mhurhangee/ep-ind-claims huggingface dataset:
A spuit type cosmetics container comprising a main container having an opening and a spuit having a spuit tube going into and out the main container through the opening and thread-coupled with the main container, wherein the spuit includes a cap with which the spuit tube is coupled, an up/down button spaced apart from the top side of the cap, an elastic member disposed between the up/down button and the cap, and a cam encasing the up/down button; and one of the up/down button and the cam includes a cam protrusion and the other includes an inclined guide guiding the cam protrusion in an inclined direction such that rotation of the cap is transformed into gradual and automatic ascending and into gradual and automatic descending of the up/down button without pressing the up/down button, the spuit type cosmetics container further comprising a wiper disposed in the main container to wipe cosmetics stuck on the spuit tube, wherein the spuit type cosmetics container further comprising an auxiliary wiper not coupled with the opening but the inside of the main container and has a disc-shaped center, wherein the cap comprises: an inner cap including a vertical guide to guide the cam protrusion vertically as the cam protrusion is guided by the inclined guide when the cap is rotated for the thread coupling with the main container; and an outer cap coupled with the inner cap and encasing the cam such that the cam is disposed between the outer cap and the inner cap. an inner cap including a vertical guide to guide the cam protrusion vertically as the cam protrusion is guided by the inclined guide when the cap is rotated for the thread coupling with the main container; and an outer cap coupled with the inner cap and encasing the cam such that the cam is disposed between the outer cap and the inner cap.
A method for identifying a single nucleotide residue of interest at a position within a stretch of consecutive nucleotide residues in a nucleic acid, comprising the steps of: a) incubating a plurality of the nucleic acids, under an applied voltage, with a nanopore, wherein the nanopore is conjugated to several identical primers, and wherein the nanopore comprises: i) seven alpha hemolysin monomers; or ii) eight MspA monomers; or iii) nine CsgG monomers; wherein one of the identical primers is hybridized to the nucleotides in a nucleic acid of the plurality of nucleic acids immediately 3' to the single nucleotide residue of interest; at least one labeled terminating nucleotide polyphosphate analogue, wherein the label is attached to the base of the NPP analogue; and a nucleic acid polymerase; so that an NPP analogue is incorporated into the primer if it is complementary to the single nucleotide residue of interest, and the label attached to the incorporated NPP analogue is pulled into the nanopore under the applied voltage; b) detecting by nanopore the blockade signature of the label of the NPP analogue incorporated into the primer, so as to identify the incorporated NPP analogue; thereby identifying the single nucleotide residue of interest. a) incubating a plurality of the nucleic acids, under an applied voltage, with a nanopore, wherein the nanopore is conjugated to several identical primers, and wherein the nanopore comprises: i) seven alpha hemolysin monomers; or ii) eight MspA monomers; or iii) nine CsgG monomers; wherein one of the identical primers is hybridized to the nucleotides in a nucleic acid of the plurality of nucleic acids immediately 3' to the single nucleotide residue of interest; at least one labeled terminating nucleotide polyphosphate analogue, wherein the label is attached to the base of the NPP analogue; and a nucleic acid polymerase; so that an NPP analogue is incorporated into the primer if it is complementary to the single nucleotide residue of interest, and the label attached to the incorporated NPP analogue is pulled into the nanopore under the applied voltage; a nanopore, wherein the nanopore is conjugated to several identical primers, and wherein the nanopore comprises: i) seven alpha hemolysin monomers; or ii) eight MspA monomers; or iii) nine CsgG monomers; wherein one of the identical primers is hybridized to the nucleotides in a nucleic acid of the plurality of nucleic acids immediately 3' to the single nucleotide residue of interest; i) seven alpha hemolysin monomers; or ii) eight MspA monomers; or iii) nine CsgG monomers; at least one labeled terminating nucleotide polyphosphate analogue, wherein the label is attached to the base of the NPP analogue; and a nucleic acid polymerase; b) detecting by nanopore the blockade signature of the label of the NPP analogue incorporated into the primer, so as to identify the incorporated NPP analogue;
A sprayer comprising: an air pump; a motor and a battery for driving the pump; a mist nozzle; a tank for storing a mist liquid concentrate; and a cylindrical main body case for housing these respective devices, wherein a mist opening is open in an upper portion of a front wall of the main body case, the mist nozzle is disposed on an inner side of the mist opening, the air pump for supplying pressurized air to the mist nozzle, the motor for driving the pump, and an electrical component section including the battery are disposed on a back half side in the main body case, and the tank extending from a bottom portion of the main body case to a position below the mist nozzle is detachably housed on a front half side in the main body case, characterized in that an inside of the main body case is divided into a front chamber on a front side and a back chamber on a back side by a division wall continuous in the vertical direction, the tank is housed in the front chamber, and the air pump, the motor, and the electrical component section including the battery are housed in the back chamber, a coupling member to which a connection portion provided to an upper portion of the tank is to be connected is fixed to an upper end of the front chamber, a positioning portion for receiving a peripheral face of the tank and positioning the connection portion with respect to the coupling member is formed on an inner face of an upper portion of the front chamber and an upper portion of the division wall is brought closer to the front wall of the main body case than the other portion of the division wall so as to form the positioning portion integrally with the division wall. wherein a mist opening is open in an upper portion of a front wall of the main body case, the mist nozzle is disposed on an inner side of the mist opening, the air pump for supplying pressurized air to the mist nozzle, the motor for driving the pump, and an electrical component section including the battery are disposed on a back half side in the main body case, and the tank extending from a bottom portion of the main body case to a position below the mist nozzle is detachably housed on a front half side in the main body case, characterized in that an inside of the main body case is divided into a front chamber on a front side and a back chamber on a back side by a division wall continuous in the vertical direction, the tank is housed in the front chamber, and the air pump, the motor, and the electrical component section including the battery are housed in the back chamber, a coupling member to which a connection portion provided to an upper portion of the tank is to be connected is fixed to an upper end of the front chamber, a positioning portion for receiving a peripheral face of the tank and positioning the connection portion with respect to the coupling member is formed on an inner face of an upper portion of the front chamber and an upper portion of the division wall is brought closer to the front wall of the main body case than the other portion of the division wall so as to form the positioning portion integrally with the division wall.
A travel control method for a vehicle, comprising: performing first autonomous lane change control by which a subject vehicle (V 0) changes lanes from a subject vehicle lane in which the subject vehicle (V 0) travels to an adjacent lane; and consecutively performing second and subsequent autonomous lane change control by which the subject vehicle (Vo) changes lanes from the adjacent lane to another adjacent lane in the same direction of lane change, after performing the first autonomous lane change control from the subject vehicle lane to the adjacent lane, characterized in that lateral speed for performing the second and subsequent autonomous lane change control is set slower than lateral speed for performing the first autonomous lane change control. performing first autonomous lane change control by which a subject vehicle (V 0) changes lanes from a subject vehicle lane in which the subject vehicle (V 0) travels to an adjacent lane; and consecutively performing second and subsequent autonomous lane change control by which the subject vehicle (Vo) changes lanes from the adjacent lane to another adjacent lane in the same direction of lane change, after performing the first autonomous lane change control from the subject vehicle lane to the adjacent lane, characterized in that lateral speed for performing the second and subsequent autonomous lane change control is set slower than lateral speed for performing the first autonomous lane change control.
A washing appliance comprising: i) a drum which forms a washing compartment for the articles to be washed, the drum being rotatable about an axis of rotation and comprising an opening through which the articles to be washed can be introduced and extracted; ii) a shaft for rotationally driving the drum and extending along the axis of rotation; the drum in turn comprising a flank which extends transversally to the rotational drive shaft and which partly delimits the washing compartment of the drum; wherein the flank comprises: - a hole coaxial with the axis of rotation in which the rotational drive shaft of the drum is inserted; - a first wall and a second wall placed side by side and irremovably connected, the first wall contributing to delimiting the washing compartment; - first means for balancing the mass of the articles to be washed in the drum, the first balancing means comprising: a first annular chamber which encircles the axis of rotation and which is suitable for containing first rolling members; the first annular chamber being formed by coupling the first and second walls (41, 42); characterized in that the flank comprises pushing means for pushing the articles to be washed, the pushing means comprising ribs made as one with the first wall and projecting towards the inside of the drum. i) a drum which forms a washing compartment for the articles to be washed, the drum being rotatable about an axis of rotation and comprising an opening through which the articles to be washed can be introduced and extracted; ii) a shaft for rotationally driving the drum and extending along the axis of rotation; - a hole coaxial with the axis of rotation in which the rotational drive shaft of the drum is inserted; - a first wall and a second wall placed side by side and irremovably connected, the first wall contributing to delimiting the washing compartment; - first means for balancing the mass of the articles to be washed in the drum, the first balancing means comprising: a first annular chamber which encircles the axis of rotation and which is suitable for containing first rolling members; the first annular chamber being formed by coupling the first and second walls (41, 42);
A semi-continuous or continuous casting mold with a bleedout detection system comprising: a casting mold framework; a molten metal casting mold with a mold inlet and a mold outlet, the mold outlet having a mold cavity perimeter; and a bleedout detection system comprising: a signal generator that provides a balanced current to a bleedout sensor/conductor, at or near the mold outlet perimeter; means for monitoring bleedout sensor/conductor impedance; and a programmable controller configured to receive an electrical signal from the bleedout detection system regarding the status of the sensor/conductor. a casting mold framework; a molten metal casting mold with a mold inlet and a mold outlet, the mold outlet having a mold cavity perimeter; and a bleedout detection system comprising: a signal generator that provides a balanced current to a bleedout sensor/conductor, at or near the mold outlet perimeter; means for monitoring bleedout sensor/conductor impedance; and a programmable controller configured to receive an electrical signal from the bleedout detection system regarding the status of the sensor/conductor. a signal generator that provides a balanced current to a bleedout sensor/conductor, at or near the mold outlet perimeter; means for monitoring bleedout sensor/conductor impedance; and a programmable controller configured to receive an electrical signal from the bleedout detection system regarding the status of the sensor/conductor.
Hemostatic composition comprising crosslinked gelatin in particulate form suitable for use in hemostasis, wherein the composition is present in paste form containing 15.0 to 19.5% (w/w) crosslinked gelatin, preferably 16.0 to 19.5% (w/w), 16.5 to 19.5% (w/w), 17.0 to 18.5% (w/w) or 17.5 to 18.5% (w/w), more preferred 16.5 to 19.0% (w/w) or 16.8 to 17.8% (w/w), especially preferred 16.5 to 17.5% (w/w), and wherein the composition comprises an extrusion enhancer, wherein the extrusion enhancer is albumin in an amount of between 0.5 to 5.0% (w/w).
A method of preparing a negative electrode, the method comprising steps of: forming a simple cell by sequentially stacking a preliminary negative electrode, a separator, and a lithium metal; applying a current after the simple cell is immersed in an electrolyte solution containing a lithium salt and a solvent; separating the preliminary negative electrode from the simple cell after removing the simple cell immersed in the electrolyte solution from the electrolyte solution; washing the separated preliminary negative electrode; performing first drying on the washed preliminary negative electrode at room temperature; and performing second drying on the first dried preliminary negative electrode at a temperature of 30°C to 70°C in a vacuum state. forming a simple cell by sequentially stacking a preliminary negative electrode, a separator, and a lithium metal; applying a current after the simple cell is immersed in an electrolyte solution containing a lithium salt and a solvent; separating the preliminary negative electrode from the simple cell after removing the simple cell immersed in the electrolyte solution from the electrolyte solution; washing the separated preliminary negative electrode; performing first drying on the washed preliminary negative electrode at room temperature; and performing second drying on the first dried preliminary negative electrode at a temperature of 30°C to 70°C in a vacuum state.
A method for memory allocation, the method comprising: determining a first amount of use for a first memory page and a second amount of use for a second memory page, wherein the first memory page is mapped to a first page group of a first group level and the second memory page is mapped to a second page group of the first group level, and the first memory page and the second memory page are mapped to a third page group of a second group level, wherein a group level refers to the number of consecutive pages within a page group; and selecting based an allocation request to allocate a number of one or more consecutive pages, one or more memory pages for allocation by searching a data structure comprising a tree, each node of said tree associated with a respective free list and an amount of use level, each free list including entries for one or more free memory pages at each said group level, said memory pages having the amount of use associated with their corresponding node, wherein the tree is searched by searching for a node having a specific amount of use, by progressively searching the group levels of the free list associated with said searched node and by selecting for allocation one or more memory pages of the free list based on the requested number of consecutive pages. determining a first amount of use for a first memory page and a second amount of use for a second memory page, wherein the first memory page is mapped to a first page group of a first group level and the second memory page is mapped to a second page group of the first group level, and the first memory page and the second memory page are mapped to a third page group of a second group level, wherein a group level refers to the number of consecutive pages within a page group; and selecting based an allocation request to allocate a number of one or more consecutive pages, one or more memory pages for allocation by searching a data structure comprising a tree, each node of said tree associated with a respective free list and an amount of use level, each free list including entries for one or more free memory pages at each said group level, said memory pages having the amount of use associated with their corresponding node, wherein the tree is searched by searching for a node having a specific amount of use, by progressively searching the group levels of the free list associated with said searched node and by selecting for allocation one or more memory pages of the free list based on the requested number of consecutive pages.
A liquid material discharge device comprising: a storage container in which a liquid material is stored; a discharge port through which the liquid material is discharged; a pressure control valve that adjusts a pressure of a compressed gas supplied from an external compressed gas source to a desired level; a discharge valve that establishes or cuts off communication between the pressure control valve and the storage container; a control device that controls operation of the discharge valve; a first flow line connecting the pressure control valve and the discharge valve; and a second flow line connecting the discharge valve and the storage container, characterized in that the liquid discharge device further comprises a third flow line branched from the first flow line, and a leak mechanism connected to the third flow line, and the leak mechanism vents, to the outside, part of the compressed gas under the pressure adjusted by the pressure control valve. a storage container in which a liquid material is stored; a discharge port through which the liquid material is discharged; a pressure control valve that adjusts a pressure of a compressed gas supplied from an external compressed gas source to a desired level; a discharge valve that establishes or cuts off communication between the pressure control valve and the storage container; a control device that controls operation of the discharge valve; a first flow line connecting the pressure control valve and the discharge valve; and a second flow line connecting the discharge valve and the storage container, characterized in that the liquid discharge device further comprises a third flow line branched from the first flow line, and a leak mechanism connected to the third flow line, and the leak mechanism vents, to the outside, part of the compressed gas under the pressure adjusted by the pressure control valve.
Dispensing device for a spreading device of a spreading vehicle for dispensing spreading agents, having at least one base body and a cover fixedly connected to the base body, wherein the base body defines a receiving space for supplied liquid spreading agent and is substantially designed in a cylindrical shape, wherein the base body comprises at least one bottom section (5.1) forming an underside of the dispensing device with an inlet opening, and also at least one wall section (5.2) projecting from the bottom section (5.1) and concentrically surrounding an axis of rotation, wherein the dispensing device, which can be driven to rotate, comprises multiple discharge units each with an discharge opening (7.1) for dispensing the liquid spreading agents out of the receiving space, wherein the discharge units are arranged in the area of the wall section (5.2) of the base body and correspond with outlet openings provided in the wall section (5.2), wherein the dispensing device is equipped in such a way that, due to a centrifugal force arising during rotation about the axis of rotation, the liquid spreading agent is dispensed outwardly in a stream from the receiving space through the discharge units, and that the discharge units are designed to be variably adjustable in such a way that a direction of the stream of the dispensing liquid spreading agents at the discharge opening (7.1) can be adjusted.
A method of making a fluidic device, the method comprising: locating temporary fillers within at least some of the cells of an extruded body including extended cells therein, locating a meltable glass sheet material on a face of the extruded body including extended cells therein; interconnecting at least some of the cells by melting the sheet material such that the temporary fillers block the entry of a glass sheet material into the at least some cells and the melted glass sheet material flows into the other cells to form a fluidic passage through the body defined within the at least some of the cells; hardening the melted glass sheet material to form plugs within the at least some of the cells; and removing the temporary fillers. locating temporary fillers within at least some of the cells of an extruded body including extended cells therein, locating a meltable glass sheet material on a face of the extruded body including extended cells therein; interconnecting at least some of the cells by melting the sheet material such that the temporary fillers block the entry of a glass sheet material into the at least some cells and the melted glass sheet material flows into the other cells to form a fluidic passage through the body defined within the at least some of the cells; hardening the melted glass sheet material to form plugs within the at least some of the cells; and removing the temporary fillers.
A method for a user equipment, UE, to perform public land mobile network, PLMN, selection associated with proximity services, ProSe, direct communication in a wireless communication system, the method comprising: selecting, by the UE, a PLMN; performing, by the UE, a registration on the selected PLMN; receiving, by the UE, a failed registration code of "PLMN not allowed" due to failing of registration on the selected PLMN; and performing, by the UE, the ProSe direct communication on the selected PLMN in a limited service state, wherein the UE does not perform an additional PLMN selection until execution of the ProSe direct communication is ended in the selected PLMN, after entering the limited service state. selecting, by the UE, a PLMN; performing, by the UE, a registration on the selected PLMN; receiving, by the UE, a failed registration code of "PLMN not allowed" due to failing of registration on the selected PLMN; and performing, by the UE, the ProSe direct communication on the selected PLMN in a limited service state, wherein the UE does not perform an additional PLMN selection until execution of the ProSe direct communication is ended in the selected PLMN, after entering the limited service state.