mhurhangee/ep-ind-claims huggingface dataset:
A rear bumper for a vehicle, said rear bumper comprising a foldable seating structure, wherein the foldable seating structure is movable between a stored mode and a seating mode and forms part of the rear bumper, the foldable seating structure comprising at least a back rest structure and at least a seat bottom structure, which back rest structure and seat bottom structure in the seating mode are adapted to be provided in a luggage opening of a luggage compartment of the vehicle, wherein the back rest structure and the seat bottom structure are stored in an internal space of the rear bumper of the vehicle in the stored mode.
A method of controlling power delivered to a shape memory alloy, SMA, actuator wire arrangement, wherein the arrangement comprises a plurality of SMA actuator wires, comprising: the steps of: applying, at a PWM frequency, to each of the SMA actuator wires during respective active periods a succession of voltage pulses (GN0-GN3); and applying, during a resistance measurement period, to one of the plurality of SMA actuator wires a resistance measurement current pulse, wherein the resistance measurement period corresponds to the respective active period of one of the plurality of SMA actuator wires. applying, at a PWM frequency, to each of the SMA actuator wires during respective active periods a succession of voltage pulses (GN0-GN3); and applying, during a resistance measurement period, to one of the plurality of SMA actuator wires a resistance measurement current pulse, wherein the resistance measurement period corresponds to the respective active period of one of the plurality of SMA actuator wires.
An indoor unit of an air-conditioning apparatus comprising: - a casing having an air inlet and an air outlet and having therein an air passage; and - a heat exchanger and a plurality of air-sending fans which are arranged in the air passage in the casing, wherein each air-sending fan generates a swirling flow in a downstream of the air-sending fan, wherein each air-sending fan is placed upstream of the heat exchanger, and wherein at least one partition is disposed between the plurality of the air-sending fans to divide the air passage which is interspace of the air-sending fan and the heat exchanger, wherein the air passage is divided into a plurality of air passage sections by the partition. - a casing having an air inlet and an air outlet and having therein an air passage; and - a heat exchanger and a plurality of air-sending fans which are arranged in the air passage in the casing,
Trailer comprising a drawbar and a chassis, wherein the chassis extends in a longitudinal direction, wherein the drawbar is a rigid drawbar, wherein the drawbar has a front side and a rear side, wherein the drawbar extends from its rear side to its front side in a first direction, wherein the drawbar and the chassis are adapted to immovably and releasably attach the drawbar to the chassis in two or more different attachment positions, wherein in said different attachment positions, the angle (α) between the first direction and the longitudinal direction, viewed in horizontal side view, is different, wherein the drawbar and the chassis are adapted to attach the drawbar immovably and releasably to the chassis in the two or more attachment positions in that the drawbar and the chassis are adapted to be attached to one another on a first attachment point and on a second attachment point, wherein the first attachment point is closer to the front side of the drawbar than the second attachment point, wherein the drawbar and the chassis at the location of the second attachment point are provided with coupling members (11,12) for the releasable attachment of the drawbar to the chassis at the location of the second attachment point in two or more vertical positions, wherein the drawbar and the chassis at the location of the first attachment point are adapted to be attached to one another in a fixed vertical position, characterized in that the drawbar or the chassis at the location of the first attachment point is provided with a surface which is convex, viewed in a vertical section in the longitudinal direction, wherein the chassis or the drawbar at the location of the first attachment point is provided with a surface that is concave, viewed in a vertical section in the longitudinal direction, wherein the chassis is provided with the concave surface and the drawbar is provided with the convex surface or vice versa, wherein the convex surface and the concave surface are facing one another and are complementary in shape.
A process variable transmitter for coupling to a process and providing an indication of a variable of the process over a communication bus, the process variable transmitter comprising: a process variable sensor coupleable to the process to provide an analog indication of the variable; an analog-to-digital converter coupled to the process variable sensor and providing digital information indicative of the analog indication provided by the sensor, wherein the digital information includes digital bitstream data, and wherein the analog-to-digital converter has a conversion frequency at which it provides converted digital representations of the process variable, and that the bitstream has a bitstream frequency that is higher than the conversion frequency; and output circuitry configured to provide an output related to the process variable; a microprocessor within the process variable transmitter, the microprocessor being coupled to the analog-to-digital converter and configured to calculate power spectral density of the digital bitstream data and responsively generate diagnostic information based on the power spectral density. a process variable sensor coupleable to the process to provide an analog indication of the variable; an analog-to-digital converter coupled to the process variable sensor and providing digital information indicative of the analog indication provided by the sensor, wherein the digital information includes digital bitstream data, and wherein the analog-to-digital converter has a conversion frequency at which it provides converted digital representations of the process variable, and that the bitstream has a bitstream frequency that is higher than the conversion frequency; and output circuitry configured to provide an output related to the process variable; a microprocessor within the process variable transmitter, the microprocessor being coupled to the analog-to-digital converter and configured to calculate power spectral density of the digital bitstream data and responsively generate diagnostic information based on the power spectral density.
A method for data storage, comprising: providing at least first and second readout configurations for reading storage values from analog memory cells belonging to respective bit lines and belonging to a word line selected from among multiple word lines, such that the first readout configuration reads the storage values with a first sense time, sets at least one of the bit lines to have a first conductivity by applying first pass voltage to the word lines other than the selected word lines, and the second readout configuration reads the storage values with a second sense time, longer than the first sense time, sets the at least one of the bit lines to have a second conductivity, lower than the first conductivity, by applying second pass voltages to the word lines other than the selected word lines, such that at least one of the second pass voltages is lower than a corresponding one of the first pass voltages; wherein the values stored in the analog memory cells are encoded with an Error Correction Code, ECC; selecting the first readout configuration; and reading the storage values from the group of the memory cells using the selected readout configuration; reconstructing data corresponding to the read storage values using the ECC; selecting the second readout configuration responsive to a determination that the reconstructing of the data was unsuccessful; and re-reading the storage values from the group of the memory cells using the selected second readout configuration. providing at least first and second readout configurations for reading storage values from analog memory cells belonging to respective bit lines and belonging to a word line selected from among multiple word lines, such that the first readout configuration reads the storage values with a first sense time, sets at least one of the bit lines to have a first conductivity by applying first pass voltage to the word lines other than the selected word lines, and the second readout configuration reads the storage values with a second sense time, longer than the first sense time, sets the at least one of the bit lines to have a second conductivity, lower than the first conductivity, by applying second pass voltages to the word lines other than the selected word lines, such that at least one of the second pass voltages is lower than a corresponding one of the first pass voltages; wherein the values stored in the analog memory cells are encoded with an Error Correction Code, ECC; selecting the first readout configuration; and reading the storage values from the group of the memory cells using the selected readout configuration; reconstructing data corresponding to the read storage values using the ECC; selecting the second readout configuration responsive to a determination that the reconstructing of the data was unsuccessful; and re-reading the storage values from the group of the memory cells using the selected second readout configuration.
Process for purifying vanillin and vanillin glycoside, starting with a solution of vanillin or of vanillin glycoside in a solvent S1 containing impurities, comprising the following steps: a) a step of evaporation of solvent S1 in the presence of water to obtain an aqueous solution of vanillin or of vanillin glycoside; b) a step of liquid/liquid extraction by placing the aqueous solution obtained after step a) in contact with a solvent S2, at a pH above 8 and below 10, to obtain an organic phase and an aqueous phase containing vanillin or vanillin glycoside and residual solvent S2; c) a step of precipitation, at a pH of between 4 and 7.5, of the vanillin or of the vanillin glycoside contained in the aqueous phase obtained after step b), and d) a step of isolation of the vanillin or of the vanillin glycoside. a) a step of evaporation of solvent S1 in the presence of water to obtain an aqueous solution of vanillin or of vanillin glycoside; b) a step of liquid/liquid extraction by placing the aqueous solution obtained after step a) in contact with a solvent S2, at a pH above 8 and below 10, to obtain an organic phase and an aqueous phase containing vanillin or vanillin glycoside and residual solvent S2; c) a step of precipitation, at a pH of between 4 and 7.5, of the vanillin or of the vanillin glycoside contained in the aqueous phase obtained after step b), and d) a step of isolation of the vanillin or of the vanillin glycoside.
A set for mounting a dispensing mechanism for dispensing sheet products within an existing dispenser cabinet that comprises a bottom wall having a dispensing opening, the set comprising: the dispensing mechanism, wherein the dispensing mechanism comprises a lower portion, the lower portion comprising a first connection portion, a mounting structure comprising a second connection portion to which the first connection portion of the lower portion is attachable to support the dispensing mechanism, wherein the mounting structure is configured to be fastened to the bottom wall, characterised in that the first connection portion is pivotably attachable to the second connection portion. the dispensing mechanism, wherein the dispensing mechanism comprises a lower portion, the lower portion comprising a first connection portion, a mounting structure comprising a second connection portion to which the first connection portion of the lower portion is attachable to support the dispensing mechanism, wherein the mounting structure is configured to be fastened to the bottom wall, characterised in that the first connection portion is pivotably attachable to the second connection portion.
A fuel injector for a gas turbine combustor or augmentor, comprising: a fuel injector body defining an injection outlet at which fuel exits the fuel injector body; and a pintle comprising a first end, a second end and a pintle body extending between the first and second ends; wherein at least one of the first and second ends (424, 425) being attachable to the fuel injector body to position the pintle body to interact with fuel exiting the fuel injector body through the injection outlet; and characterised in that at least one of: a connection point between the at least one of the first and second ends (424, 425) and the fuel injector body is variable relative to the injection outlet; and the at least one of the first and second ends (424, 425) is electro-magnetically attachable to the fuel injector body. a fuel injector body defining an injection outlet at which fuel exits the fuel injector body; and a pintle comprising a first end, a second end and a pintle body extending between the first and second ends; wherein at least one of the first and second ends (424, 425) being attachable to the fuel injector body to position the pintle body to interact with fuel exiting the fuel injector body through the injection outlet; and characterised in that at least one of: a connection point between the at least one of the first and second ends (424, 425) and the fuel injector body is variable relative to the injection outlet; and the at least one of the first and second ends (424, 425) is electro-magnetically attachable to the fuel injector body. a connection point between the at least one of the first and second ends (424, 425) and the fuel injector body is variable relative to the injection outlet; and the at least one of the first and second ends (424, 425) is electro-magnetically attachable to the fuel injector body.
An airfoil for a gas turbine engine, comprising pressure and suction side walls (86, 88) joined to one another at leading and trailing edges (82, 84), a stagnation line located on the pressure side wall, a cooling passage provided between the pressure and suction side walls (86, 88), and forward-facing cooling holes provided adjacent to and forward of the stagnation line on the pressure side wall and oriented toward the leading edge; characterised in that: the airfoil further comprises shower head cooling holes clustered about the leading edge, wherein the forward-facing cooling holes are spaced aft of the shower head cooling holes; the forward-facing cooling holes are oriented toward a tip of the airfoil; and the airfoil has a Zweifel lift coefficient of greater than 1.1. the airfoil further comprises shower head cooling holes clustered about the leading edge, wherein the forward-facing cooling holes are spaced aft of the shower head cooling holes; the forward-facing cooling holes are oriented toward a tip of the airfoil; and the airfoil has a Zweifel lift coefficient of greater than 1.1.
A touch panel device characterized by comprising: a touch panel having an input field for accepting input operation of an input medium and detection cells for detecting approach values indicating a degree of proximity and contact with the input medium to the input field; an input section having input elements displayed in the input field of the touch panel; an input medium size estimator for estimating a contact surface size and an expected contact position of the input medium based on the detection cells outputting a first approach value within a range between a first threshold value and a second threshold value, the second threshold value being smaller than the first threshold value; a magnification ratio determiner for calculating a magnification ratio based on the contact surface size of the input medium and size of the input element; a display controller for enlarging and displaying the input section at the magnification ratio, determined by the magnification ratio determiner, with the input element, closest to the expected contact position, at a center, the display controller using same magnification ratio as a magnification ratio determined last time by the magnification ratio determiner, within predetermined elapsed time from last enlarged display; and an accepting section for accepting command input corresponding to the input element closest to the detection cell outputting a second approach value when; the input medium further approaches the input field and at least one of the detection cells outputs the second approach value greater than the first threshold value. a touch panel having an input field for accepting input operation of an input medium and detection cells for detecting approach values indicating a degree of proximity and contact with the input medium to the input field; an input section having input elements displayed in the input field of the touch panel; an input medium size estimator for estimating a contact surface size and an expected contact position of the input medium based on the detection cells outputting a first approach value within a range between a first threshold value and a second threshold value, the second threshold value being smaller than the first threshold value; a magnification ratio determiner for calculating a magnification ratio based on the contact surface size of the input medium and size of the input element; a display controller for enlarging and displaying the input section at the magnification ratio, determined by the magnification ratio determiner, with the input element, closest to the expected contact position, at a center, the display controller using same magnification ratio as a magnification ratio determined last time by the magnification ratio determiner, within predetermined elapsed time from last enlarged display; and an accepting section for accepting command input corresponding to the input element closest to the detection cell outputting a second approach value when; the input medium further approaches the input field and at least one of the detection cells outputs the second approach value greater than the first threshold value.
A process of making a water soluble pouch comprising the steps of: providing a first mold comprising a first cavity, wherein said first cavity comprises a first porous face; providing a water soluble first web carried on said first mold; forming said water soluble first web to form a compartment by applying a first pressure difference across said water soluble first web with said water soluble first web at a first maximum temperature and subsequently applying a second pressure difference across said water soluble first web, wherein said second pressure difference is greater than said first pressure difference; placing a substrate treatment agent on said water soluble first web; providing a water soluble second web; and sealing said first web and said second web to one another to form an enclosed pouch having a chamber containing said substrate treatment agent; wherein said first pressure difference is applied by applying a first negative gage pressure to said first porous face and wherein said second pressure difference is applied by applying a second negative gage pressure to said first porous face, wherein said second negative gage pressure is less than said first negative gage pressure; wherein said first negative gage pressure is from about 10 mbar to about 90 mbar below atmospheric pressure; and wherein said second negative gage pressure is from about 150 mbar to about 260 mbar below atmospheric pressure. providing a first mold comprising a first cavity, wherein said first cavity comprises a first porous face; providing a water soluble first web carried on said first mold; forming said water soluble first web to form a compartment by applying a first pressure difference across said water soluble first web with said water soluble first web at a first maximum temperature and subsequently applying a second pressure difference across said water soluble first web, wherein said second pressure difference is greater than said first pressure difference; placing a substrate treatment agent on said water soluble first web; providing a water soluble second web; and sealing said first web and said second web to one another to form an enclosed pouch having a chamber containing said substrate treatment agent; wherein said first pressure difference is applied by applying a first negative gage pressure to said first porous face and wherein said second pressure difference is applied by applying a second negative gage pressure to said first porous face, wherein said second negative gage pressure is less than said first negative gage pressure; wherein said first negative gage pressure is from about 10 mbar to about 90 mbar below atmospheric pressure; and wherein said second negative gage pressure is from about 150 mbar to about 260 mbar below atmospheric pressure.
A cutting tool made of cubic boron nitride-based sintered material, the cutting tool comprising cubic boron nitride particles as a hard phase component, wherein an average size of the cubic boron nitride particles is 0.5 to 8 μm, a portion of the cubic boron nitride particles are coated with aluminum oxide films having an average thickness of 10 to 90 nm on surfaces thereof, and a rift is partially formed in the aluminum oxide film.
Syringe with - a syringe cylinder, - a distal end - that is configured as a syringe cone, wherein - the distal end comprises a region that is set back in radial direction, - thereby forming an edge that extends in the circumferential direction, wherein - the edge comprises a chamfer, and with - an attachment piece • comprising a clamping region, wherein • holding forces are introduced from the attachment piece via the clamping region into the region set back in radial direction of the syringe, and wherein • the clamping region comprises a distal edge, characterized in that - the distal edge of the clamping region comprises a chamfer, and that - the chamfer at the set-back region of the distal end of the syringe and the chamfer at the distal end of the clamping region of the attachment piece are geometrically harmonized with each other such that a surface area contact is caused. - a syringe cylinder, - a distal end - that is configured as a syringe cone, wherein - the distal end comprises a region that is set back in radial direction, - thereby forming an edge that extends in the circumferential direction, wherein - the edge comprises a chamfer, and with - an attachment piece • comprising a clamping region, wherein • holding forces are introduced from the attachment piece via the clamping region into the region set back in radial direction of the syringe, and wherein • the clamping region comprises a distal edge, • comprising a clamping region, wherein • holding forces are introduced from the attachment piece via the clamping region into the region set back in radial direction of the syringe, and wherein • the clamping region comprises a distal edge, - the distal edge of the clamping region comprises a chamfer, and that - the chamfer at the set-back region of the distal end of the syringe and the chamfer at the distal end of the clamping region of the attachment piece are geometrically harmonized with each other such that a surface area contact is caused.