mhurhangee/patent-ind-claim-en huggingface dataset:
A method for picking up and collecting plant embryos, comprising the following steps: capturing a first optical image being an image of at least one plant embryo, arranged in a receptacle (S1); detecting an isolated plant embryo in the captured first optical image (S3); controlling a robotic arm having a pick-up unit mounted thereon to move the pick-up unit to a position in which it is able to pick up the isolated plant embryo (S4); performing a picking up action for picking up the isolated plant embryo using the pick-up unit (S5); controlling the robotic arm to move the pick-up unit to a predefined confirming position (S6), capturing a second optical image in which a part associated with the picked-up plant embryo does not overlap with a part, if any, that is associated with the receptacle (S7); confirming the presence of a picked-up plant embryo in the second optical image (S8); controlling the robotic arm to move the pick-up unit to deposit the picked up plant embryo in a respective compartment in a tray comprising at least one compartment, if the picked up plant embryo is visible in the second optical image (S9), or controlling the robotic arm to move the pick-up unit to a position in which it is able to pick up a further isolated plant embryo, if no picked up plant embryo is visible in the second optical image. capturing a first optical image being an image of at least one plant embryo, arranged in a receptacle (S1); detecting an isolated plant embryo in the captured first optical image (S3); controlling a robotic arm having a pick-up unit mounted thereon to move the pick-up unit to a position in which it is able to pick up the isolated plant embryo (S4); performing a picking up action for picking up the isolated plant embryo using the pick-up unit (S5); controlling the robotic arm to move the pick-up unit to a predefined confirming position (S6), capturing a second optical image in which a part associated with the picked-up plant embryo does not overlap with a part, if any, that is associated with the receptacle (S7); confirming the presence of a picked-up plant embryo in the second optical image (S8); controlling the robotic arm to move the pick-up unit to deposit the picked up plant embryo in a respective compartment in a tray comprising at least one compartment, if the picked up plant embryo is visible in the second optical image (S9), or controlling the robotic arm to move the pick-up unit to a position in which it is able to pick up a further isolated plant embryo, if no picked up plant embryo is visible in the second optical image.
A content container comprising: a container part configured to accommodate a liquid content; an upper cap detachably coupled to the container part and comprising a first accommodation part configured to accommodate a solid content and a pressing part configured to be moved by pressing; and a lower cap inserted into the container part and comprising an accommodation tube defining a second accommodation part and a plurality of communication holes disposed in an outside of the accommodation tube to communicate with the container part , wherein the solid content is moveable from the first accommodation part to the second accommodation part by the pressing of the pressing part of the upper cap , wherein the second accommodation part is located below the first accommodation part , characterized in that the upper cap further comprises an inner cap detachably coupled to an outside of an upper end of the container part ; and an outer cap coupled to an outside of the inner cap and configured to accomodate the pressing part , wherein the inner cap comprises an inner wall detachably coupled to the container part ; and a sealing part extending inward from the inner wall and in contact with the accommodation tube to seal the second accommodation part ; wherein an upper end of the accommodation tube is in contact with the sealing part to seal the second accommodation part , wherein the accommodation tube is adapted to block the solid content moved to the second accommodation part and the liquid content in the container part . a container part configured to accommodate a liquid content; an upper cap detachably coupled to the container part and comprising a first accommodation part configured to accommodate a solid content and a pressing part configured to be moved by pressing; and a lower cap inserted into the container part and comprising an accommodation tube defining a second accommodation part and a plurality of communication holes disposed in an outside of the accommodation tube to communicate with the container part , wherein the solid content is moveable from the first accommodation part to the second accommodation part by the pressing of the pressing part of the upper cap , wherein the second accommodation part is located below the first accommodation part , characterized in that the upper cap further comprises an inner cap detachably coupled to an outside of an upper end of the container part ; and an outer cap coupled to an outside of the inner cap and configured to accomodate the pressing part , wherein the inner cap comprises an inner wall detachably coupled to the container part ; and a sealing part extending inward from the inner wall and in contact with the accommodation tube to seal the second accommodation part ; wherein an upper end of the accommodation tube is in contact with the sealing part to seal the second accommodation part , wherein the accommodation tube is adapted to block the solid content moved to the second accommodation part and the liquid content in the container part .
A multi-component system comprising: a) one or a plurality of individually packaged doses of a palatable osmotic agent substantially free of salt, to be administered in aqueous solution; and b) one or a plurality of doses of electrolytes in a pill, capsule, tablet, or gel-cap; wherein the osmotic agent is a polyethylene glycol; and the electrolytes comprise one or more salts of sodium sulfate, sodium bicarbonate, sodium chloride, sodium phosphate, potassium bicarbonate, potassium chloride, potassium phosphate, potassium sulfate, magnesium sulfate, magnesium bicarbonate, magnesium chloride, magnesium phosphate, calcium bicarbonate, calcium chloride, calcium phosphate, calcium sulfate, ascorbic acid and/or sodium ascorbate; for use as a medicament for the preparation of a subject for a colon-related procedure. a) one or a plurality of individually packaged doses of a palatable osmotic agent substantially free of salt, to be administered in aqueous solution; and b) one or a plurality of doses of electrolytes in a pill, capsule, tablet, or gel-cap;
Method for filling a pipeline circuit of a heat pump with a refrigerant, comprising the steps of: • setting up the heat pump at a place of use, wherein the pipeline circuit is substantially free of refrigerant, • filling the pipeline circuit with refrigerant from at least one refrigerant-filled container , characterized by the step of: • keeping the at least one container in the pipeline circuit during a period of use of the heat pump , wherein this step is realized after filling the pipeline circuit with refrigerant. • setting up the heat pump at a place of use, wherein the pipeline circuit is substantially free of refrigerant, • filling the pipeline circuit with refrigerant from at least one refrigerant-filled container , characterized by the step of: • keeping the at least one container in the pipeline circuit during a period of use of the heat pump , wherein this step is realized after filling the pipeline circuit with refrigerant. • keeping the at least one container in the pipeline circuit during a period of use of the heat pump , wherein this step is realized after filling the pipeline circuit with refrigerant.
An elongated torque tube for use in medical applications, comprising an elongated tubular structure having a circular cross section and defining a longitudinal axis and a circumferential axis comprising a helical cut with a predetermined pitch or multiple varied pitches and having a finite kerf width and extending along at least a portion of the length of the elongated tubular structure, the helical cut includes a plurality of flexural units located down the helical cut at a single spacing or multiple varied spacings, forming a helical cut pattern, characterised in that the flexural units are defined by discontinuous cuts which are substantially perpendicular to the helical cut pattern.
A method comprising: contacting a feedstock comprising purified used oil with an extraction solvent to perform continuous liquid-liquid solvent extraction, to produce an extract stream comprising the extraction solvent and an extract dissolved in the extraction solvent, wherein the feedstock and the extraction solvent are agitated by a variable speed agitator during the solvent extraction at a selected agitation speed; separating the extract from the extraction solvent; and subjecting the extract to a continuous flow liquid phase hydrogenation treatment to produce an oil product having a viscosity index of at least 80, wherein purified used oil refers to any used oil that has been subjected to one or more purification treatment(s) to remove impurities either completely or partially. contacting a feedstock comprising purified used oil with an extraction solvent to perform continuous liquid-liquid solvent extraction, to produce an extract stream comprising the extraction solvent and an extract dissolved in the extraction solvent, wherein the feedstock and the extraction solvent are agitated by a variable speed agitator during the solvent extraction at a selected agitation speed; separating the extract from the extraction solvent; and subjecting the extract to a continuous flow liquid phase hydrogenation treatment to produce an oil product having a viscosity index of at least 80, wherein purified used oil refers to any used oil that has been subjected to one or more purification treatment(s) to remove impurities either completely or partially.
Valve module comprising a threaded mounting sleeve , attachable to a housing of a power tool further comprising an inlet air flow limiting valve arranged to be located inside an air inlet passage of a power tool, the inlet air flow limiting valve is adjustable to provide a varying flow area between a closed position and an open position, said valve module further comprises a rotatable valve and a non-rotatable valve cylinder , both provided with interacting flow openings , and a rotatable maneuver ring connected to said valve for rotating said valve and shift said flow limiting valve (30-33) between the open and the closed positions such that the inlet air flow limiting valve is adjustable to provide for a varying flow area between said closed position to fully open position with an optimum fully open flow area in relation to the available valve dimensions, and characterised in that the rotatable valve is a rotatable valve disc , the non-rotatable valve cylinder has a closed transverse end wall , the rotatable valve disc and the non-rotatable valve cylinder with the closed transverse end wall are both provided with identical interacting butterfly shaped openings.
A positive active material composite particle comprising: a positive active material particle ; a conductive particle existing on a surface of the positive active material particle and having a smaller diameter than the positive active material particle ; and a binder resin located on the surface of the positive active material particle bonding the surface of the positive active material particle and the conductive particle , wherein the binder resin is distributed in a mottled state to have a plurality of portions spaced with a gap from each other and adhered to the surface of the positive active material particle , and the conductive particle is located on the binder resin distributed in the mottled state. a positive active material particle ; a conductive particle existing on a surface of the positive active material particle and having a smaller diameter than the positive active material particle ; and a binder resin located on the surface of the positive active material particle bonding the surface of the positive active material particle and the conductive particle , wherein the binder resin is distributed in a mottled state to have a plurality of portions spaced with a gap from each other and adhered to the surface of the positive active material particle , and the conductive particle is located on the binder resin distributed in the mottled state.
An apparatus (10; 20), comprising: means for determining a formula for determining an ambient light value from ambient light data provided by at least one ambient light sensor , from a plurality of different formulae for determining an ambient light value, based on a manufacturer of the at least one ambient light sensor, wherein the different formulae are associated with different manufacturers; and means for determining the ambient light value from ambient light data provided by the at least one ambient light sensor using the determined formula associated with the manufacturer of the at least one ambient light sensor, wherein the determined ambient light value depends upon at least the spectral distribution of the ambient light data provided by the at least one ambient light sensor. means for determining a formula for determining an ambient light value from ambient light data provided by at least one ambient light sensor , from a plurality of different formulae for determining an ambient light value, based on a manufacturer of the at least one ambient light sensor, wherein the different formulae are associated with different manufacturers; and means for determining the ambient light value from ambient light data provided by the at least one ambient light sensor using the determined formula associated with the manufacturer of the at least one ambient light sensor, wherein the determined ambient light value depends upon at least the spectral distribution of the ambient light data provided by the at least one ambient light sensor.
A terminal comprising: a control section that, when transmitting HARQ-ACK, a first channel state information, CSI, part, and a second CSI part using an uplink shared channel, wherein the first CSI part includes a rank indicator, RI, and the second CSI part includes channel quality information, CQI, when a resource for the HARQ-ACK overlaps a resource for the second CSI part, controls to puncture the second CSI part; and a transmitting section that transmits the HARQ-ACK, the first CSI part, and the second CSI part using the uplink shared channel. a control section that, when transmitting HARQ-ACK, a first channel state information, CSI, part, and a second CSI part using an uplink shared channel, wherein the first CSI part includes a rank indicator, RI, and the second CSI part includes channel quality information, CQI, when a resource for the HARQ-ACK overlaps a resource for the second CSI part, controls to puncture the second CSI part; and a transmitting section that transmits the HARQ-ACK, the first CSI part, and the second CSI part using the uplink shared channel.
A watch comprising a middle and a bezel mounted rotating on this middle, the middle of axis , in which at least one annular inner channel is arranged between the bezel and the middle and comprising a maintaining means for maintaining the bezel on the middle and, between the bezel and the middle, a non-return means , these means being arranged at least in part in said annular inner channel , in which watch the bezel has at least one through recess , left free, for accessing said annular inner channel , placing this channel in permanent communication with the outside, characterized in that said at least one through recess has, in the axial direction of the axis , a thickness of between one third and two thirds of the thickness of said bezel , such that the through recess constitutes a flow means for preventing pollutants from accumulating in the annular inner channel by water circulation.
An electric pickup device for a bagpipe stock, the electric pickup device comprising a stock; a sensor adhered or embedded within an indented groove in an inner wall of the stock, said indented groove having a hole extending between said inner wall of said stock and an outer wall of said stock; and a wire extending from said sensor to a jack house mounted on the outer wall of said stock. a stock; a sensor adhered or embedded within an indented groove in an inner wall of the stock, said indented groove having a hole extending between said inner wall of said stock and an outer wall of said stock; and a wire extending from said sensor to a jack house mounted on the outer wall of said stock.
A method of making magnetizable abrasive particles, comprising: providing a ceramic particle precursor; coating the ceramic particle precursor with a magnetic coating; firing the magnetic coated ceramic particle precursor to create a sintered ferrite-coated ceramic particle; and wherein, after firing, the magnetic coated ceramic abrasive particle is responsive to a magnetic field. providing a ceramic particle precursor; coating the ceramic particle precursor with a magnetic coating; firing the magnetic coated ceramic particle precursor to create a sintered ferrite-coated ceramic particle; and wherein, after firing, the magnetic coated ceramic abrasive particle is responsive to a magnetic field.
Method of determining a readjustment value in position and/or in orientation of a stator segment of a multi segment stator of an electrical machine, the stator segment to be assembled with a shaft , the method comprising: detecting positions of plural first reference objects attached to the stator segment using a camera system ; detecting positions of plural second reference objects (111a, ..., 111f) attached to the shaft using a laser tracking system ; detecting positions of plural third reference objects attached to the camera system using the laser tracking system ; and determining the readjustment value in position and/or in orientation of the stator segment based on the positions of the plural first reference objects, the second reference objects and the third reference objects. detecting positions of plural first reference objects attached to the stator segment using a camera system ; detecting positions of plural second reference objects (111a, ..., 111f) attached to the shaft using a laser tracking system ; detecting positions of plural third reference objects attached to the camera system using the laser tracking system ; and determining the readjustment value in position and/or in orientation of the stator segment based on the positions of the plural first reference objects, the second reference objects and the third reference objects.
An additive gas delivery apparatus for delivery of additive gas to inspirational gas to be delivered to a patient, comprising gas administration unit having a user interface for entering a dosing setting for the additive gas; a control unit configured to determine a dose of the additive gas to be added to the inspirational gas based on at least one monitored signal representing a monitored parameter of an inspiratory gas flow of said inspirational gas to said patient and said dosing setting; at least one input for receiving a signal representing a value of said at least one monitored parameter and being connected to the control unit ; characterized in that the control unit is configured to determine at least one of the presence of the signal representing said value of the at least one monitored parameter and the value of the at least one monitored parameter being within a range of valid values; and the control unit is configured to switch the dosing setting of the additive gas to a backup dosing setting in response to determining disruption of signals representing a value of said at least one monitored parameter or the value of the at least one monitored parameter being outside the range of valid values.
Method for controlling an on-board motor vehicle battery charger without galvanic isolation, which is connected to an electrical power supply network and is provided with three phases and a neutral, with a filter comprising three capacitors (C1, C2, C3), which are each connected by one plate to a phase of the charger and connected together by their other plate, with a controlled relay (S n ), which is configured to connect one phase to the neutral, and with a three-phase relay , which is configured to interrupt the flow of a current in each phase, wherein the three-phase relay is controlled so that it closes, it is determined whether a first set of conditions is met, if so, it is determined that the charger is connected to a three-phase electrical power supply network and the charging of the battery is started, if not, it is determined whether the electrical power supply network is a single-phase network, if so, the charging of the battery is started, if not, it is determined that the network is unknown, charging is prohibited and an error signal is transmitted, said method being characterized in that the first set of conditions comprises the determination of the presence of phase-to-phase voltages between the phases, the determination that each one of the phase-to-phase voltages is higher than a first voltage threshold, the determination that the phase-to-phase voltages are balanced, and the determination that the current in each phase is higher than a first current threshold, in order to determine whether the electrical power supply network is a single-phase network, the three-phase relay is controlled so that it opens, and, after a first predetermined delay time, it is determined whether voltages are present on the phases of the charger, if so, the active phase is determined from among the phases of the charger as being the phase for which the voltage difference with respect to ground is higher than a voltage presence threshold, it is determined whether the voltage between the neutral and ground is lower than the voltage presence threshold, and whether the voltage between the phase that can be connected to the neutral by the controlled relay (S n ) and ground is lower than the voltage presence threshold, then, if so, the controlled relay (S n ) is controlled so that it closes and then, after a second predetermined delay time, the three-phase relay is controlled so that it closes, it is then determined whether the voltage between the active phase and the neutral is higher than a second voltage threshold and whether the current in the active phase is higher than a second current threshold and whether the current in the remaining phase is lower than said second current threshold, the remaining phase being the phase from among the phases of the charger that is different from the active phase and from the phase that is connected to the neutral via the controlled relay (S n ), if so, it is determined that the network is a single-phase network.