mhurhangee/patent-ind-claim-en huggingface dataset:
A method of providing real time audio in a multi-point videoconferencing system comprising at least two videoconferencing endpoints (lOla, 101b, 101c) in communication with a multipoint control unit, MCU, , wherein the method comprising - capturing one or more input lossless digital audio streams by each of the at least two videoconferencing endpoints (101a, lOlb, lOlc); - transmitting the one or more input lossless digital audio streams from each of the at least two videoconferencing endpoints (lOla, 101b, 101c) to the MCU using a frame size in the range 0.25 ms - 3 ms; - mixing, by the MCU , the one or more input lossless digital audio streams from each of the at least two videoconferencing endpoints (lOla, 101b, 101c) into a plurality of output lossless digital audio streams ; - transmitting, by the MCU , a different one of the plurality of output lossless digital audio streams to each of the at least two videoconferencing endpoints (lOla, 101b, 101c) using a frame size in the range 0.25 ms - 3 ms; and - playback the plurality of output lossless digital audio streams by each of the at least two videoconferencing endpoints (lOla, lOlb, lOlc). - capturing one or more input lossless digital audio streams by each of the at least two videoconferencing endpoints (101a, lOlb, lOlc); - transmitting the one or more input lossless digital audio streams from each of the at least two videoconferencing endpoints (lOla, 101b, 101c) to the MCU using a frame size in the range 0.25 ms - 3 ms; - mixing, by the MCU , the one or more input lossless digital audio streams from each of the at least two videoconferencing endpoints (lOla, 101b, 101c) into a plurality of output lossless digital audio streams ; - transmitting, by the MCU , a different one of the plurality of output lossless digital audio streams to each of the at least two videoconferencing endpoints (lOla, 101b, 101c) using a frame size in the range 0.25 ms - 3 ms; and - playback the plurality of output lossless digital audio streams by each of the at least two videoconferencing endpoints (lOla, lOlb, lOlc).
A method of defoaming lubricating oil characterised in that it includes a step of applying a defoaming agent composition in gel form, of number 1 NLGI grade or harder, to the inside wall of a container for lubricating oil and characterised in that this step is a step in which said defoaming agent composition is applied to the inside wall face at or above the oil surface of the lubricating oil; wherein the defoaming agent composition is a grease whose base oil is a fluorine oil; and the thickener of said grease is tricalcium phosphate.
A fluid ejection die comprising: an array of nozzles , each respective nozzle of the array including a respective fluid ejector to eject fluid; at least one die sensor to sense a die characteristic associated with the fluid ejection die ; signal control logic to suppress transmission of a first set of signals for the fluid ejection die during sensing of die characteristics with the at least one die sensor ; characterised in that the first set of signals include array ejection data corresponding to each respective nozzle of the array and an ejection clock; an array shift register coupled to the array of nozzles , the array shift register to receive the first set of signals and to generate ejection pulses for the respective fluid ejectors of the array of nozzles based on the first set of signals; and ejection data logic to generate the array ejection data, wherein the signal control logic comprises: a control latch coupled to the ejection data logic to detect transmission of the array ejection data, and a control gate coupled between the control latch and the array shift register to pass the ejection clock to the array shift register responsive to detection of transmission of the array ejection data. an array of nozzles , each respective nozzle of the array including a respective fluid ejector to eject fluid; at least one die sensor to sense a die characteristic associated with the fluid ejection die ; signal control logic to suppress transmission of a first set of signals for the fluid ejection die during sensing of die characteristics with the at least one die sensor ; characterised in that the first set of signals include array ejection data corresponding to each respective nozzle of the array and an ejection clock; an array shift register coupled to the array of nozzles , the array shift register to receive the first set of signals and to generate ejection pulses for the respective fluid ejectors of the array of nozzles based on the first set of signals; and ejection data logic to generate the array ejection data, wherein the signal control logic comprises: a control latch coupled to the ejection data logic to detect transmission of the array ejection data, and a control gate coupled between the control latch and the array shift register to pass the ejection clock to the array shift register responsive to detection of transmission of the array ejection data. a control latch coupled to the ejection data logic to detect transmission of the array ejection data, and a control gate coupled between the control latch and the array shift register to pass the ejection clock to the array shift register responsive to detection of transmission of the array ejection data.
A trampoline system comprising: two or more adjacent trampoline jumping surfaces with each trampoline jumping surface comprising at least one surface edge that faces a corresponding surface edge of an adjacent trampoline jumping surface ; a trampoline support structure comprising one or more vertically-extending frame members , each of said one or more vertically-extending frame members extending (i) between said at least one surface edge and said corresponding surface edge , and (ii) a distance (d fm ) above upper surfaces of said two or more adjacent trampoline jumping surfaces ; and one or more platforms supported by said one or more vertically-extending frame members , each platform having an upper platform surface and a lower platform surface , said lower platform surface being positioned at least a minimum distance (d min ) above upper surfaces of said two or more adjacent trampoline jumping surfaces , wherein at least a portion of each of said one or more platforms extends over the one or more vertically-extending frame members , over at least some springs used to fasten said two or more adjacent trampoline jumping surfaces to the trampoline support structure , and over a portion of the jumping surface . two or more adjacent trampoline jumping surfaces with each trampoline jumping surface comprising at least one surface edge that faces a corresponding surface edge of an adjacent trampoline jumping surface ; a trampoline support structure comprising one or more vertically-extending frame members , each of said one or more vertically-extending frame members extending (i) between said at least one surface edge and said corresponding surface edge , and (ii) a distance (d fm ) above upper surfaces of said two or more adjacent trampoline jumping surfaces ; and one or more platforms supported by said one or more vertically-extending frame members , each platform having an upper platform surface and a lower platform surface , said lower platform surface being positioned at least a minimum distance (d min ) above upper surfaces of said two or more adjacent trampoline jumping surfaces ,
A system for augmented reality viewing, the system comprising: a memory associated with a computing device , the memory including an augmented reality session component ; and a processor that executes the augmented reality session component to: generate a unique code corresponding to a user device ; broadcast information corresponding to the unique code from the user device , the information configured to be received by an augmented reality device ; display the unique code on the user device ; and activate a camera of the augmented reality device upon receiving the information broadcast from the user device , the camera configured to scan for the unique code; join the user device to an augmented reality session of the augmented reality device in response to the camera scanning the unique code displayed on the user device , by transmitting identification information from the augmented reality device to the user device based on the unique code. a memory associated with a computing device , the memory including an augmented reality session component ; and a processor that executes the augmented reality session component to: generate a unique code corresponding to a user device ; broadcast information corresponding to the unique code from the user device , the information configured to be received by an augmented reality device ; display the unique code on the user device ; and activate a camera of the augmented reality device upon receiving the information broadcast from the user device , the camera configured to scan for the unique code; join the user device to an augmented reality session of the augmented reality device in response to the camera scanning the unique code displayed on the user device , by transmitting identification information from the augmented reality device to the user device based on the unique code. generate a unique code corresponding to a user device ; broadcast information corresponding to the unique code from the user device , the information configured to be received by an augmented reality device ; display the unique code on the user device ; and activate a camera of the augmented reality device upon receiving the information broadcast from the user device , the camera configured to scan for the unique code; join the user device to an augmented reality session of the augmented reality device in response to the camera scanning the unique code displayed on the user device , by transmitting identification information from the augmented reality device to the user device based on the unique code.
A wireless communication method comprising: receiving (S210), by a terminal device, first scheduling information sent by a network device, the first scheduling information being used for scheduling transmission of a first uplink channel by the terminal device through a first uplink bandwidth part, BWP, the first uplink BWP comprising one or more resource block, RB, sets, and the first uplink BWP corresponding to physical random access channel, PRACH, resource configuration; and determining (S220), by the terminal device, to transmit the first uplink channel through a first frequency domain resource in a first RB set according to a first PRACH resource in the PRACH resource configuration; wherein the first RB set is determined according to the first PRACH resource; characterized in that the first uplink BWP comprises a plurality of RB sets, a guard band within a carrier is comprised between two adjacent RB sets of the plurality of RB sets, and a size of the guard band within the carrier is acquired according to a protocol. receiving (S210), by a terminal device, first scheduling information sent by a network device, the first scheduling information being used for scheduling transmission of a first uplink channel by the terminal device through a first uplink bandwidth part, BWP, the first uplink BWP comprising one or more resource block, RB, sets, and the first uplink BWP corresponding to physical random access channel, PRACH, resource configuration; and determining (S220), by the terminal device, to transmit the first uplink channel through a first frequency domain resource in a first RB set according to a first PRACH resource in the PRACH resource configuration; wherein the first RB set is determined according to the first PRACH resource; characterized in that the first uplink BWP comprises a plurality of RB sets, a guard band within a carrier is comprised between two adjacent RB sets of the plurality of RB sets, and a size of the guard band within the carrier is acquired according to a protocol.
An extemporaneous product for cosmetic and/or dermatological treatment comprising, at least: - one or several active substances acceptable in the field of cosmetic and/or dermatological skin care, in pulverulent or liquid form, selected by a personal diagnostic of the skin of the patient on a first part, - and a universal base comprising: - at least one oil having a mass content of α-linoleic acid greater than 15% and a weight ratio of omega-6 to omega-3 of less than or equal to 5, - water, - glycerine, - one or several emulsifiers, - at least one alcohol other than glycerine, acceptable in cosmetic and/or dermatological compositions, - at least one biomimetic peptide of the general formula A-X-Gly-His-Lys-Y in which: - A represents a hydrogen atom or a radical of a monocarboxylic acid of the general formula R-COOH in which R represents an aliphatic radical comprising one to eleven carbon atoms, - X represents a single bond, lysine, arginine or ornithine, - and Y represents a group -OH or NH2, said universal base being able to after mixing to reinforce, potentialize, complete the effect of said active substance(s) and to solubilise said active substance or substances. - one or several active substances acceptable in the field of cosmetic and/or dermatological skin care, in pulverulent or liquid form, selected by a personal diagnostic of the skin of the patient on a first part, - and a universal base comprising: - at least one oil having a mass content of α-linoleic acid greater than 15% and a weight ratio of omega-6 to omega-3 of less than or equal to 5, - water, - glycerine, - one or several emulsifiers, - at least one alcohol other than glycerine, acceptable in cosmetic and/or dermatological compositions, - at least one biomimetic peptide of the general formula A-X-Gly-His-Lys-Y in which: - A represents a hydrogen atom or a radical of a monocarboxylic acid of the general formula R-COOH in which R represents an aliphatic radical comprising one to eleven carbon atoms, - X represents a single bond, lysine, arginine or ornithine, - and Y represents a group -OH or NH2, - at least one oil having a mass content of α-linoleic acid greater than 15% and a weight ratio of omega-6 to omega-3 of less than or equal to 5, - water, - glycerine, - one or several emulsifiers, - at least one alcohol other than glycerine, acceptable in cosmetic and/or dermatological compositions, - at least one biomimetic peptide of the general formula A-X-Gly-His-Lys-Y in which: - A represents a hydrogen atom or a radical of a monocarboxylic acid of the general formula R-COOH in which R represents an aliphatic radical comprising one to eleven carbon atoms, - X represents a single bond, lysine, arginine or ornithine, - and Y represents a group -OH or NH2, - A represents a hydrogen atom or a radical of a monocarboxylic acid of the general formula R-COOH in which R represents an aliphatic radical comprising one to eleven carbon atoms, - X represents a single bond, lysine, arginine or ornithine, - and Y represents a group -OH or NH2,
A method of calibrating a chromatography system , the method comprising: injecting a standard into a chromatographic separator , the standard comprising: a first analyte having a first predetermined calibrant concentration and a second analyte having a second predetermined calibrant concentration; separating the standard in the chromatographic separator ; measuring, with a detector , a first peak and a second peak that have a first retention time and a second retention time, respectively; characterised by : automatically identifying whether the first peak corresponds to the first analyte or the second analyte, and whether the second peak corresponds to the first analyte or the second analyte, based on either an area or a peak height of the first peak and the second peak, and a ratio based on the first predetermined calibrant concentration and the second predetermined calibrant concentration. injecting a standard into a chromatographic separator , the standard comprising: a first analyte having a first predetermined calibrant concentration and a second analyte having a second predetermined calibrant concentration; separating the standard in the chromatographic separator ; measuring, with a detector , a first peak and a second peak that have a first retention time and a second retention time, respectively; characterised by : automatically identifying whether the first peak corresponds to the first analyte or the second analyte, and whether the second peak corresponds to the first analyte or the second analyte, based on either an area or a peak height of the first peak and the second peak, and a ratio based on the first predetermined calibrant concentration and the second predetermined calibrant concentration.
A protective cover for protecting the upper opening of a barrel of an NMR device, used for introducing a sample into the device, the protective cover comprising; - a lid provided to close the opening of the barrel , and - apertures located on the lid characterized in that the protective cover also comprises: - a C type ring having one open end in order to be engaged to the barrel opening, - a ring shaft slot located on the ring in order to enable the attachment of the lid to the ring . - a clamp shaft slot located on the lid , and - a shaft which passes through the ring shaft slot and the clamp shaft slot which enable to couple the lid to both the ring and enable the lid to open for enabling a sample tube to be inserted into the barrel , and close on its own in the absence of an air flow, to seal off the opening of the barrel . - a lid provided to close the opening of the barrel , and - apertures located on the lid - a C type ring having one open end in order to be engaged to the barrel opening, - a ring shaft slot located on the ring in order to enable the attachment of the lid to the ring . - a clamp shaft slot located on the lid , and - a shaft which passes through the ring shaft slot and the clamp shaft slot which enable to couple the lid to both the ring and enable the lid to open for enabling a sample tube to be inserted into the barrel , and close on its own in the absence of an air flow, to seal off the opening of the barrel .
A compound comprising two or more structures shown by the following general formula (1-1) in the molecule, or a compound shown by the following formulae (A2), (A14), or (A15), or the following general formulae (G1) or (G2), wherein each "Ar" independently represents a benzene ring, a naphthalene ring, a pyridine ring, or a thiophene ring optionally having a substituent selected from an alkoxy group, an alkenyloxy group, an alkynyloxy group, and an aryloxy group having 1 to 30 carbon atoms, and two Ars are bonded with each other to form a ring structure; a broken line represents a bond with Y; Y represents a divalent or trivalent organic group having 6 to 30 carbon atoms that contains a benzene ring, a naphthalene ring, a pyridine ring, a furan ring, or a thiophene ring optionally having a substituent selected from an alkoxy group, an alkenyloxy group, an alkynyloxy group, and an aryloxy group having 1 to 30 carbon atoms, the bonds of which are located in a structure of benzene ring, a naphthalene ring, a pyridine ring, a furan ring, or a thiophene ring; R represents a hydrogen atom, or a monovalent group having 1 to 68 carbon atoms and containing a carbon-carbon triple bond(s) and an aromatic ring or a heteroaromatic ring: wherein in the compound shown by formula (A15), the weight average molecular weight (Mw) and dispersity (Mw/Mn) determined by gel permeation chromatography (GPC) is Mw = 2400 and Mw/Mn = 1.57, wherein in the formula described above, "p" represents a repeating number and is 1 to 50.
A wireless access point comprising: a scheduling unit for transmission opportunity, TXOP, granting configured to determine one or more wireless stations having a parameter lower than a prescribed value as TXOP responders to which the wireless access point grants a TXOP, characterized by the parameter indicating a quality of the uplink data transmission, and a unit that is configured to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; wherein the unit is further configured, to determine presence or absence of downlink data for the TXOP responders and, in the presence of the downlink data, to transmit the TXOP granting signal after transmitting the downlink data and, in the absence of the downlink data, to transmit the TXOP granting signal after acquiring the TXOP. a scheduling unit for transmission opportunity, TXOP, granting configured to determine one or more wireless stations having a parameter lower than a prescribed value as TXOP responders to which the wireless access point grants a TXOP, characterized by the parameter indicating a quality of the uplink data transmission, and to determine one or more wireless stations having a parameter lower than a prescribed value as TXOP responders to which the wireless access point grants a TXOP, characterized by the parameter indicating a quality of the uplink data transmission, and a unit that is configured to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; wherein the unit is further configured, to determine presence or absence of downlink data for the TXOP responders and, in the presence of the downlink data, to transmit the TXOP granting signal after transmitting the downlink data and, in the absence of the downlink data, to transmit the TXOP granting signal after acquiring the TXOP.
A cleaning system , the cleaning system comprising: an extractor accessory tool , comprising: a housing with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing and adapted for fluid communication with a recovery container via the airflow connector ; and characterized in that the cleaning system comprises an ultrasonic tool removably operably coupled to the extractor accessory tool , wherein the housing of the extractor accessory tool comprises an ultrasonic tool receiver configured to selectively receive the ultrasonic tool . an extractor accessory tool , comprising: a housing with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing and adapted for fluid communication with a recovery container via the airflow connector ; and a housing with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing and adapted for fluid communication with a recovery container via the airflow connector ; and characterized in that the cleaning system comprises an ultrasonic tool removably operably coupled to the extractor accessory tool , wherein the housing of the extractor accessory tool comprises an ultrasonic tool receiver configured to selectively receive the ultrasonic tool .