mhurhangee/patent-ind-claim-en huggingface dataset:
A process for providing a composition comprising fermented seaweeds and fermented plant material; fermented algae and fermented plant material; or fermented seaweed, fermented algae and fermented plant material, the process comprises: a) providing an inoculum consist essentially of lactic acid-producing bacteria; b) providing a first material to be fermented, where said first material comprises seaweeds and/or algae; c) optionally, providing a source of enzyme, such as phosphatases e.g. phytase; d) combining the materials of steps a), (b) and optionally c), thereby providing a first combinatorial material, wherein the inoculum is provided with a concentration of lactic acid bacteria in the inoculum sufficient to outgrowth any bacteria, yeast or moulds present in the product of step (b); e) fermenting the first combinatorial material of step d) using the inoculum of step a) at a temperature in the range 15-45°C and for a period in the range 2-40 days; thereby providing a first fermented composition; f) combining the first fermented composition of step e) with a second material to be fermented, wherein said second material comprises at least one proteinaceous plant material having a protein content of at least 20% by weight dry matter, thereby providing a second combinatorial material; g) fermenting the second combinatorial material of step f), using the first fermented composition of step e) as a inoculum, for a period of at least 5 days, such as 5-12 days, such as 5-10 days, such as 5-7 days or such as 8-10 days; thereby providing a second fermented composition; and h) optionally, drying the second fermented composition. a) providing an inoculum consist essentially of lactic acid-producing bacteria; b) providing a first material to be fermented, where said first material comprises seaweeds and/or algae; c) optionally, providing a source of enzyme, such as phosphatases e.g. phytase; d) combining the materials of steps a), (b) and optionally c), thereby providing a first combinatorial material, wherein the inoculum is provided with a concentration of lactic acid bacteria in the inoculum sufficient to outgrowth any bacteria, yeast or moulds present in the product of step (b); e) fermenting the first combinatorial material of step d) using the inoculum of step a) at a temperature in the range 15-45°C and for a period in the range 2-40 days; thereby providing a first fermented composition; f) combining the first fermented composition of step e) with a second material to be fermented, wherein said second material comprises at least one proteinaceous plant material having a protein content of at least 20% by weight dry matter, thereby providing a second combinatorial material; g) fermenting the second combinatorial material of step f), using the first fermented composition of step e) as a inoculum, for a period of at least 5 days, such as 5-12 days, such as 5-10 days, such as 5-7 days or such as 8-10 days; thereby providing a second fermented composition; and h) optionally, drying the second fermented composition.
An aircraft passenger seat apparatus, comprising: a seatback bezel disposed in a rear surface of an aircraft seatback ; a display monitor disposed within the aircraft seatback, the display monitor configured to display one or more images; one or more accessory stations disposed in the seatback bezel that at least partially receive and couple with one or more couplable accessories , the one or more accessory stations comprising one or more plug-in receptacles; a tray table locking assembly disposed within the seatback bezel, wherein the tray table locking assembly is configured to be actuated in order to lock a tray table in a closed position and release the tray table into an open position; and the one or more accessory stations being adjacent the tray table locking assembly so to be configured to be disposed adjacent the tray table and between the display monitor and the tray table ; and at least one interfacing component of an interfacing assembly disposed in the one or more couplable accessories, the at least one interfacing component engaging and mating with at least one interfacing component of the one or more plug-in receptacles, wherein the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations until an external force acts upon the one or more couplable accessories, characterized in that the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations when the tray table is in the closed position and when the tray table is in the open position. a seatback bezel disposed in a rear surface of an aircraft seatback ; a display monitor disposed within the aircraft seatback, the display monitor configured to display one or more images; one or more accessory stations disposed in the seatback bezel that at least partially receive and couple with one or more couplable accessories , the one or more accessory stations comprising one or more plug-in receptacles; a tray table locking assembly disposed within the seatback bezel, wherein the tray table locking assembly is configured to be actuated in order to lock a tray table in a closed position and release the tray table into an open position; and the one or more accessory stations being adjacent the tray table locking assembly so to be configured to be disposed adjacent the tray table and between the display monitor and the tray table ; and at least one interfacing component of an interfacing assembly disposed in the one or more couplable accessories, the at least one interfacing component engaging and mating with at least one interfacing component of the one or more plug-in receptacles, wherein the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations until an external force acts upon the one or more couplable accessories, characterized in that the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations when the tray table is in the closed position and when the tray table is in the open position.
A foldable coupler for a vehicle, including, a coupler head ; a rotating arm mechanism , including a first arm , and a second arm rotatably connected with the first arm ; and a folding mechanism , including a driving mechanism and a force transfer component ; the driving mechanism being mounted on the second arm , the force transfer component being rotatably mounted on the first arm ; the driving mechanism being connected with the force transfer component to transfer a driving force to the first arm through the force transfer component , so that the first arm and the second arm rotate relative to each other; wherein the first arm is connectable to a vehicle body , and the second arm is connected to the coupler head ; or, the first arm is connected to the coupler head , and the second arm is connectable to the vehicle body ; characterised in that , the force transfer component is a force transfer rod ; and the driving mechanism is a telescopic structure of an electric or pneumatic mechanism. a coupler head ; a rotating arm mechanism , including a first arm , and a second arm rotatably connected with the first arm ; and a folding mechanism , including a driving mechanism and a force transfer component ; the driving mechanism being mounted on the second arm , the force transfer component being rotatably mounted on the first arm ; the driving mechanism being connected with the force transfer component to transfer a driving force to the first arm through the force transfer component , so that the first arm and the second arm rotate relative to each other; wherein the first arm is connectable to a vehicle body , and the second arm is connected to the coupler head ; or, the first arm is connected to the coupler head , and the second arm is connectable to the vehicle body ; characterised in that , the force transfer component is a force transfer rod ; and the driving mechanism is a telescopic structure of an electric or pneumatic mechanism.
Thermal container comprising at least one flat rear cushion and one flat front cushion extending in another plane above the rear cushion , which cushions are connected to one another at opposite side edges and at a further side edge of the thermal container , are formed in one piece or merge into one another via a connecting piece, in such a way that a cavity is formed between the rear cushion and the front cushion , wherein the rear cushion and the front cushion each are formed from at least one bag and a fibrous material located inside the at least one bag , characterized in that the fibrous material contains fibrous flakes or fibrous powder which are/is applied to a flat carrier made of fibrous material or are/is inserted between two flat carriers made of fibrous material, wherein the fibrous flakes or the fibrous powder are/is applied to the flat carrier made of fibrous material or are inserted between the two flat carriers made of fibrous material with at least one binder.
A respiratory system configured to deliver a respiratory therapy to a patient, the system also configured to provide information related to a patient's breathing, the system comprising: a respiratory device comprising a controller , wherein the controller is configured to: receive data of a first parameter of a flow of gases or representative of performance of a component of the device, the first parameter indicative of the patient's respiration, generate flow parameter variation data based on the data of the first parameter; generate a measure of patient ventilation based on the flow parameter variation data; generate a measure of total signal fluctuation based on the flow parameter variation data; and determine a patient attachment based on a comparison between the measure of patient ventilation and the measure of total signal fluctuation. receive data of a first parameter of a flow of gases or representative of performance of a component of the device, the first parameter indicative of the patient's respiration, generate flow parameter variation data based on the data of the first parameter; generate a measure of patient ventilation based on the flow parameter variation data; generate a measure of total signal fluctuation based on the flow parameter variation data; and determine a patient attachment based on a comparison between the measure of patient ventilation and the measure of total signal fluctuation.
A test sensor for a blood coagulation assay comprising at least one transducer coated with a polymer layer, wherein the polymer layer is a porous support layer that comprises immobilized therein a thrombin-cleavable peptide, and wherein the thrombin-cleavable peptide comprises a detectable moiety linked by a thrombin-cleavable amide.
A lactase preparation comprising: a lactase bulk powder comprising lactase and galactose and/or glucose, wherein a total amount of the galactose and the glucose is more than 0 μmol and equal to or less than 50 μmol per 100,000 units of lactase, more than 0 μmol and equal to or less than 30 μmol per 100,000 units of lactase, or more than 0 μmol and equal to or less than 8 μmol per 100,000 units of lactase, and a sugar excipient, wherein the lactase bulk powder and the sugar excipient are mixed together in a dried state. a lactase bulk powder comprising lactase and galactose and/or glucose, wherein a total amount of the galactose and the glucose is more than 0 μmol and equal to or less than 50 μmol per 100,000 units of lactase, more than 0 μmol and equal to or less than 30 μmol per 100,000 units of lactase, or more than 0 μmol and equal to or less than 8 μmol per 100,000 units of lactase, and a sugar excipient, wherein the lactase bulk powder and the sugar excipient are mixed together in a dried state.
A method of obtaining a decellularized tissue, wherein the method involves a high-hydrostatic pressure treatment of a living-body derived tissue in a surfactant-containing wash liquid to obtain the decellularized tissue, wherein the ratio of the amount of endothermic heat per dry mass of the decellularized tissue relative to that of the living-body derived tissue before decellularization is 0.70 or more, the amount of endothermic heat being measured by the differential scanning calorimetry.
A smoking substitute apparatus comprising: a housing comprising a base portion , a mouthpiece portion , and one or more walls extending longitudinally from the base portion towards the mouthpiece portion ; an air inlet formed in a wall of the housing and spaced longitudinally from the base portion ; an outlet formed in the mouthpiece portion ; an airflow path extending from the air inlet to the outlet , the airflow path comprising a first portion downstream of the air inlet and extending longitudinally towards the base portion of the housing , and a transversely extending second portion that is downstream of the first portion; a tank for housing an aerosol precursor, wherein a transverse chamber wall partly defines the tank; and a vaporiser provided in the transversely extending second portion and comprising a wick and a heating element for heating a heatable portion of the wick, the heatable portion of the wick being cylindrical in shape and elongated in a direction substantially parallel to the direction of airflow in the second portion of the airflow path and wherein ends of the wick extend through the transverse chamber wall to be in contact with the aerosol precursor in the tank. a housing comprising a base portion , a mouthpiece portion , and one or more walls extending longitudinally from the base portion towards the mouthpiece portion ; an air inlet formed in a wall of the housing and spaced longitudinally from the base portion ; an outlet formed in the mouthpiece portion ; an airflow path extending from the air inlet to the outlet , the airflow path comprising a first portion downstream of the air inlet and extending longitudinally towards the base portion of the housing , and a transversely extending second portion that is downstream of the first portion; a tank for housing an aerosol precursor, wherein a transverse chamber wall partly defines the tank; and a vaporiser provided in the transversely extending second portion and comprising a wick and a heating element for heating a heatable portion of the wick, the heatable portion of the wick being cylindrical in shape and elongated in a direction substantially parallel to the direction of airflow in the second portion of the airflow path and wherein ends of the wick extend through the transverse chamber wall to be in contact with the aerosol precursor in the tank.
A system comprising a plurality of interconnected counting units , each counting unit being configured to count an amount of traffic events of a data packet traffic, each counting unit comprising: - a counting element configured to store a value representing the amount of traffic events, - a processing unit configured to detect an arrival of each data packet of the data packet traffic at the processing unit, to process each data packet and to determine whether the value at the counting element should be increased each time the arrival of one data packet is detected at the processing unit, wherein the processing unit is configured to store a probability value p c <1 indicating a probability that the processing unit increases the value at the counting element each time the arrival of one data packet is detected at the processing unit, wherein each counting unit uses a different probability value p c , wherein the processing unit is configured such that when it detects the arrival of one data packet at the processing unit, it increases the value at the counting element only with the probability p c , wherein a decision to increase the value at the counting element is not done at each counting unit, but when the processing unit of one of the plurality of counting units detects the arrival of one data packet it increases the values at the counting elements of all the other counting units of the system only with the probability p c , wherein the processing unit of said one of the plurality of counting units is configured to generate a random number Q and to count each data packet arriving at the processing unit of said one of the plurality of counting units, wherein the processing unit of said one of the plurality of counting units is configured not to increase the values at the counting elements of the other counting units for the next Q arriving packets and to only increase the values of the other counting elements of the system when data packet Q+1 arrives at said one processing unit . - a counting element configured to store a value representing the amount of traffic events, - a processing unit configured to detect an arrival of each data packet of the data packet traffic at the processing unit, to process each data packet and to determine whether the value at the counting element should be increased each time the arrival of one data packet is detected at the processing unit, wherein the processing unit is configured to store a probability value p c <1 indicating a probability that the processing unit increases the value at the counting element each time the arrival of one data packet is detected at the processing unit, wherein each counting unit uses a different probability value p c ,
A method for measurement and analysis of circular holes in an ionizing radiation environment in a transparent liquid based on measurement of distance between a scanned surface and a rotation axis of a measuring head by laser triangulation method, wherein the internal profile of a hole or of a caliber is scanned point by point during the measuring head rotation with at least one optical assembly rotating around its rotation axis and located in the hole, wherein the measuring head is inserted into the removable or integrated caliber and calibrated, correction equations are calculated from the obtained referential data, the measuring head is then extended into the initial scanning position, the actual measurement by automatic point by point scanning takes place during the rotation of the measuring head to cover the entire internal area of the hole, thereby obtaining the scanned internal profile of the hole in a cross-section; after the scanning, the measuring head is inserted into a housing , the correction equations are applied to the measured data from which the distances between the scanned surface and the rotation axis of the measuring head are calculated, wherein the scanning device is impermeably sealed against liquids prior to calibration and measurement initiation, and immersed in the ambient liquid environment around the object hole, and a pressure equal to or higher than the pressure of the external ambient environment is maintained inside the housing by pumped gas or mixture of gases.
A device for loading particles by means of electrical pulses , having an apparatus for supplying particles , at least one vertically arranged pipe section with a reaction chamber for loading particles and an apparatus for removing particles , wherein the pipe section and thus the reaction chamber is a flow channel of a fluid medium , wherein a device conveying the medium is connected to the pipe section such that the medium flows counter to the movement direction of particles supplied to the pipe section and sinking through the pipe section , wherein the pipe section has at least two electrodes , which are arranged spaced from one another and connected to at least one Marx generator , wherein the pulse rise time of the Marx generator is less than 500 ns, and wherein the electrodes end with or before the inner surface of the pipe section , so that the electrodes do not project into the pipe section and do not impede the flow of the medium in the pipe section .
Process for the preparation of a rubber compound for a pneumatic tyre portion; said process comprising a first non-productive mixing step, wherein, at least one cross-linkable unsaturated-chain polymer base, silica, a silane bonding agent comprised within the class of trialkoxymercaptoalkyl-silanes are mixed together and a productive blending step, wherein, at least a vulcanization system and Zn oxide are added and blended to the compound under preparation ; said process being characterized in that said silica is functionalized with dicarboxylic acids, and in that said first non-productive mixing step does not comprise Zn oxide.
A method of wireless communication in a network for a scheduling entity to communicate with a subordinate entity utilizing a time division duplex, TDD, carrier, wherein the TDD carrier comprises a plurality of subframes, the method comprising: transmitting scheduling information in a control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in a data portion of the subframe; communicating acknowledgement information corresponding to the data information in an acknowledgement portion of the subframe, wherein the control portion , the data portion , and the acknowledgement portion are contained in the subframe, the subframe defined via a subframe structure with the control portion and the acknowledgement portion being spaced apart and the data portion being communicated between the control portion and the acknowledgement portion . transmitting scheduling information in a control portion of a subframe of the plurality of subframes; communicating data information corresponding to the scheduling information in a data portion of the subframe; communicating acknowledgement information corresponding to the data information in an acknowledgement portion of the subframe, wherein the control portion , the data portion , and the acknowledgement portion are contained in the subframe, the subframe defined via a subframe structure with the control portion and the acknowledgement portion being spaced apart and the data portion being communicated between the control portion and the acknowledgement portion .