data detected by said sensors are being processed and transferred by means of said wireless-communication means; - a lateral surface portion is removed from said container and is replaced by a glazed surface (2.1), which replaces said lateral surface portion and is designed to guarantee sealing of said container; and - said autonomous power-supply means is based upon photovoltaic technology, is internal to said container and is set underneath said glazed surface (2.1) facing it.
A recombinant cell for use in producing a fatty alcohol comprising (i) a gene encoding an acyl-CoA synthase (fadD), (ii) a gene encoding an acyl-CoA reductase, and (iii) a gene encoding a thioesterase, wherein said genes are over-expressed.
A radar device for providing data related to atmospheric conditions comprising a transceiver with a single input/output port, the transceiver arranged to generate a frequency modulated continuous radar wave signal and direct it via the single input/output port to a first switch, the first switch arranged to direct the signal to a transmission branch including a first antenna for transmission thereof, the radar device further comprising a receiving branch, separate from the transmission branch, arranged to direct received reflected radar waves and direct them as signals to the single input/output port of the transceiver via the first switch, wherein the first switch is arranged to isolate the transmission branch from the receiving branch.
A method for adjusting a wake-up period of a terminal, comprising: determining whether a network side device retransmits a paging message in a location area in which a terminal lies; and if a paging message is retransmitted, acquiring a time interval at which the paging message is retransmitted and the number R of times that the paging message is retransmitted, waiting a preset time; if no interruption event occurs in the preset time, after the wait is over, adjusting a wake-up period of the terminal to a value equal to N times the time interval at which the paging message is retransmitted, wherein N is an integer and 2 ≤ N ≤ R; if an interruption event occurs in the preset time, from the time when the interruption event occurs, waiting the preset time again, adjusting the wake-up period of the terminal to a value equal to N times the time interval at which the paging message is retransmitted, wherein N is an integer and 2 ≤ N ≤ R; wherein the interruption event is an event that demands configuration of a physical layer on the terminal and the wake-up period of the terminal is stored in the physical layer. determining whether a network side device retransmits a paging message in a location area in which a terminal lies; and if a paging message is retransmitted, acquiring a time interval at which the paging message is retransmitted and the number R of times that the paging message is retransmitted, waiting a preset time; if no interruption event occurs in the preset time, after the wait is over, adjusting a wake-up period of the terminal to a value equal to N times the time interval at which the paging message is retransmitted, wherein N is an integer and 2 ≤ N ≤ R; if an interruption event occurs in the preset time, from the time when the interruption event occurs, waiting the preset time again, adjusting the wake-up period of the terminal to a value equal to N times the time interval at which the paging message is retransmitted, wherein N is an integer and 2 ≤ N ≤ R; wherein the interruption event is an event that demands configuration of a physical layer on the terminal and the wake-up period of the terminal is stored in the physical layer.
A method, comprising: deriving multiple resolutions of video frames of a video sequence, wherein the video sequence includes a moving visual object; tracking a movement of the visual object in a lower resolution of the multiple resolutions; tracking the movement of the visual object in a higher resolution of the multiple resolutions, wherein a current position of the visual object output from the tracking in the lower resolution is used as input for the tracking in the higher resolution; and in a hierarchy of the multiple resolutions, propagating the output of tracking each lower layer of resolution to initiate the tracking of each immediately higher layer of resolution; characterized in that a particle filter (226, 304) is used for tracking in a lower resolution and a mean shift filter tracker (232, 306) is used for tracking in a higher resolution. deriving multiple resolutions of video frames of a video sequence, wherein the video sequence includes a moving visual object; tracking a movement of the visual object in a lower resolution of the multiple resolutions; tracking the movement of the visual object in a higher resolution of the multiple resolutions, wherein a current position of the visual object output from the tracking in the lower resolution is used as input for the tracking in the higher resolution; and in a hierarchy of the multiple resolutions, propagating the output of tracking each lower layer of resolution to initiate the tracking of each immediately higher layer of resolution; characterized in that a particle filter (226, 304) is used for tracking in a lower resolution and a mean shift filter tracker (232, 306) is used for tracking in a higher resolution.
A method for reducing phosphorus in effluent or filtrate from a chemical pulping process which comprises at least one stage in which conditions are acidic, characterized in that the method comprises the steps of: a) obtaining a first portion of an effluent or filtrate from a stage in which conditions are acidic, wherein the effluent or filtrate is an aqueous liquid that contains phosphorus; b) obtaining a second portion of an effluent or filtrate from the same or different stage in which conditions are acidic, wherein the first portion of the effluent or filtrate has a higher content or concentration of phosphorus than the second portion; c) adjusting pH of the first portion of the effluent or filtrate to alkaline with an alkaline agent; d) allowing phosphorus in the first portion of the effluent or filtrate to be precipitated in form of a phosphate salt; e) separating the precipitate from the first portion of effluent or filtrate by filtration to produce purified effluent or filtrate; and f) combining the purified effluent or filtrate with the second portion of the effluent or filtrate; wherein the effluent or filtrate is an acidic bleaching filtrate or an acidic bleaching effluent, and the method further comprises the step h) of conveying the combination of the purified effluent or filtrate and the second portion of the effluent or filtrate obtainable from step f) to waste water treatment or discharge. a) obtaining a first portion of an effluent or filtrate from a stage in which conditions are acidic, wherein the effluent or filtrate is an aqueous liquid that contains phosphorus; b) obtaining a second portion of an effluent or filtrate from the same or different stage in which conditions are acidic, wherein the first portion of the effluent or filtrate has a higher content or concentration of phosphorus than the second portion; c) adjusting pH of the first portion of the effluent or filtrate to alkaline with an alkaline agent; d) allowing phosphorus in the first portion of the effluent or filtrate to be precipitated in form of a phosphate salt; e) separating the precipitate from the first portion of effluent or filtrate by filtration to produce purified effluent or filtrate; and f) combining the purified effluent or filtrate with the second portion of the effluent or filtrate; wherein
Hygiene product, in particular a menstrual cup, with a cup body which has a cup wall which, with an inner surface, defines a receiving space, the cup body having, at a first end, an opening which opens into the receiving space and has an edge and, at a second end, a bottom opposite the opening, and the cup body having a generally conical shape, tapering towards the bottom, and ending in a tip, characterised in that the cup body is rotationally asymmetrical and a central axis of the cup body is curved.
A demulsifying composition comprising: (a) an anionic surfactant selected from the group consisting of alkylsulfosuccinates, alkyl phosphate esters, alkylphosphonic acids, salts thereof, and combinations thereof; (b) a nonionic surfactant selected from the group consisting of ethylene oxide/propylene oxide copolymers, ethoxylated fatty acid esters of polyethylene glycol, terpene alkoxylates, alcohol ethoxylates, modified alkanomides, and combinations thereof; and (c) a solvent base composition comprising a blend of dibasic esters: wherein the blend comprises: either a diester of the formula a diester of formula and a diester of formula wherein R is methyl, ethyl, propyl, isopropyl, butyl, isobutyl, n-butyl or isoamyl; or a diester of the formula a diester of the formula and a diester of the formula wherein R is methyl, ethyl, propyl, isopropyl, butyl, isobutyl, n-butyl or isoamyl. (a) an anionic surfactant selected from the group consisting of alkylsulfosuccinates, alkyl phosphate esters, alkylphosphonic acids, salts thereof, and combinations thereof; (b) a nonionic surfactant selected from the group consisting of ethylene oxide/propylene oxide copolymers, ethoxylated fatty acid esters of polyethylene glycol, terpene alkoxylates, alcohol ethoxylates, modified alkanomides, and combinations thereof; and (c) a solvent base composition comprising a blend of dibasic esters: wherein the blend comprises: either
An elongated frame element extending in a first direction and for mounting along at least a part of the edge of a substantially plane wall unit, wherein said frame element is a U-shaped profile having two legs (111,112), where the U-shaped profile is adapted to receive a wall unit in a groove between the legs (111,112) of the U-shaped profile, said elongated frame element comprises at least two interconnected elongated profile elements; - a first base element constituting the main part of said U-profile by comprising one leg and the bottom part of the U-shape, the first base element further having a part of the second leg of the U-shape, and - further having a second attachable plate element constituting at least a part of the second leg of said U-profile, and - wherein said elongated profile elements (110,120) comprise mutual engagement means enabling the second attachable plate element to be connected to a surface of the first base element, thereby completing the partial U-shape of the first base element, such that a complete U-shape is formed, characterised in that the second attachable plate element is locked to said first base element by displacing said second attachable plate element along said surface of said first base element. - a first base element constituting the main part of said U-profile by comprising one leg and the bottom part of the U-shape, the first base element further having a part of the second leg of the U-shape, and - further having a second attachable plate element constituting at least a part of the second leg of said U-profile, and - wherein said elongated profile elements (110,120) comprise mutual engagement means enabling the second attachable plate element to be connected to a surface of the first base element, thereby completing the partial U-shape of the first base element, such that a complete U-shape is formed, characterised in that the second attachable plate element is locked to said first base element by displacing said second attachable plate element along said surface of said first base element.
A method of reporting channel state information, CSI, by a user equipment (10, 20), UE, in a wireless communication system, the method comprising: receiving an aperiodic CSI request from a base station, BS; determining a CSI reference resource related to the aperiodic CSI request; and transmitting, to the BS, a CSI report based on the CSI reference resource, characterized in that, a processing time of the UE (10, 20) is related to at least one of a time length regarding a uplink, UL, grant-to-UL data transmission or a time length regarding downlink, DL, data reception-to-hybrid automatic repeat request, HARQ, feedback, if a shortened processing time is not configured the processing time is configured to 4-subframe, and if the shortened processing time is configured the processing time is configured to 3-subframe, and in determining the CSI reference resource, the UE (10, 20) determines a minimum time interval between the CSI reference resource and a time resource where the CSI report is transmitted, based on whether or not the UE (10, 20) is configured with the shortened processing time. receiving an aperiodic CSI request from a base station, BS; determining a CSI reference resource related to the aperiodic CSI request; and transmitting, to the BS, a CSI report based on the CSI reference resource, a processing time of the UE (10, 20) is related to at least one of a time length regarding a uplink, UL, grant-to-UL data transmission or a time length regarding downlink, DL, data reception-to-hybrid automatic repeat request, HARQ, feedback, if a shortened processing time is not configured the processing time is configured to 4-subframe, and if the shortened processing time is configured the processing time is configured to 3-subframe, and in determining the CSI reference resource, the UE (10, 20) determines a minimum time interval between the CSI reference resource and a time resource where the CSI report is transmitted, based on whether or not the UE (10, 20) is configured with the shortened processing time.
An attenuated Pepino mosaic virus comprising a nucleic acid molecule at least 80% identical to SEQ ID NO:1 and wherein the nucleic acid sequence encodes arginine at position 868 of SEQ ID NO:2, phenylalanine at position 956 of SEQ ID NO:2, phenylalanine at the position corresponding to 1052 of SEQ ID NO:2, and asparagine at position 1325 of SEQ ID NO:2.