mhurhangee/ep-ind-claims huggingface dataset:
A polyester resin composition which contains an ionic liquid that can dissolve the acid component monomer and / or oligomers of the polyester, as determined by the method as defined in the description, wherein the surface roughness Ra of a capture plate is less than 0.150 μm as measured when a sample of the polyester resin composition is melted at 300°C for 60 minutes under a nitrogen atmosphere, quickly cooled and thermally treated at 220°C for 8 hours to form scattered products which are then attached to the capture plate; or wherein the production rate of an acid component monomer and/or the production rate of oligomers is/are less than 0.70, as defined by the following formulae and: Production rate of acid component monomer = amount of produced acid component monomer / acid component monomer content Production rate of oligomers = amount of produced oligomers / oligomer content and wherein the surface roughness Ra of the capture plate and the production rates of acid component monomer and oligomers are determined by the methods defined in the description.
A device for controlling movement of a drawer relative to a cabinet, where the drawer and cabinet are mounted with respect to each other by a slide rail assembly (S1, S2), e.g. in a piece of furniture, said device comprising an actuator for imparting a biasing force to said drawer in a first direction, a housing attachable to said cabinet for mounting said actuator for reciprocable movement in and opposite to said first direction, damper means operable on the actuator to impart a damping force thereto in a sense to resist its movement in said first direction, and a catch (16, 30) attachable to the drawer for releasably engaging the actuator, wherein the housing and catch comprise locating means for determining their relative positions on the cabinet and drawer during their attachment to the cabinet and drawer, respectively, the housing comprising one or two legs operable to sit on the slide rail assembly (S1, S2) to determine the vertical position of the housing with respect to said first direction, and a locating flange on a front edge of the housing to determine the horizontal position of the housing and designed to abut the front edge of the cabinet side panel and wherein the housing further comprises a land (24, 31) for engaging the catch in the attached position of the housing to determine the position of attachment of said catch with respect to a direction perpendicular to said first direction. wherein the housing and catch comprise locating means for determining their relative positions on the cabinet and drawer during their attachment to the cabinet and drawer, respectively, the housing comprising one or two legs operable to sit on the slide rail assembly (S1, S2) to determine the vertical position of the housing with respect to said first direction, and a locating flange on a front edge of the housing to determine the horizontal position of the housing and designed to abut the front edge of the cabinet side panel and wherein the housing further comprises a land (24, 31) for engaging the catch in the attached position of the housing to determine the position of attachment of said catch with respect to a direction perpendicular to said first direction.
A method of forming one or more flanges (5, 6), on or in a hollow continuously wound structural member, the method including the steps of providing a tapered mandrel on which to continuously wind a loop of filament or filaments to form a hollow structural member, providing an end-forming plate (2, 3) at at least one end of the mandrel, wherein the method further comprises placing one or more formers on the outside of the mandrel adjacent to but spaced from the or each end plate (2, 3) to form one or more flanges (5, 6) between the formers and the end plate when the member has been fully wound and set within a resin, and subsequently removing the continuously wound structural member from the mandrel.
Flow wrapper which comprises a form tube, for forming a planar film into a film tube and for filling the film tube with a packaging item, said flow wrapper comprising means (7, 18) to provide a longitudinal- and/or cross-seal to the film tube, wherein said flow wrapper comprises a gas lance for providing a modified atmosphere in the film tube, characterized in, that it comprises two sensors (9, 12), wherein one sensor is provided upstream from the other sensor, the two sensors analyzing at least one component of the gas phase in the film tube and being located in the vicinity of the downstream end of the form- and fill-tube tube and upstream from the cross sealing means and in the vicinity of the outlet of the gas lance.
An apparatus, comprising: a NAND string (NS1, NS2, 700n, 710n, 720n, 730n) comprising a select gate transistor (717, 737, 757, 777) and a plurality of memory cells (MC, 702-716, 722-736, 742-756, 762-776), including a dummy memory cell (716, 736, 756, 776) adjacent to the select gate transistor, and data memory cells (704-714, 724-734, 744-754, 764-774); and a control circuit (51-53, 110, 122), the control circuit, to sense a selected data memory cell of the NAND string, is configured to apply a voltage to the selected data memory cell at a demarcation level (Vcgr1, Vcgr2) configured to demarcate between threshold voltage ranges of different data states, a voltage to unselected data memory cells of the NAND string at a respective pass level (Vpass), and a voltage to the dummy memory cell at a respective pass level (Vpass), and to subsequently decrease the voltage of the dummy memory cell from the respective pass level to a respective reduced level ( Vneg) before a decrease of the voltage of the unselected data memory cells from the respective pass level to a respective reduced level (Vdd, Vss), characterized in that: the respective reduced level of the dummy memory cell is a negative voltage (Vneg); and the respective reduced level of the unselected data memory cells is a non-negative voltage. a NAND string (NS1, NS2, 700n, 710n, 720n, 730n) comprising a select gate transistor (717, 737, 757, 777) and a plurality of memory cells (MC, 702-716, 722-736, 742-756, 762-776), including a dummy memory cell (716, 736, 756, 776) adjacent to the select gate transistor, and data memory cells (704-714, 724-734, 744-754, 764-774); and a control circuit (51-53, 110, 122), the control circuit, to sense a selected data memory cell of the NAND string, is configured to apply a voltage to the selected data memory cell at a demarcation level (Vcgr1, Vcgr2) configured to demarcate between threshold voltage ranges of different data states, a voltage to unselected data memory cells of the NAND string at a respective pass level (Vpass), and a voltage to the dummy memory cell at a respective pass level (Vpass), and to subsequently decrease the voltage of the dummy memory cell from the respective pass level to a respective reduced level ( Vneg) before a decrease of the voltage of the unselected data memory cells from the respective pass level to a respective reduced level (Vdd, Vss), characterized in that: the respective reduced level of the dummy memory cell is a negative voltage (Vneg); and the respective reduced level of the unselected data memory cells is a non-negative voltage.
A method for producing an oil-in-water emulsion composition, comprising the steps of: preparing an oil phase comprising: A) a physiologically acceptable salt of a tranexamate ester, B) an amphiphilic substance comprising at least one substance selected from a group consisting of alcohols, fatty acids, fatty acid esters, fatty acid ethers, glycerin fatty acid esters and glycerin monoalkyl ethers which have a carbon chain length of 6 to 22, C) an oily substance and D) water, a water-soluble organic solvent or a mixture thereof, wherein a weight ratio of the ingredients A:B is in the range of 1:0.5 to 1:2.5, a weight ratio of the ingredients A:C is in the range of 1:1 to 1:5.0, and a weight ratio of the ingredients A:D is 1:0.2 to 1:5.0; and adding the oil phase to an aqueous phase comprising E) water, a water-soluble organic solvent or a mixture thereof. preparing an oil phase comprising: A) a physiologically acceptable salt of a tranexamate ester, B) an amphiphilic substance comprising at least one substance selected from a group consisting of alcohols, fatty acids, fatty acid esters, fatty acid ethers, glycerin fatty acid esters and glycerin monoalkyl ethers which have a carbon chain length of 6 to 22, C) an oily substance and D) water, a water-soluble organic solvent or a mixture thereof, wherein a weight ratio of the ingredients A:B is in the range of 1:0.5 to 1:2.5, a weight ratio of the ingredients A:C is in the range of 1:1 to 1:5.0, and a weight ratio of the ingredients A:D is 1:0.2 to 1:5.0; and adding the oil phase to an aqueous phase comprising E) water, a water-soluble organic solvent or a mixture thereof. A) a physiologically acceptable salt of a tranexamate ester, B) an amphiphilic substance comprising at least one substance selected from a group consisting of alcohols, fatty acids, fatty acid esters, fatty acid ethers, glycerin fatty acid esters and glycerin monoalkyl ethers which have a carbon chain length of 6 to 22, C) an oily substance and D) water, a water-soluble organic solvent or a mixture thereof,
A filtering face-piece respirator that comprises: a harness; and a mask body that comprises a filtering structure that has a top portion, a bottom portion, an upper perimeter segment, a lower perimeter segment, a frontal line of demarcation, and first and second bond lines (30a, 30b), wherein the first and second bond lines are located on opposing sides of the mask body and join the top portion of the mask body to the bottom portion, wherein the first and second bond lines extend from the frontal line of demarcation to the upper and lower perimeter segments, the filtering face-piece respirator is characterized in that the upper and lower perimeter segments, when the mask body is laid flat, comprise an upper linear segment and a lower linear segment, respectively, located between first and second curved portions (34a, 34b) located at opposing ends of the upper and lower linear segments, and further wherein the first and second curved portions in each of the upper and lower perimeter segments each extend from the respective upper or lower linear segment to the first and second bond lines. a harness; and a mask body that comprises a filtering structure that has a top portion, a bottom portion, an upper perimeter segment, a lower perimeter segment, a frontal line of demarcation, and first and second bond lines (30a, 30b), wherein the first and second bond lines are located on opposing sides of the mask body and join the top portion of the mask body to the bottom portion, wherein the first and second bond lines extend from the frontal line of demarcation to the upper and lower perimeter segments, the filtering face-piece respirator is characterized in that the upper and lower perimeter segments, when the mask body is laid flat, comprise an upper linear segment and a lower linear segment, respectively, located between first and second curved portions (34a, 34b) located at opposing ends of the upper and lower linear segments, and further wherein the first and second curved portions in each of the upper and lower perimeter segments each extend from the respective upper or lower linear segment to the first and second bond lines.
A measurement support device comprising: a head configured to emit measurement auxiliary light; an imaging unit configured to capture an image of a subject on which a spot is formed by the measurement auxiliary light via an imaging optical system and an imaging element; a measurement unit configured to measure a position of the spot in the image; and a display control unit (204, 210) configured to display an indicator figure, which indicates an actual size of a specific region in the subject and has a size set according to the position of the spot in the image, in the vicinity of the position of the spot in the image of the subject, wherein, in a case where an optical axis of the measurement auxiliary light is projected on a plane including an optical axis of the imaging optical system, the head emits the measurement auxiliary light that has an inclination angle, which is not 0 degrees with respect to the optical axis of the imaging optical system, and crosses an angle of view of the imaging optical system, characterized in that in a case where the indicator figure is displayed in the vicinity of the measured position of the spot, the display control unit (204, 210) is adapted to display the indicator figure in different aspects between a case where measurement of the specific region by the displayed indicator figure is accurate and a case where measurement of the specific region by the displayed indicator figure is not accurate. a head configured to emit measurement auxiliary light; an imaging unit configured to capture an image of a subject on which a spot is formed by the measurement auxiliary light via an imaging optical system and an imaging element; a measurement unit configured to measure a position of the spot in the image; and a display control unit (204, 210) configured to display an indicator figure, which indicates an actual size of a specific region in the subject and has a size set according to the position of the spot in the image, in the vicinity of the position of the spot in the image of the subject, wherein, in a case where an optical axis of the measurement auxiliary light is projected on a plane including an optical axis of the imaging optical system, the head emits the measurement auxiliary light that has an inclination angle, which is not 0 degrees with respect to the optical axis of the imaging optical system, and crosses an angle of view of the imaging optical system, characterized in that in a case where the indicator figure is displayed in the vicinity of the measured position of the spot, the display control unit (204, 210) is adapted to display the indicator figure in different aspects between a case where measurement of the specific region by the displayed indicator figure is accurate and a case where measurement of the specific region by the displayed indicator figure is not accurate.
A method of generating phase-synchronized local oscillator, LO, signals, the method comprising: generating a first LO signal in a first transceiver chain of a wireless communications device by reducing a frequency of a first timing signal to a first carrier frequency; selecting either the first timing signal or a second timing signal for use in a second transceiver chain of the wireless communications device based at least in part on a mode select signal indicating an operating mode of the wireless communications device; generating a second LO signal in the second transceiver chain by reducing a frequency of the selected first or second timing signal to the first carrier frequency or a second carrier frequency, respectively; and aligning a phase of the second LO signal with a first alignment signal, wherein the first alignment signal is activated, for a limited duration, in response to a change in state of the mode select signal. generating a first LO signal in a first transceiver chain of a wireless communications device by reducing a frequency of a first timing signal to a first carrier frequency; selecting either the first timing signal or a second timing signal for use in a second transceiver chain of the wireless communications device based at least in part on a mode select signal indicating an operating mode of the wireless communications device; generating a second LO signal in the second transceiver chain by reducing a frequency of the selected first or second timing signal to the first carrier frequency or a second carrier frequency, respectively; and aligning a phase of the second LO signal with a first alignment signal, wherein the first alignment signal is activated, for a limited duration, in response to a change in state of the mode select signal.
A sinker equipped with a lubrication oil channeling and separating structure and formed to serve as an element of a knitting machine which includes at least a cylinder, a sinker ring, an oil ejection nozzle located above the sinker ring and a yarn feeder located above the cylinder and the sinker ring, the cylinder including a plurality of needle troughs to hold respectively a knitting needle, the sinker ring including a plurality of sinker troughs corresponding to the needle troughs to hold the sinker, the sinker including: a base slidable in the sinker troughs to generate friction therewith, a driving nub located above the base; a knitting portion located at a front end of the base; and an oil sprinkling zone interposed between the base and the knitting portion placeable in a position corresponding to the oil ejection nozzle; wherein the sinker comprises a lubrication oil channeling and separating structure is interposed between the knitting portion and the oil sprinkling zone, and the lubrication oil channeling and separating structure includes a separating slot formed upward from a lower side, a flow channeling portion at the separating slot and close to the oil sprinkling zone, an oil blocking portion at the separating slot and close to the knitting portion, and a jutting debris push portion at the separating slot and below the flow channeling portion, wherein the oil blocking portion is interposed between the separating slot and the knitting portion, and locatable outside the sinker trough while the sinker is fully withdrawn or pushed out on the sinker ring, the sinker being characterised in that the flow channeling portion is inclined downward from a top end of the flow channeling portion toward the oil blocking portion. a base slidable in the sinker troughs to generate friction therewith, a driving nub located above the base; a knitting portion located at a front end of the base; and an oil sprinkling zone interposed between the base and the knitting portion placeable in a position corresponding to the oil ejection nozzle; wherein the sinker comprises a lubrication oil channeling and separating structure is interposed between the knitting portion and the oil sprinkling zone, and the lubrication oil channeling and separating structure includes a separating slot formed upward from a lower side, a flow channeling portion at the separating slot and close to the oil sprinkling zone, an oil blocking portion at the separating slot and close to the knitting portion, and a jutting debris push portion at the separating slot and below the flow channeling portion, wherein the oil blocking portion is interposed between the separating slot and the knitting portion, and locatable outside the sinker trough while the sinker is fully withdrawn or pushed out on the sinker ring, the sinker being characterised in that the flow channeling portion is inclined downward from a top end of the flow channeling portion toward the oil blocking portion.
A coupling facility of a bioreactor for culturing bio-organisms, in dynamic mode, with at least one unit for physicochemical analysis of fluid coming from this bioreactor or for collecting samples of this fluid, said unit being equipped with a pump and an injector, the bioreactor being equipped with means of supplying culture medium and xenobiotic(s), characterized in that the bioreactor is connected to a closed perfusion loop provided with a pump, this perfusion loop being fitted with a derivation loop, so-called "sample loop" and in that the facility comprises: - an injection device of a cleaning product into said sample loop, - a first valve comprising six ways, - and a second valve comprising six ways, the first valve being connected to the closed perfusion loop, to the sample loop and to a cleaning loop, the second valve being connected to the cleaning loop and to an injection loop which connects the injector to at least one of the units for physicochemical analysis or collecting samples. - an injection device of a cleaning product into said sample loop, - a first valve comprising six ways, - and a second valve comprising six ways,
A battery storage system, comprising: an energy converting unit configured to generate electrical power; a power converter including a control circuit, and a circuit that is controlled by the control circuit to generate electrical power to be supplied from an output of the energy converting unit to a load and electrical power to be supplied to the control circuit; characterized in comprising a power supply source, which is electrically connected to the load, including a battery storage cell and a commercial power system; and a host control circuit configured to perform control such that electrical power is supplied from the power supply source to the control circuit when an output of the energy converting unit is between a first value (VTHL) and a second value (VTHH) larger than the first value comprising an unstable region. an energy converting unit configured to generate electrical power; a power converter including a control circuit, and a circuit that is controlled by the control circuit to generate electrical power to be supplied from an output of the energy converting unit to a load and electrical power to be supplied to the control circuit; characterized in comprising a power supply source, which is electrically connected to the load, including a battery storage cell and a commercial power system; and a host control circuit configured to perform control such that electrical power is supplied from the power supply source to the control circuit when an output of the energy converting unit is between a first value (VTHL) and a second value (VTHH) larger than the first value comprising an unstable region.
A breeding farm for fish and other living aquatic organisms comprising a breeding vessel, a pipe arranged to carry water from the breeding vessel to an aeration tank, the water then being returned to the breeding vessel, the farm further comprising an extraction device for foam from the farm, the extraction device being mounted on the aeration tank, and where the foam is fed to a foam trap where the foam is broken down, wherein the aeration tank is internally divided into three zones with an upper zone, middle zone and lower zone, the upper zone being provided with an inlet for water from the breeding vessel, the middle zone comprises an aeration medium, the lower zone is provided with an outlet for water which is returned to the farming tank, wherein the extraction device is mounted in a side wall of the aeration tank and comprises an elongate opening, and characterized in that the extraction device is connected to a pump which creates negative pressure in the extraction device, as well as an impeller floating on the water in the lower zone of the aeration tank, the impeller being arranged to guide the foam towards the extraction device. wherein the aeration tank is internally divided into three zones with an upper zone, middle zone and lower zone, the upper zone being provided with an inlet for water from the breeding vessel, the middle zone comprises an aeration medium, the lower zone is provided with an outlet for water which is returned to the farming tank, wherein the extraction device is mounted in a side wall of the aeration tank and comprises an elongate opening, and characterized in that the extraction device is connected to a pump which creates negative pressure in the extraction device, as well as an impeller floating on the water in the lower zone of the aeration tank, the impeller being arranged to guide the foam towards the extraction device.