mhurhangee/ep-ind-claims huggingface dataset:
A process to produce a nanocomposite composition, the process comprising contacting at least one elastomer comprising an isobutylene elastomer with a non-aqueous solution comprising at least one layered filler, wherein the at least one layered filler comprises an intercalated clay, an exfoliated clay, or a mixture thereof.
A stapler comprising: a staple cartridge in which a staple is stored; a storage unit to which the staple cartridge is detachably attached; a staple ejecting unit which ejects the staple to penetrate a paper sheet; a cutting unit which cuts a staple leg of the staple penetrating the paper sheet; a binding unit which bends the staple leg of the staple penetrating the paper sheet to bind the paper sheet; a cut staple storage unit which stores a cut staple that is cut by the cutting unit; a cut staple quantity detection unit which detects a quantity of the cut staple stored in the cut staple storage unit; and a discharge unit through which the cutting unit and the cut staple storage unit communicate with each other to guide the cut staple to the cut staple storage unit, wherein the cut staple storage unit is attachable to and detachable from the stapler, and characterized in that the cut staple quantity detection unit detects the presence or absence of a predetermined quantity of the cut staple stored in the cut staple storage unit, based on the presence or absence of light transmission. a staple cartridge in which a staple is stored; a storage unit to which the staple cartridge is detachably attached; a staple ejecting unit which ejects the staple to penetrate a paper sheet; a cutting unit which cuts a staple leg of the staple penetrating the paper sheet; a binding unit which bends the staple leg of the staple penetrating the paper sheet to bind the paper sheet; a cut staple storage unit which stores a cut staple that is cut by the cutting unit; a cut staple quantity detection unit which detects a quantity of the cut staple stored in the cut staple storage unit; and a discharge unit through which the cutting unit and the cut staple storage unit communicate with each other to guide the cut staple to the cut staple storage unit, wherein the cut staple storage unit is attachable to and detachable from the stapler, and characterized in that the cut staple quantity detection unit detects the presence or absence of a predetermined quantity of the cut staple stored in the cut staple storage unit, based on the presence or absence of light transmission.
A towed implement for use with a work machine, comprising: a main frame including a pivot hole and at least one hitch mounting hole; a hitch frame coupled with the main frame, the hitch frame including a towed end; and a height adjustment arrangement (20, 70, 80) associated with each of the main frame and the hitch frame for adjusting a height of the hitch frame; characterized in that: the hitch frame is pivotable relative to the main frame about a pivot axis at the pivot hole; the hitch frame includes a chamber (40, 90) having an interior periphery with a plurality of notches spaced about the interior periphery; and the height adjustment arrangement (20, 70, 80) includes a stop key positioned within the chamber (40, 90) of the hitch frame, the stop key having a hole arranged for receiving a fastener associated with the at least one hitch mounting hole, a cam surface, and at least one tooth extending from said cam surface, each said tooth being received in a corresponding said notch of the interior periphery. a main frame including a pivot hole and at least one hitch mounting hole; a hitch frame coupled with the main frame, the hitch frame including a towed end; and a height adjustment arrangement (20, 70, 80) associated with each of the main frame and the hitch frame for adjusting a height of the hitch frame; characterized in that: the hitch frame is pivotable relative to the main frame about a pivot axis at the pivot hole; the hitch frame includes a chamber (40, 90) having an interior periphery with a plurality of notches spaced about the interior periphery; and the height adjustment arrangement (20, 70, 80) includes a stop key positioned within the chamber (40, 90) of the hitch frame, the stop key having a hole arranged for receiving a fastener associated with the at least one hitch mounting hole, a cam surface, and at least one tooth extending from said cam surface, each said tooth being received in a corresponding said notch of the interior periphery. the hitch frame is pivotable relative to the main frame about a pivot axis at the pivot hole; the hitch frame includes a chamber (40, 90) having an interior periphery with a plurality of notches spaced about the interior periphery; and the height adjustment arrangement (20, 70, 80) includes a stop key positioned within the chamber (40, 90) of the hitch frame, the stop key having a hole arranged for receiving a fastener associated with the at least one hitch mounting hole, a cam surface, and at least one tooth extending from said cam surface, each said tooth being received in a corresponding said notch of the interior periphery.
A transcriptional regulator variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein glutamic acid, which is an amino acid corresponding to position 247 of SEQ ID NO: 3, is substituted with lysine.
A method, comprising: predicting individual color shifts of each of multiple phosphor-containing white LEDs over a period of time; selecting, from the multiple phosphor-containing white LEDs, a combination of two or more phosphor-containing white LEDs (410, 420, 430) based on the predicted individual color shifts so that their individual predicted color shifts compensate each other partially or fully. predicting individual color shifts of each of multiple phosphor-containing white LEDs over a period of time; selecting, from the multiple phosphor-containing white LEDs, a combination of two or more phosphor-containing white LEDs (410, 420, 430) based on the predicted individual color shifts so that their individual predicted color shifts compensate each other partially or fully.
A three-dimensional, 3D, optical diffraction tomography method based on low coherence illumination light and multiple illumination patterns using a 3D optical diffraction tomography apparatus, the method comprising: making the illumination light incident on a sample using a plurality of illumination patterns; measuring, by an image measurement unit, different locations at different depth locations of the sample and measuring two-dimensional, 2D, images of the sample at the different depth locations using the plurality of illumination patterns; and reconstructing 3D refractive index information of the sample based on the 2D images obtained at the different depth locations and on the plurality of illumination patterns; characterized in that making the light incident on the sample using the plurality of illumination patterns comprises making the light incident on the sample using at least three illumination patterns, and choosing the illumination patterns so that a final optical transfer function, OTF, is as uniform as possible in spatial frequency space, wherein for each of the illumination patterns, the highest intensity of the illumination light is located at an outermost side of the distribution of the illumination light in spatial frequency space, wherein the illumination intensity decreases at a rate faster than in a linear fashion towards the origin of the spatial frequency coordinates, and the final optical transfer function, OTF, is generated by combining the transfer functions of the at least three illumination patterns. making the illumination light incident on a sample using a plurality of illumination patterns; measuring, by an image measurement unit, different locations at different depth locations of the sample and measuring two-dimensional, 2D, images of the sample at the different depth locations using the plurality of illumination patterns; and reconstructing 3D refractive index information of the sample based on the 2D images obtained at the different depth locations and on the plurality of illumination patterns; characterized in that making the light incident on the sample using the plurality of illumination patterns comprises making the light incident on the sample using at least three illumination patterns, and choosing the illumination patterns so that a final optical transfer function, OTF, is as uniform as possible in spatial frequency space, wherein for each of the illumination patterns, the highest intensity of the illumination light is located at an outermost side of the distribution of the illumination light in spatial frequency space, wherein the illumination intensity decreases at a rate faster than in a linear fashion towards the origin of the spatial frequency coordinates, and the final optical transfer function, OTF, is generated by combining the transfer functions of the at least three illumination patterns.
A method of characterizing unregistered domain names, the method comprising: obtaining a list of a plurality of resolution requests for the unregistered domain names; determining a number of occurrences of each of the unregistered domain names; computing a plurality of groupings based on the number of occurrences; and associating a score with each of the unregistered domain names. obtaining a list of a plurality of resolution requests for the unregistered domain names; determining a number of occurrences of each of the unregistered domain names; computing a plurality of groupings based on the number of occurrences; and associating a score with each of the unregistered domain names.
A method for the operation of a wind turbine comprising a transformer, wherein electrical energy is produced by means of a generator and fed into an electrical grid system (15, 17) in a number of phases (L1, L2, L3), whereby the electrical energy is fed to the secondary side of a transformer at a low voltage, and is delivered at a higher voltage on the primary side of the transformer, whereby the potential on the primary side of the transformer is undefined in relation to the ground potential, with the following stages: a. recording of a measured value for the voltage between the phases (L1, L2, L3) on the primary side of the transformer and the ground potential; b. comparison of the measured value with a predefined limit value; c. adjustment of the electrical energy produced by the generator, if the measured value exceeds the limit value. a. recording of a measured value for the voltage between the phases (L1, L2, L3) on the primary side of the transformer and the ground potential; b. comparison of the measured value with a predefined limit value; c. adjustment of the electrical energy produced by the generator, if the measured value exceeds the limit value.
A device for producing particles, the device comprising at least two atomizers that atomize a liquid conveyed therein into droplet sprays and a thermal reactor where particles having an average aerodynamic diameter of less than 1000 nm are formed, characterized in that the at least two atomizers are directed towards one another such that the droplet sprays produced thereby collide with one another so as to form a mist or an aerosol, from which mist or aerosol the particles having the average aerodynamic diameter of less than 1000 nm are formed in the thermal reactor.
A pooled memory controller for inter-node communication in a pooled memory architecture, the pooled memory controller comprising: a pooled memory access module to manage remote access by a first compute node and a second compute node to a pooled memory; a virtual network interface controller, vNIC, interface module to: receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and a data copy module to copy the packet data from the sender physical memory address to the receiver physical memory address within the pooled memory in response to receipt of the receiver physical memory address. a pooled memory access module to manage remote access by a first compute node and a second compute node to a pooled memory; a virtual network interface controller, vNIC, interface module to: receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and receive a send message from the first compute node, wherein the send message includes a source vNIC identifier, vNIC ID, associated with the first compute node, a destination vNIC ID associated with the second compute node, and a sender physical memory address, and wherein the sender physical memory address identifies packet data within the pooled memory; transmit a receive message to the second compute node, wherein the receive message includes the source vNIC ID and the destination vNIC ID; and receive a receiver physical memory address from the second compute node in response to transmission of the receive message, wherein the receiver physical memory address identifies a memory location within the pooled memory; and a data copy module to copy the packet data from the sender physical memory address to the receiver physical memory address within the pooled memory in response to receipt of the receiver physical memory address.
A real time measurement-projection device comprising: a video information input that inputs first video information expressed by original gradation values having a first number of bits at a first frame rate; a variation gradation value output that generates a set including M variation gradation values having a second number of bits smaller than the first number of bits corresponding to the respective original gradation values, wherein M is an integer of 2 or more; a video information processor that generates second video information having a second frame rate equal to M times the first frame rate by distributing the respective variation gradation values included in the set of the M variation gradation values to M frames; a measurement pattern generator that generates a measurement pattern; a video output that alternately outputs the second video information and the measurement pattern, such that the measurement pattern is output between each frame of the second video information; a projection device that projects the output of the video output onto a projection target; an imaging device that takes video of the measurement pattern projected on the projection target; and a position calculation device for correcting the second video information based on a position of the projection target obtained by comparing the video of the measurement pattern obtained by the imaging device with an original measurement pattern, wherein the sum of the M number of variation gradation values and the gradation values of the first number of bits have a correlation in each set of the variation gradation values. a video information input that inputs first video information expressed by original gradation values having a first number of bits at a first frame rate; a variation gradation value output that generates a set including M variation gradation values having a second number of bits smaller than the first number of bits corresponding to the respective original gradation values, wherein M is an integer of 2 or more; a video information processor that generates second video information having a second frame rate equal to M times the first frame rate by distributing the respective variation gradation values included in the set of the M variation gradation values to M frames; a measurement pattern generator that generates a measurement pattern; a video output that alternately outputs the second video information and the measurement pattern, such that the measurement pattern is output between each frame of the second video information; a projection device that projects the output of the video output onto a projection target; an imaging device that takes video of the measurement pattern projected on the projection target; and a position calculation device for correcting the second video information based on a position of the projection target obtained by comparing the video of the measurement pattern obtained by the imaging device with an original measurement pattern, wherein the sum of the M number of variation gradation values and the gradation values of the first number of bits have a correlation in each set of the variation gradation values.
A toner cartridge for use in an image forming device, comprising: a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing defining a reservoir for containing toner therein; an exit port in fluid communication with the reservoir and facing downward on the front of the housing near the first side when the toner cartridge is in its intended working position within the image forming device; a first wing guide positioned on the first side of the housing and a second wing guide positioned on the second side of the housing at the same height as the first wing guide; and a toner delivery system for transferring toner from the reservoir out of the exit port that includes a main interface gear for providing rotational power to the toner delivery system, a portion of the main interface gear being exposed on the front of the housing at the second side of the housing above the second wing guide when the toner cartridge is in its intended working position within the image forming device; wherein a connector on the first side of the housing has a forward facing opening positioned above the first wing guide when the toner cartridge is in its intended working position within the image forming device, electrical contacts are positioned within the connector and are accessible through the forward facing opening of the connector, the electrical contacts are electrically connected to processing circuitry of the toner cartridge. a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing defining a reservoir for containing toner therein; an exit port in fluid communication with the reservoir and facing downward on the front of the housing near the first side when the toner cartridge is in its intended working position within the image forming device; a first wing guide positioned on the first side of the housing and a second wing guide positioned on the second side of the housing at the same height as the first wing guide; and a toner delivery system for transferring toner from the reservoir out of the exit port that includes a main interface gear for providing rotational power to the toner delivery system, a portion of the main interface gear being exposed on the front of the housing at the second side of the housing above the second wing guide when the toner cartridge is in its intended working position within the image forming device; wherein a connector on the first side of the housing has a forward facing opening positioned above the first wing guide when the toner cartridge is in its intended working position within the image forming device, electrical contacts are positioned within the connector and are accessible through the forward facing opening of the connector, the electrical contacts are electrically connected to processing circuitry of the toner cartridge.
A plasma etching method using a Faraday cage, comprising: providing a Faraday cage having a mesh portion on an upper surface thereof in a plasma etching apparatus; providing a quartz substrate having a metal mask with an opening provided on one surface of the metal mask in the Faraday cage; and patterning the quartz substrate with plasma etching, wherein a bottom surface of the Faraday cage includes a metal having a lower ionization tendency than the metal mask, and wherein the metal of the bottom surface of the Faraday cage includes a metal whose standard reduction potential is higher than a standard reduction potential of the metal mask by 1 V or more. providing a Faraday cage having a mesh portion on an upper surface thereof in a plasma etching apparatus; providing a quartz substrate having a metal mask with an opening provided on one surface of the metal mask in the Faraday cage; and patterning the quartz substrate with plasma etching, wherein a bottom surface of the Faraday cage includes a metal having a lower ionization tendency than the metal mask, and wherein the metal of the bottom surface of the Faraday cage includes a metal whose standard reduction potential is higher than a standard reduction potential of the metal mask by 1 V or more.
A submerged entry nozzle (120, 320) for continuous casting comprising an exterior surface and an interior surface defining a bore extending from a top surface of the nozzle (120, 320) to a bottom portion of the nozzle, wherein the nozzle (120, 320) comprises a pair of ports extending from a bottom portion of the bore to the exterior surface, characterized in that each port of the pair of ports comprises a top surface, a bottom surface, and a pair of side surfaces extending between the top surface and the bottom surface to form triangular shaped opening extending from a central portion of the nozzle to the exterior surface, wherein the nozzle comprises a pair of opposing ports that extend outwardly from the bore such that the bottom surface of the port forms a substantially right angle (β) with a longitudinal axis of the bore, and the top surface of each port is angled downwardly and outwardly from the bore while the bottom surface of the port is substantially horizontal such that the port narrows from the bore to the opening of the port.
A furniture fitting for connecting two furniture parts, comprising at least one dowel for fixing the furniture fitting to one of the two furniture parts, at least one spreader element mounted movably relative to the dowel, wherein the at least one dowel can be transferred from a first release position into a clamping position by a relative movement of the at least one spreader element, and a fitting body which has at least one connecting device for connecting the furniture fitting to the other of the two furniture parts, and wherein the furniture fitting is so connected to the at least one spreader element that the at least one dowel is movable from the first release position into the clamping position by a rotary or pivotal movement of the fitting body in a first actuation direction, wherein the at last one dowel is movable from the clamping position into a second release position different from the first release position by continuation of the rotary or pivotal movement of the fitting body in the first actuation direction, characterised in that the at least one spreader element is in the form of an L-shaped member of which one limb is guided axially in the at least one dowel and the other limb is mounted rotatably in the fitting body.