mhurhangee/patent-ind-claim-en huggingface dataset:
An optical differential path length (DPL) gas detector comprising: a first light source producing a first light centered at a first wavelength corresponding to a wavelength absorbed by a target gas in the optical DPL gas detector; a second light source producing a second light centered at a second wavelength corresponding to a wavelength off-resonance with respect to the first wavelength; an optical filter disposed proximally to the first light source and configured to pass the first light and the second light; and a mirror configured to reflect the second light onto the first light source , wherein a portion of the reflected second light travels colinearly with the first light, wherein the second light source has a surface from which the second light is emitted, wherein the first light source has a surface onto which the second light is reflected and wherein a main surface of the optical filter and a main surface of the mirror are each parallel to the said surface of the first light source and to the said surface of the second light source . a first light source producing a first light centered at a first wavelength corresponding to a wavelength absorbed by a target gas in the optical DPL gas detector; a second light source producing a second light centered at a second wavelength corresponding to a wavelength off-resonance with respect to the first wavelength; an optical filter disposed proximally to the first light source and configured to pass the first light and the second light; and a mirror configured to reflect the second light onto the first light source , wherein a portion of the reflected second light travels colinearly with the first light, wherein the second light source has a surface from which the second light is emitted, wherein the first light source has a surface onto which the second light is reflected and wherein a main surface of the optical filter and a main surface of the mirror are each parallel to the said surface of the first light source and to the said surface of the second light source .
A method of fabricating a micro light emitting diode (micro LED) array substrate (AS) having a plurality of micro LEDs, the method comprising: forming a plurality of signal lines on a base substrate ; depositing a semiconductor material on the base substrate to form a semiconductor material layer ; and patterning the semiconductor material layer to form a semiconductor layer of the plurality of micro LEDs; characterised in that a surface of the plurality of signal lines away from the base substrate is uncovered during depositing the semiconductor material, and the plurality of signal lines form a grid for facilitating epitaxial growth of the semiconductor material. forming a plurality of signal lines on a base substrate ; depositing a semiconductor material on the base substrate to form a semiconductor material layer ; and patterning the semiconductor material layer to form a semiconductor layer of the plurality of micro LEDs; characterised in that a surface of the plurality of signal lines away from the base substrate is uncovered during depositing the semiconductor material, and the plurality of signal lines form a grid for facilitating epitaxial growth of the semiconductor material.
A method for producing purified water comprising a step (a) of passing water through a first mixed bed ion exchanger and a step (b) of passing water through a second mixed bed ion exchanger, wherein the mean particle diameter of the beads of the first mixed bed ion exchanger is between 0.5 and 0.7 mm, and wherein the mean particle diameter of the beads of the second mixed bed ion exchanger is less than 0.5 mm, characterized in that step (a) is performed before step (b), and characterized in that the ratio of the volume of the first mixed bed ion exchanger to the volume of the second mixed bed ion exchanger is between 10:1 and 1:5.
A memory device for a print cartridge including data to reconstruct a color table for a printing device , the data comprising: a compressed bitstream stored in the memory device , wherein the compressed bitstream comprises: a plurality of quantized coefficients from a lossy compression of a plurality of difference nodes of a difference color table , the quantized coefficients being quantized using a selected step size (Δ), the quantized coefficients of the difference color table being useable with a reference table on the printing device to provide a reconstructed color table to be applied to a color management system, wherein color tables providing transformations between various color spaces are used in color management; wherein the value of each node in the difference color table reconstructed from the quantized coefficients is to be added to the value of a corresponding node of a reference table stored on the printing device ; and corrective information for a set of nodes to be modified corresponding to nodes of the reference table with residual values, wherein the corrective information includes residual values and node location information for the locations of the set of nodes to be modified with the residual values; wherein the quantized coefficients and the corrective information included in the bitstream are compressed; and the memory device includes the step size (Δ) as further information, wherein the compressed bit stream which is compressed with a lossless compression comprises a data stream of quantized coefficients derived from a discrete cosine transform (DCT) at the selected step size (Δ), wherein the data stream of quantized coefficients of the difference color table is a one-dimensional data stream of quantized coefficients. a plurality of quantized coefficients from a lossy compression of a plurality of difference nodes of a difference color table , the quantized coefficients being quantized using a selected step size (Δ), the quantized coefficients of the difference color table being useable with a reference table on the printing device to provide a reconstructed color table to be applied to a color management system, wherein color tables providing transformations between various color spaces are used in color management; wherein the value of each node in the difference color table reconstructed from the quantized coefficients is to be added to the value of a corresponding node of a reference table stored on the printing device ; and corrective information for a set of nodes to be modified corresponding to nodes of the reference table with residual values, wherein the corrective information includes residual values and node location information for the locations of the set of nodes to be modified with the residual values; wherein the quantized coefficients and the corrective information included in the bitstream are compressed; and the memory device includes the step size (Δ) as further information,
Gas-liquid reactor including vertical body with inlet pipes for reactants and outlet pipes for reaction products, a mixer with a coaxial tube and vortex chamber located in the lower part of the body, the chamber having an axial outlet pipe and a tangential inlet pipe connected with inlet pipe of first reactant, the axial outlet pipe being directed towards reactor bottom, the coaxial tube being introduced into the cylindrical body of the vortex chamber, upper end of the coaxial tube being connected to the inlet pipe of second reactant, characterized in that the axial outlet pipe of the mixer is fitted with a diffuser, the tangential inlet pipe is inclined towards the mixer body in the opposite direction of the outlet opening of the axial outlet pipe by an angle of 15° to 20° to the horizontal.
An automatic card handling device , comprising: a shuffling apparatus configured to shuffle an input set of cards and deliver an output set of cards resulting from the shuffling; and a custom module comprising: a communication module ; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module ; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device ; and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers . a shuffling apparatus configured to shuffle an input set of cards and deliver an output set of cards resulting from the shuffling; and a custom module comprising: a communication module ; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module ; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device ; and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers . a communication module ; and a diagnosis module configured to: receive a self-diagnostic request from a remote location via the communication module ; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device ; and determine diagnostic results of the self-diagnosis; receive a self-diagnostic request from a remote location via the communication module ; in response to receiving the self-diagnostic request, perform a self-diagnosis on the operation of the card handling device ; and determine diagnostic results of the self-diagnosis; wherein the communication module is configured to transmit the diagnostic results of the self-diagnosis across a network to an alerting system operably coupled to one or more servers .
Medical instrument for temporarily coupling to at least two shank-or sleeve-shaped instruments , comprising a first coupling device for temporarily coupling to a first shank- or sleeve-shaped instrument and a second coupling device for coupling to a second shank- or sleeve-shaped instrument , wherein the first coupling device and the second coupling device are arranged or formed so as to be pivotable relative to each other, which medical instrument comprises a main body on which the first coupling device is guided and held so as to be pivotable about a point of rotation that, in particular, is spatially remote from the main body , which medical instrument comprises a first guide device for guiding a movement of the first coupling device along a circular path , wherein the first guide device is arranged or formed at least partially on the main body , characterized in that the first guide device comprises two or more circular arc shaped guide slots .
A wrist rest to be detachably attached onto an embedding apparatus configured to dispense and embed an embedding material into an embedding tray, the wrist rest comprising: an attachment mechanism configured to attach the wrist rest to a hand-rest part of the embedding apparatus at a position covering the hand-rest part entirely or partly, and wherein the attachment mechanism is an engaging piece which is disposed at front and rear positions or at right and left positions of the wrist rest with the hand-rest part interposed therebetween and is an engaging piece configured to engage a predetermined portion of the embedding apparatus , and characterized in that the engagement piece comprises both (i) an engagement groove which a protrusion disposed at a predetermined portion of the embedding apparatus engages, and (ii) an engagement protrusion which an engagement hole disposed at a predetermined portion of the embedding apparatus engages. an attachment mechanism configured to attach the wrist rest to a hand-rest part of the embedding apparatus at a position covering the hand-rest part entirely or partly, and wherein the attachment mechanism is an engaging piece which is disposed at front and rear positions or at right and left positions of the wrist rest with the hand-rest part interposed therebetween and is an engaging piece configured to engage a predetermined portion of the embedding apparatus , and characterized in that the engagement piece comprises both (i) an engagement groove which a protrusion disposed at a predetermined portion of the embedding apparatus engages, and (ii) an engagement protrusion which an engagement hole disposed at a predetermined portion of the embedding apparatus engages.
A system for matching motion signatures generated by two devices separated from one another comprising: a first device for moving along a trajectory, the first device including a MEMS sensor capable of generating a first signal representative of the speed and direction of movement of the first device to define MEMS data, a processor and a memory for storing computer readable instructions that when executed by the processor encodes the first signal into a first motion signature according to a first encoding technique, the first device configured to electronically transmit to a second device the first motion signature and receive a second motion signature from the second device; the second device including an image device for capturing a motion image of the first device during its movement along the trajectory, a processor and a memory for storing computer readable instructions that when executed by the processor generates a second signal representative of the motion image and encodes the second signal into the second motion signature according to a second encoding technique, the second device configured to electronically transmit to the first device the second motion signature and receive the first motion signature from the first device; and a matching unit on the first device or the second device and having a processor and a memory for storing computer readable instructions that when executed by the processor determines a match by comparing the first motion signature and the second motion signature based on one or more motion signature information comprising motion trajectory information and/or motion trend information. a first device for moving along a trajectory, the first device including a MEMS sensor capable of generating a first signal representative of the speed and direction of movement of the first device to define MEMS data, a processor and a memory for storing computer readable instructions that when executed by the processor encodes the first signal into a first motion signature according to a first encoding technique, the first device configured to electronically transmit to a second device the first motion signature and receive a second motion signature from the second device; the second device including an image device for capturing a motion image of the first device during its movement along the trajectory, a processor and a memory for storing computer readable instructions that when executed by the processor generates a second signal representative of the motion image and encodes the second signal into the second motion signature according to a second encoding technique, the second device configured to electronically transmit to the first device the second motion signature and receive the first motion signature from the first device; and a matching unit on the first device or the second device and having a processor and a memory for storing computer readable instructions that when executed by the processor determines a match by comparing the first motion signature and the second motion signature based on one or more motion signature information comprising motion trajectory information and/or motion trend information.
A welding filler , comprising: a rod, a wire, or a plate configured to be deposited on a workpiece during a welding process, wherein the rod, the wire, or the plate comprises a composite comprising: a matrix comprising: an amount of high-melting-temperature superalloy between 30 % and 95 % by weight, wherein the high-melting-temperature superalloy has a melting temperature greater than 1315°C; and an amount of low-melting-temperature superalloy between 1 % and 70 % by weight, wherein the low-melting-temperature superalloy has a melting temperature in a range below 1290°C; the composite further comprising: an amount of a ceramic reinforcement material between 2% and 50 % by volume, dispersed in the matrix, wherein the ceramic reinforcement material comprises silicon carbide fibers, titanium nitride fibers, titanium nitride nanotubes, titanium carbide fibers, or titanium carbide nanotubes. an amount of high-melting-temperature superalloy between 30 % and 95 % by weight, wherein the high-melting-temperature superalloy has a melting temperature greater than 1315°C; and an amount of low-melting-temperature superalloy between 1 % and 70 % by weight, wherein the low-melting-temperature superalloy has a melting temperature in a range below 1290°C; the composite further comprising: an amount of a ceramic reinforcement material between 2% and 50 % by volume, dispersed in the matrix, wherein the ceramic reinforcement material comprises silicon carbide fibers, titanium nitride fibers, titanium nitride nanotubes, titanium carbide fibers, or titanium carbide nanotubes.
A hollow fiber membrane cartridge-type humidification module comprising: a housing ; hollow fiber membrane cartridges fitted to both ends of a plurality of hollow fiber membrane bundles , which are inserted into the housing in a longitudinal direction of the housing ; a sectioning unit provided inside the housing so as to section the hollow fiber membrane bundles ; and a potting portion configured to fix the hollow fiber membrane cartridges and the hollow fiber membrane bundles into the housing in a batch mode, characterized in that the sectioning unit is integrally formed with the housing , or is separately formed and assembled with the housing , the hollow fiber membrane bundles are inserted into respective insertion spaces inside the sectioning unit , and one end of the hollow fiber membrane cartridges is inserted into the respective insertion spaces inside the sectioning unit . a housing ; hollow fiber membrane cartridges fitted to both ends of a plurality of hollow fiber membrane bundles , which are inserted into the housing in a longitudinal direction of the housing ; a sectioning unit provided inside the housing so as to section the hollow fiber membrane bundles ; and a potting portion configured to fix the hollow fiber membrane cartridges and the hollow fiber membrane bundles into the housing in a batch mode, characterized in that the sectioning unit is integrally formed with the housing , or is separately formed and assembled with the housing , the hollow fiber membrane bundles are inserted into respective insertion spaces inside the sectioning unit , and one end of the hollow fiber membrane cartridges is inserted into the respective insertion spaces inside the sectioning unit .
A roller blind assembly comprising a roller , a generally rectangular panel formed from a flexible sheet material having an upper marginal edge secured to the roller and a free lower marginal edge, a screen in the form of a web of flexible material being detachably mounted on said free lower marginal of the panel edge via a releasable fastening means , said releasable fastening means comprises cooperating first and second fastening components being respectively provided on the lower marginal edge of the panel and an upper edge of the screen , wherein said first and second fastening components comprise mating elongate members, wherein the roller is provided with an elongate recess or channel formed on its outer surface extending substantially over the entire length of the roller and parallel to the axis of the roller for receiving said fastening means when the panel and screen are wound onto the roller , the shape and dimensions of the roller , and the elongate recess or channel formed thereon, and the fastening means being such that the that when the panel and the fastening means are wound around the roller , the resulting assembly presents a circular cross section of substantially constant radius, characterised in that the first fastening component and the second fastening component each have a substantially U-shaped cross section to define cooperating hook-like members adapted to releasably engage one another to support the screen from the panel, and in that the first fastening component of the fastening means comprises a first elongate hook-like component provided on the lower marginal edge of the panel , defining an upwardly open elongate channel, the second fastening component of the fastening means comprising a second elongate hook-like component defining a downwardly open elongate channel, provided on the upper edge of the screen , the first and second elongate hook-like components of the fastening means being shaped to engage one another to attach the screen to the panel , while being readily separable from one another to allow removal and replacement of the screen from the panel by relative displacement of the first and second fastening components in a vertical direction, in use.
A communication device comprising: a communication unit configured to communicate with a first communication device or a second communication device by using human body communication, with regard to setting information for establishing direct communication between the first communication device and the second communication device; wherein the setting information includes first setting information which is setting information of the first communication device, and the communication unit is configured to receive the first setting information from the first communication device by using the human body communication; wherein the communication unit is configured to subsequently transmit a transmission authorization inquiry of the first setting information to the first communication device, and the communication unit is further configured to transmit the first setting information to the second communication device by using the human body communication when a transmission authorization is received from the first communication device, the transmission authorization inquiry includes prompting by the first communication device a user to select presence or absence of the transmission authorization. a communication unit configured to communicate with a first communication device or a second communication device by using human body communication, with regard to setting information for establishing direct communication between the first communication device and the second communication device; wherein the setting information includes first setting information which is setting information of the first communication device, and the communication unit is configured to receive the first setting information from the first communication device by using the human body communication; wherein the communication unit is configured to subsequently transmit a transmission authorization inquiry of the first setting information to the first communication device, and the communication unit is further configured to transmit the first setting information to the second communication device by using the human body communication when a transmission authorization is received from the first communication device, the transmission authorization inquiry includes prompting by the first communication device a user to select presence or absence of the transmission authorization.