mhurhangee/ep-ind-claims huggingface dataset:
An onboard display control device that is to be installed in a vehicle configured to enable autonomous driving, the device comprising: an information acquisition section that is configured to, in a case in which the vehicle attempts to merge from a traveling lane into a merging destination lane during autonomous driving, acquire information regarding a point at which the attempt will be aborted, before the vehicle arrives at the point; and a display control section that is configured to display at a display portion (24, 26) that is to be provided within a vehicle cabin of the vehicle, characterized in that the display control section is configured to display the point at which the attempt will be aborted, before arrival at the point. an information acquisition section that is configured to, in a case in which the vehicle attempts to merge from a traveling lane into a merging destination lane during autonomous driving, acquire information regarding a point at which the attempt will be aborted, before the vehicle arrives at the point; and a display control section that is configured to display at a display portion (24, 26) that is to be provided within a vehicle cabin of the vehicle, characterized in that the display control section is configured to display the point at which the attempt will be aborted, before arrival at the point.
Apparatus for energizing an ignition output stage, having the following features: a supply voltage connection, which is suitable for connecting the apparatus to an energy reserve; a transistor having an input that is connected to the supply voltage connection, an output for providing an ignition current and a control input, wherein the transistor is configured to provide the ignition current depending on a control voltage that is applied to the control input; a capacitor, which is connected to the control input of the transistor and configured to provide the control voltage to the control input; and a supply circuit having a resistor that is connected between the capacitor and the supply voltage connection, wherein the supply circuit is configured to charge the capacitor to the control voltage by means of the resistor. a supply voltage connection, which is suitable for connecting the apparatus to an energy reserve; a transistor having an input that is connected to the supply voltage connection, an output for providing an ignition current and a control input, wherein the transistor is configured to provide the ignition current depending on a control voltage that is applied to the control input; a capacitor, which is connected to the control input of the transistor and configured to provide the control voltage to the control input; and a supply circuit having a resistor that is connected between the capacitor and the supply voltage connection, wherein the supply circuit is configured to charge the capacitor to the control voltage by means of the resistor.
A marker delivery device, comprising: a cannula including a distal end and a side aperture positioned proximate the distal end; one or more flexible flaps extending from the cannula to cover at least a portion of the side aperture; a rod extending within the cannula; and a flexible deployer operatively coupled with the rod and positioned proximate the side aperture, wherein the flexible deployer is configured to transition from a pre-actuated state to an actuated state, wherein the rod is configured to transition the flexible deployer to the actuated state to thereby expel a biopsy site marker through the one or more flexible flaps and out of the side aperture. a cannula including a distal end and a side aperture positioned proximate the distal end; one or more flexible flaps extending from the cannula to cover at least a portion of the side aperture; a rod extending within the cannula; and a flexible deployer operatively coupled with the rod and positioned proximate the side aperture, wherein the flexible deployer is configured to transition from a pre-actuated state to an actuated state, wherein the rod is configured to transition the flexible deployer to the actuated state to thereby expel a biopsy site marker through the one or more flexible flaps and out of the side aperture.
An adhesive composition comprising an aqueous medium and further comprising (i) particles of a polymer dispersed in said aqueous medium, wherein the composition has a polymer solids content of 5% to 70%, by dry weight of said polymer, based on the total weight of the composition, wherein said polymer is selected from water dispersible polyurethanes and water dispersible vinyl polymers; and (ii) other particles comprising fatty amide and one or more fatty acid, wherein 50 mole% or more of said fatty acid is in the carboxylate form, wherein the weight ratio of said fatty amide to said fatty acid is from 0.12:1 to 2.3:1, wherein said particles comprising fatty amide and one or more fatty acid are dispersed in said aqueous medium, and wherein said fatty amide is present in an amount of 0.1% to 5% by weight based on the dry weight of said polymer; said aqueous medium containing water in the amount of 60% or more by weight based on the weight of the aqueous medium. (i) particles of a polymer dispersed in said aqueous medium, wherein the composition has a polymer solids content of 5% to 70%, by dry weight of said polymer, based on the total weight of the composition, wherein said polymer is selected from water dispersible polyurethanes and water dispersible vinyl polymers; and (ii) other particles comprising fatty amide and one or more fatty acid, wherein 50 mole% or more of said fatty acid is in the carboxylate form, wherein the weight ratio of said fatty amide to said fatty acid is from 0.12:1 to 2.3:1, wherein said particles comprising fatty amide and one or more fatty acid are dispersed in said aqueous medium, and wherein said fatty amide is present in an amount of 0.1% to 5% by weight based on the dry weight of said polymer;
A method for controlled voltage boosting in a power generating unit which is provided in a motor vehicle and which is electrically conductively connected to an on-board electrical system of the motor vehicle and at least one storage unit for storing electrical charges, wherein an operating voltage is measured at the storage unit and a reference variable is generated depending on the measured operating voltage in a control unit, a load output voltage of the power generating unit being varied taking the reference variable as a basis, characterized in that as soon as the operating voltage at the storage unit decreases by a voltage difference absolute value, as reference variable a voltage value is generated by the reference variable being reduced by the voltage difference absolute value.
Animal pheromone formulation, characterized in that it comprises: a) A polyether solvent, b) An animal pheromone, and c) A polymeric viscosifying agent, wherein the polymeric viscosifying agent is a block copolymer containing an acrylic block and at least one methyl methacrylate block. a) A polyether solvent, b) An animal pheromone, and c) A polymeric viscosifying agent, wherein the polymeric viscosifying agent is a block copolymer containing an acrylic block and at least one methyl methacrylate block.
A container structure comprising: a container in which a content is contained, in which a flange extending outwards is formed on an upper end of the container, and in which a locking unit is formed on an inner circumference of the container, and a sealing cap that is combined with the locking unit and seals the container to be able to be opened and closed, wherein a locking rib that can be locked and unlocked to and from the locking unit is formed on an edge of the sealing cap, the container structure further comprises a lid film that is thermally attached to an upper surface of the sealing cap and an edge of which protrudes outwards from the edge of the sealing cap, and the edge of the lid film is heat-sealed onto the flange of the container characterised in that the sealing cap comprises long bending grooves in a lower surface thereof. a container in which a content is contained, in which a flange extending outwards is formed on an upper end of the container, and in which a locking unit is formed on an inner circumference of the container, and a sealing cap that is combined with the locking unit and seals the container to be able to be opened and closed, wherein a locking rib that can be locked and unlocked to and from the locking unit is formed on an edge of the sealing cap, the container structure further comprises a lid film that is thermally attached to an upper surface of the sealing cap and an edge of which protrudes outwards from the edge of the sealing cap, and the edge of the lid film is heat-sealed onto the flange of the container characterised in that the sealing cap comprises long bending grooves in a lower surface thereof.
A biophotonic composition comprising: at least 0.2% by weight of the total weight of the composition of a xanthene dye; a calcium phosphate mineral; and a cross-linked hyaluronic acid, or a non-cross linked hyaluronic acid having a molecular weight of at least 1 million Daltons. at least 0.2% by weight of the total weight of the composition of a xanthene dye; a calcium phosphate mineral; and a cross-linked hyaluronic acid, or a non-cross linked hyaluronic acid having a molecular weight of at least 1 million Daltons.
A method of making scrolls comprising: providing a tape having a first side and a second side wherein the first side of the tape has an adhesive disposed thereon and the second side of the tape has a release coating disposed thereon; fixing the adhesive to a solid surface; buff-coating exfoliatable particles on the release side of the tape to form a coating; and peeling the tape from the solid surface at an angle, wherein the coating separates from the release side of the tape and curls inwards to form scrolls. providing a tape having a first side and a second side wherein the first side of the tape has an adhesive disposed thereon and the second side of the tape has a release coating disposed thereon; fixing the adhesive to a solid surface; buff-coating exfoliatable particles on the release side of the tape to form a coating; and peeling the tape from the solid surface at an angle,
A dust separating apparatus for a vacuum cleaner, comprising: a dust separator defining a plurality of air inlets; a dust outlet that is less in number than the air inlets, the dust outlet for discharging dust separated from air suctioned through the respective air inlets; and a dust container for storing dust discharged through the dust outlet, wherein the dust separator comprises a body for generating cyclone airflow, and a pair of sides, each constituting one of either sides of the body, the sides parallelly facing one another, characterized in that: an outlet is formed to pass through each side to discharge air from which dust is separated in the dust separator, the dust outlet extends downward from the body of the dust separator, the air inlets are provided with one on either side of the dust separator, and the dust outlet is disposed between the plurality of air inlets. a dust separator defining a plurality of air inlets; a dust outlet that is less in number than the air inlets, the dust outlet for discharging dust separated from air suctioned through the respective air inlets; and a dust container for storing dust discharged through the dust outlet, wherein the dust separator comprises a body for generating cyclone airflow, and a pair of sides, each constituting one of either sides of the body, the sides parallelly facing one another, characterized in that: an outlet is formed to pass through each side to discharge air from which dust is separated in the dust separator, the dust outlet extends downward from the body of the dust separator, the air inlets are provided with one on either side of the dust separator, and the dust outlet is disposed between the plurality of air inlets. an outlet is formed to pass through each side to discharge air from which dust is separated in the dust separator, the dust outlet extends downward from the body of the dust separator, the air inlets are provided with one on either side of the dust separator, and the dust outlet is disposed between the plurality of air inlets.
An arrangement for transferring fuel from one or more secondary tanks to a main tank, which arrangement comprises: - a main tank comprising an ancillary space, both of them intended to contain fuel, which fuel is transferred from the ancillary space to a fuel-consuming unit; - one or more secondary tanks intended to contain fuel; - a venturi tube situated close to the main tank and each of the secondary tanks; - a return line intended to lead surplus fuel back from the fuel-consuming unit to the main tank, which return line is divided into as many secondary return lines as the total number of tanks, comprising secondary tanks and the main tank; characterised in that each secondary return line lead to the ancillary space and which transfer of fuel from the respective secondary tanks and the main tank to the ancillary space takes place by means of venturi tubes arranged along each secondary return line, and wherein the arrangement further comprises a transfer line which extends from each of the secondary tanks and the main tank to any of the the venturi tubes, and that a drainage hose runs between the bottom of the main tank and the bottom of at least one secondary tank, whereby the transfer line connects to the secondary return line so that the return flow from the fuel-consuming unit is used to transfer fuel, by means of the venturi tube, from the secondary tanks and the main tank to the ancillary space. - a main tank comprising an ancillary space, both of them intended to contain fuel, which fuel is transferred from the ancillary space to a fuel-consuming unit; - one or more secondary tanks intended to contain fuel; - a venturi tube situated close to the main tank and each of the secondary tanks; - a return line intended to lead surplus fuel back from the fuel-consuming unit to the main tank, which return line is divided into as many secondary return lines as the total number of tanks, comprising secondary tanks and the main tank;
A method for cleaning at least one test sample well, arranged in a test card for analysis, using at least one cleaning head including at least one cleaning tube with an outer wall and an inner wall and outputting, at its free end (7 1), a cleaning fluid, and a suction tube mounted inside the cleaning tube for sucking the soiled cleaning fluid from its free end (14 1) located in the vicinity of the free end (7 1) of the cleaning tube, the method consisting in ensuring relative movement between the test card and the cleaning head, so that the test card occupies a cleaning position in which the cleaning tube outputs, at its free end, the cleaning fluid inside the well to be cleaned and the suction tube sucks the soiled cleaning fluid, characterized in that it consists, into the cleaning position, in ensuring relative movement between the test card and the cleaning head so as to ensure bearing of the free end (7 1) of the cleaning tube against the test card in view of creating an air inlet between the outside and the inside of the free end (7 1) of the cleaning tube, either by arranging a series of channels on a transverse face delimiting the free end (7 1) of the cleaning tube, these channels extending radially on the transverse face between the outer wall and the inner wall of the cleaning tube, or by providing that the cleaning tube has a rough transverse face delimiting the air inlet between the outer wall and the inner wall so as to create a swirl of the cleaning fluid inside the well to be cleaned.
A method for managing a heterogeneous cellular network comprising at least one macro cell and a plurality of small cells, comprising the steps of: defining a geographical area and identifying all macro cells included within the defined area; obtaining measurement reports of wireless entities currently operative within the defined area, wherein the measurement reports comprise information that relates to an intensity at which communication signals are received by each respective one of the receiving wireless entities; based on the measurement reports obtained, establishing one or more neighbors' relations lists for groups of small cells located within all macro cells included in the defined area, by using virtual cell IDs of said small cells. defining a geographical area and identifying all macro cells included within the defined area; obtaining measurement reports of wireless entities currently operative within the defined area, wherein the measurement reports comprise information that relates to an intensity at which communication signals are received by each respective one of the receiving wireless entities; based on the measurement reports obtained, establishing one or more neighbors' relations lists for groups of small cells located within all macro cells included in the defined area, by using virtual cell IDs of said small cells.
Bidirectional bipolar transistor switch arrangement, comprising: a first bipolar transistor of the PNP type and a second bipolar transistor of the PNP type connected in anti-parallel between a first terminal and a second terminal, a resistor connected to the base of the first bipolar transistor and of the second bipolar transistor and to a control terminal, the bidirectional bipolar transistor switch arrangement being characterized in that it furter comprises: a first diode connected with anode to the first terminal, a second diode connected with anode to the second terminal, the first diode and the second diode being connected via respective cathodes to a supply terminal that is linked to a control device to which a supply signal (Supply) is provided through the first and second diodes depending on which of the first terminal and second terminal a power supply is provided, wherein the control terminal is configured to receive a control signal (Control) and wherein the control terminal is linked to the control device from which the control signal is provided. a first bipolar transistor of the PNP type and a second bipolar transistor of the PNP type connected in anti-parallel between a first terminal and a second terminal, a resistor connected to the base of the first bipolar transistor and of the second bipolar transistor and to a control terminal, the bidirectional bipolar transistor switch arrangement being characterized in that it furter comprises: a first diode connected with anode to the first terminal, a second diode connected with anode to the second terminal, the first diode and the second diode being connected via respective cathodes to a supply terminal that is linked to a control device to which a supply signal (Supply) is provided through the first and second diodes depending on which of the first terminal and second terminal a power supply is provided, wherein the control terminal is configured to receive a control signal (Control) and wherein the control terminal is linked to the control device from which the control signal is provided. a first diode connected with anode to the first terminal, a second diode connected with anode to the second terminal, the first diode and the second diode being connected via respective cathodes to a supply terminal that is linked to a control device to which a supply signal (Supply) is provided through the first and second diodes depending on which of the first terminal and second terminal a power supply is provided, wherein the control terminal is configured to receive a control signal (Control) and wherein the control terminal is linked to the control device from which the control signal is provided.
A method comprising: sending, by a base station via a second carrier to a terminal, a message indicating a resource region occupied by a first carrier, wherein the second carrier shares a common resource area with the first carrier, and the common resource area comprises the resource region and wherein the message comprises a shift value and a quantity of antennas, the shift value is between a reference cell-specific reference signal, CRS, pattern with the quantity of antennas and a CRS pattern used for the CRS transmission in the first carrier; and transmitting, by the base station, data to the terminal via the second carrier not occupying the resource region and wherein the resource region is a position at which the CRS of the first carrier is located. sending, by a base station via a second carrier to a terminal, a message indicating a resource region occupied by a first carrier, wherein the second carrier shares a common resource area with the first carrier, and the common resource area comprises the resource region and wherein the message comprises a shift value and a quantity of antennas, the shift value is between a reference cell-specific reference signal, CRS, pattern with the quantity of antennas and a CRS pattern used for the CRS transmission in the first carrier; and transmitting, by the base station, data to the terminal via the second carrier not occupying the resource region and wherein the resource region is a position at which the CRS of the first carrier is located.
An in vitro method for formation of pancreatic cell clusters comprising: a. selecting a group of isolated pancreatic cells to be clustered; b. forming a suspension of the cells in a liquid medium containing serum; c. incubating the medium containing the cells in a volumetric space bounded by a surface; and d. limiting cellular attachment to the surface, wherein the surface has a surface area and the step of limiting cellular attachment to the surface comprises limiting the surface area available for cellular attachment or wherein the method further comprises manipulation of culture conditions involving the addition of factors to prevent further cluster aggregation. a. selecting a group of isolated pancreatic cells to be clustered; b. forming a suspension of the cells in a liquid medium containing serum; c. incubating the medium containing the cells in a volumetric space bounded by a surface; and d. limiting cellular attachment to the surface,
A converter circuit for an inverter, the converter circuit comprising a current measuring circuit and at least one switching device, the current measuring circuit comprising a positive supply rail, a negative supply rail, a reference potential rail and a current measuring device, the switching device being connected between the supply rails (16, 18) and having an output rail, the current measuring device being connected to each supply rail (16, 18) and to the reference potential rail, 18) and has an output rail, wherein the current measuring device is connected to each supply rail (16, 18) and to the reference potential rail, wherein the current measuring device is designed to measure an electrical fault current between one of the supply rails (16, 18) and the reference potential rail in each case.