mhurhangee/ep-ind-claims huggingface dataset:
Method for increasing total weight of seeds, number of filled seeds, seed fill rate or harvest index of plants relative to corresponding wild type plants, comprising increasing expression in a plant of a nucleic acid encoding a SYR polypeptide having the amino acid sequence of SEQ ID NO: 2, wherein said increased expression is effected by introducing and over-expressing in a plant a SYR nucleic acid as represented by SEQ ID NO:1 encoding a polypeptide having the amino acid sequence of SEQ ID NO: 2, provided that said introducing does not comprise an essentially biological process.
A kit for assembling a sealed container containing a beverage, the kit comprising: a cup with an open top and a lip circumscribing the open top; a sealing lid dimensioned to be welded to the lip of the cup continuously around the lip to seal the cup; a removable transport cap for sealing engagement with the top of the cup configured to define a headspace chamber between the sealing lid and the transport cap for receipt and retainment of fluid exiting the cup and a welding machine comprising a welding head configured for sealing the paperboard sealing lid to the lip of the cup, characterised in that the beverage is a pressurised beverage, the cup is a paperboard cup and the sealing lid is a paperboard sealing lid including a pressure release aperture wherein in use a beverage can be dispensed into the cup, and the welding machine can be actuated whereby the welding head can weld the paperboard sealing lid to the lip of the cup continuously around the lip to provide the sealed container containing the beverage. a cup with an open top and a lip circumscribing the open top; a sealing lid dimensioned to be welded to the lip of the cup continuously around the lip to seal the cup; a removable transport cap for sealing engagement with the top of the cup configured to define a headspace chamber between the sealing lid and the transport cap for receipt and retainment of fluid exiting the cup and a welding machine comprising a welding head configured for sealing the paperboard sealing lid to the lip of the cup, characterised in that the beverage is a pressurised beverage, the cup is a paperboard cup and the sealing lid is a paperboard sealing lid including a pressure release aperture wherein in use a beverage can be dispensed into the cup, and the welding machine can be actuated whereby the welding head can weld the paperboard sealing lid to the lip of the cup continuously around the lip to provide the sealed container containing the beverage.
A quality of service, QoS, control method, wherein the method comprises: receiving, by an access gateway function entity, session management, SM, information from a session management function, SMF, entity through an access and mobility nubility management function, AMF, entity, wherein the SM information comprises a QoS file, wherein the QoS file comprises a QoS flow identifier; obtaining, by the access gateway function entity, a correspondence between the QoS file and a virtual local area network, VLAN, priority, wherein the correspondence between the QoS file and the VLAN priority comprises a correspondence between a first QoS file and a first VLAN priority; sending, by the access gateway function entity, a first message to a terminal, wherein the first message comprises the correspondence between the QoS file and the VLAN priority; receiving, by the access gateway function entity, an uplink data packet from the terminal, wherein a QoS file corresponding to the uplink data packet is the first QoS file, and the uplink data packet carries the first VLAN priority in a layer-2, L2, packet header; and performing, by the access gateway function entity, QoS control on the uplink data packet based on the first VLAN priority. receiving, by an access gateway function entity, session management, SM, information from a session management function, SMF, entity through an access and mobility nubility management function, AMF, entity, wherein the SM information comprises a QoS file, wherein the QoS file comprises a QoS flow identifier; obtaining, by the access gateway function entity, a correspondence between the QoS file and a virtual local area network, VLAN, priority, wherein the correspondence between the QoS file and the VLAN priority comprises a correspondence between a first QoS file and a first VLAN priority; sending, by the access gateway function entity, a first message to a terminal, wherein the first message comprises the correspondence between the QoS file and the VLAN priority; receiving, by the access gateway function entity, an uplink data packet from the terminal, wherein a QoS file corresponding to the uplink data packet is the first QoS file, and the uplink data packet carries the first VLAN priority in a layer-2, L2, packet header; and performing, by the access gateway function entity, QoS control on the uplink data packet based on the first VLAN priority.
A fast dissolving orally dispersible tablet comprising sevelamer or a pharmaceutically acceptable salt thereof, as the active ingredient and a pharmaceutically acceptable excipient selected from carnauba wax, glyceryl behenate, glyceryl monostearate or mixtures thereof that forms by coating the active ingredient with the aid of melt mixing and is able to reduce swelling of the active ingredient in the oral cavity.
A voice recognition method for a display apparatus, the method comprising: determining a first text extracted from a first display item; displaying the first text so as to distinguish the first text from other texts; recognizing a voice input from a user; determining if the recognized voice input corresponds to the first text; and selecting the first display item in response to a determination that the recognized voice input matches the first text; characterised in that: wherein the determining the first text extracted from the first display item comprises extracting the first text by comparing a plurality of texts included in the first display item with a library dictionary stored in a database; wherein the first text comprises a text related to the first display item; and wherein the determining the first text extracted from the first display item comprises extracting texts such that the first text does not share common words with a second text extracted from a second display item. determining a first text extracted from a first display item; displaying the first text so as to distinguish the first text from other texts; recognizing a voice input from a user; determining if the recognized voice input corresponds to the first text; and selecting the first display item in response to a determination that the recognized voice input matches the first text; characterised in that: wherein the determining the first text extracted from the first display item comprises extracting the first text by comparing a plurality of texts included in the first display item with a library dictionary stored in a database; wherein the first text comprises a text related to the first display item; and wherein the determining the first text extracted from the first display item comprises extracting texts such that the first text does not share common words with a second text extracted from a second display item. wherein the determining the first text extracted from the first display item comprises extracting the first text by comparing a plurality of texts included in the first display item with a library dictionary stored in a database; wherein the first text comprises a text related to the first display item; and wherein the determining the first text extracted from the first display item comprises extracting texts such that the first text does not share common words with a second text extracted from a second display item.
A housing of a battery, comprising: a plurality of walls, configured to form an accommodating space of the housing, the accommodating space being configured to accommodate a plurality of battery cells, the plurality of walls comprising a first wall; a first beam, provided in the accommodating space, the first beam intersecting with the first wall, and the first beam having a first cavity inside; and a first reinforcing structure, at least part of the first reinforcing structure being accommodated in the first cavity, and the first reinforcing structure being respectively fixed to the first beam and the first wall through a first connector and a second connector, so that the first wall is fixedly connected to the first beam. a plurality of walls, configured to form an accommodating space of the housing, the accommodating space being configured to accommodate a plurality of battery cells, the plurality of walls comprising a first wall; a first beam, provided in the accommodating space, the first beam intersecting with the first wall, and the first beam having a first cavity inside; and a first reinforcing structure, at least part of the first reinforcing structure being accommodated in the first cavity, and the first reinforcing structure being respectively fixed to the first beam and the first wall through a first connector and a second connector, so that the first wall is fixedly connected to the first beam.
An encapsulated device comprising: - an organic optoelectronic component exhibiting at least one surface, called sensitive surface, which has to be protected from oxygen and/or from water vapor; and - a multilayer encapsulation structure covering at least said sensitive surface, comprising at least one layer made of organic material interposed between a first and a second barrier layer made of nonmetallic inorganic material impermeable to oxygen and to water vapor; wherein - said barrier layers are made of a material chosen from a stoichiometric metal oxide, stoichiometric silicon oxide and a silicon oxynitride and produced by atomic layer deposition, - said multilayer encapsulation structure also comprises at least one layer, called active layer, containing an oxide, also interposed between said first and said second barrier layer characterized in that the oxide from the active layer is a nonstoichiometric oxide exhibiting an oxygen deficiency, and in that the active layer is made by a technique chosen from: plasma assisted chemical vapor deposition, chemical vapor deposition and cathode sputtering. - an organic optoelectronic component exhibiting at least one surface, called sensitive surface, which has to be protected from oxygen and/or from water vapor; and - a multilayer encapsulation structure covering at least said sensitive surface, comprising at least one layer made of organic material interposed between a first and a second barrier layer made of nonmetallic inorganic material impermeable to oxygen and to water vapor; wherein - said barrier layers are made of a material chosen from a stoichiometric metal oxide, stoichiometric silicon oxide and a silicon oxynitride and produced by atomic layer deposition, - said multilayer encapsulation structure also comprises at least one layer, called active layer, containing an oxide, also interposed between said first and said second barrier layer
A simulation device which simulates motion of at least one of movable bodies, the simulation device being accessible to a recording unit which is configured to record simulation data which includes status data and environmental data, the status data representing respective statuses of the movable bodies, the environmental data representing information relating to an environment of paths on which the movable bodies move, the simulation device comprising: a plurality of status updaters (3a-3c) configured to update the status data recorded in the recording unit by executing a plurality of hierarchized status update processes using the simulation data recorded in the recording unit and reference range information (4a-4c), the plurality of hierarchized status update processes being obtained by dividing a process of updating the status data for simulating the motion into a plurality of hierarchies, the reference range information (4a-4c) being preliminarily specified for each of the plurality of hierarchized status update processes and representing a reference range to be referred to the simulation data by each of the plurality of status updaters (3a-3c) for executing the plurality of hierarchized status update processes; and a drive decision unit configured to instruct the plurality of status updaters (3a-3c) to update the status data at an update timing according to update control information in which a timing of updating the status data for each of the status updaters is defined; wherein each of the plurality of status updaters (3a-3c) are configured to vary the reference range depending on the timing of updating of each of the plurality of status updaters (3a-3c) in the update control information and a velocity of each of the movable bodies. a plurality of status updaters (3a-3c) configured to update the status data recorded in the recording unit by executing a plurality of hierarchized status update processes using the simulation data recorded in the recording unit and reference range information (4a-4c), the plurality of hierarchized status update processes being obtained by dividing a process of updating the status data for simulating the motion into a plurality of hierarchies, the reference range information (4a-4c) being preliminarily specified for each of the plurality of hierarchized status update processes and representing a reference range to be referred to the simulation data by each of the plurality of status updaters (3a-3c) for executing the plurality of hierarchized status update processes; and a drive decision unit configured to instruct the plurality of status updaters (3a-3c) to update the status data at an update timing according to update control information in which a timing of updating the status data for each of the status updaters is defined; wherein each of the plurality of status updaters (3a-3c) are configured to vary the reference range depending on the timing of updating of each of the plurality of status updaters (3a-3c) in the update control information and a velocity of each of the movable bodies.
A method of converting in situ a refrigerant into a refrigerant blend with a lower global warming potential, comprising: recovering a refrigerant from a refrigeration unit using an evacuation pump, the recovered refrigerant including one or more refrigerant components; containing the recovered refrigerant in a container; sampling from the container the recovered refrigerant; and testing the recovered refrigerant; characterized in that the method further comprises the step of: converting in situ the recovered refrigerant into a converted refrigerant that has a lower global warming potential than the global warming potential of the recovered refrigerant, wherein the converting comprises adding one or more refrigerant components different from the one or more refrigerant components in the recovered refrigerant into the container with the recovered refrigerant. recovering a refrigerant from a refrigeration unit using an evacuation pump, the recovered refrigerant including one or more refrigerant components; containing the recovered refrigerant in a container; sampling from the container the recovered refrigerant; and testing the recovered refrigerant; characterized in that the method further comprises the step of: converting in situ the recovered refrigerant into a converted refrigerant that has a lower global warming potential than the global warming potential of the recovered refrigerant, wherein the converting comprises adding one or more refrigerant components different from the one or more refrigerant components in the recovered refrigerant into the container with the recovered refrigerant.
A charge-discharge system comprising a secondary battery and a portable electronic apparatus, wherein the secondary battery comprises a bare cell having a positive and a negative electrode and a self-discharge circuit, wherein the self-discharge circuit comprises: a self-discharge unit including first and second ends which are respectively connected to the positive and the negative electrodes of the bare cell, the self discharge unit comprising a switching device and a zener diode that are connected serially with respect to each other; wherein the zener diode is connected in a direction opposite to a discharge direction of the bare cell and a breakdown voltage of the Zener diode is a voltage of the bare cell when a charge rate of the bare cell is 50%; and a temperature sensor configured to detect the temperature of the secondary battery and convert the detected temperature to an electrical signal; and wherein the portable electronic apparatus comprises: a microprocessor unit; wherein the microprocessor unit is configured to receive the electrical signal from the temperature sensor and output a signal controlling the on/off state of the switching device to be in an ON state when the temperature of the secondary battery is equal to or greater than a threshold amount, wherein the bare cell is self-discharged in a case where the switching device is in an ON state, only when the charge rate of the bare cell is 50% or greater. a self-discharge unit including first and second ends which are respectively connected to the positive and the negative electrodes of the bare cell, the self discharge unit comprising a switching device and a zener diode that are connected serially with respect to each other; wherein the zener diode is connected in a direction opposite to a discharge direction of the bare cell and a breakdown voltage of the Zener diode is a voltage of the bare cell when a charge rate of the bare cell is 50%; and a temperature sensor configured to detect the temperature of the secondary battery and convert the detected temperature to an electrical signal; and wherein the portable electronic apparatus comprises: a microprocessor unit; wherein the microprocessor unit is configured to receive the electrical signal from the temperature sensor and output a signal controlling the on/off state of the switching device to be in an ON state when the temperature of the secondary battery is equal to or greater than a threshold amount, wherein the bare cell is self-discharged in a case where the switching device is in an ON state, only when the charge rate of the bare cell is 50% or greater. a microprocessor unit; wherein the microprocessor unit is configured to receive the electrical signal from the temperature sensor and output a signal controlling the on/off state of the switching device to be in an ON state when the temperature of the secondary battery is equal to or greater than a threshold amount, wherein the bare cell is self-discharged in a case where the switching device is in an ON state, only when the charge rate of the bare cell is 50% or greater.
Process for making a jewelry article, comprising the following operating steps: - a step of arranging an elongated support, stretched between two ends along a longitudinal extension direction; - a step of making at least one ornamental wire by means of covering at least one internal core, made of a first metallic material, with at least one external strip made of a first precious or semi-precious metallic material; - a step of spiral-winding said ornamental wire around said elongated support along said longitudinal extension direction, in order to obtain a solid cord; - a first step of removing said elongated support from said solid cord; - a second step of removing said internal core from the ornamental wire of said solid cord; said first removal step and said second removal step transforming said solid cord into a lightened cord; characterized in that: said step of making said ornamental wire is obtained by feeding a forming head with said internal core and with said external strip, which is provided with a flattened form with parallel longitudinal edges, said making step covering said internal core with said external strip until said longitudinal edges are side-by-side in opposite position and separated from each other by a slit (4") on a flat face of said ornamental wire; said spiral-winding step being achieved by maintaining the flat face of said ornamental wire directed towards said elongated support. - a step of arranging an elongated support, stretched between two ends along a longitudinal extension direction; - a step of making at least one ornamental wire by means of covering at least one internal core, made of a first metallic material, with at least one external strip made of a first precious or semi-precious metallic material; - a step of spiral-winding said ornamental wire around said elongated support along said longitudinal extension direction, in order to obtain a solid cord; - a first step of removing said elongated support from said solid cord; - a second step of removing said internal core from the ornamental wire of said solid cord; said step of making said ornamental wire is obtained by feeding a forming head with said internal core and with said external strip, which is provided with a flattened form with parallel longitudinal edges, said making step covering said internal core with said external strip until said longitudinal edges are side-by-side in opposite position and separated from each other by a slit (4") on a flat face of said ornamental wire; said spiral-winding step being achieved by maintaining the flat face of said ornamental wire directed towards said elongated support.
A touch-sensitive apparatus, the apparatus comprising: a touch-sensitive element comprising an array of electrodes (101, 102) having a first electrode and a second electrode, the second electrode spatially intersecting the first electrode at an intersection point; and measurement circuitry configured to: measure the mutual capacitance at the intersection point of the first and second electrodes; measure the self-capacitance of the first electrode, and measure the self-capacitance of the second electrode; and processing circuitry configured to: determine the presence of a touch on the touch-sensitive element on the basis of a comparison of the measured mutual capacitance at the intersection point to a first threshold and on the basis of a combined self-capacitance measurement, formed as a combination of the measured self-capacitance of the first electrode and the measured self-capacitance of the second electrode, being greater than or equal to a second threshold. a touch-sensitive element comprising an array of electrodes (101, 102) having a first electrode and a second electrode, the second electrode spatially intersecting the first electrode at an intersection point; and measurement circuitry configured to: measure the mutual capacitance at the intersection point of the first and second electrodes; measure the self-capacitance of the first electrode, and measure the self-capacitance of the second electrode; and measure the mutual capacitance at the intersection point of the first and second electrodes; measure the self-capacitance of the first electrode, and measure the self-capacitance of the second electrode; and processing circuitry configured to: determine the presence of a touch on the touch-sensitive element on the basis of a comparison of the measured mutual capacitance at the intersection point to a first threshold and on the basis of a combined self-capacitance measurement, formed as a combination of the measured self-capacitance of the first electrode and the measured self-capacitance of the second electrode, being greater than or equal to a second threshold.