mhurhangee/patent-ind-claim-en huggingface dataset:
A reproducing device, comprising: an acquiring unit that acquires content to be currently reproduced and acquires reproduction management information in which a first flag indicating whether or not encoded data of a first HDR video which is mandatory when a video of a luminance range wider than a standard luminance range is included in the content is included in the content and a second flag indicating whether or not encoded data of a second HDR video that is optionally included in the content is included in the content are described; and a reproducing unit that reproduces the encoded data of the first HDR video when the first flag indicates that the encoded data of the first HDR video is included in the content, and a display serving as an output destination supports display of the first HDR video and reproduces the encoded data of the second HDR video when the first flag indicates that the encoded data of the first HDR video is included in the content, the second flag indicates that the encoded data of the second HDR video is included in the content, and the display supports display of the second HDR video. an acquiring unit that acquires content to be currently reproduced and acquires reproduction management information in which a first flag indicating whether or not encoded data of a first HDR video which is mandatory when a video of a luminance range wider than a standard luminance range is included in the content is included in the content and a second flag indicating whether or not encoded data of a second HDR video that is optionally included in the content is included in the content are described; and a reproducing unit that reproduces the encoded data of the first HDR video when the first flag indicates that the encoded data of the first HDR video is included in the content, and a display serving as an output destination supports display of the first HDR video and reproduces the encoded data of the second HDR video when the first flag indicates that the encoded data of the first HDR video is included in the content, the second flag indicates that the encoded data of the second HDR video is included in the content, and the display supports display of the second HDR video.
A method for preparing a pregabalin intermediate 3-carbamoymethyl-5-methylhexanoic acid without organic solvent, characterized in that the method comprises the following steps: 1) cooling an ammonia water system to a certain temperature of 0 to 20 °C; 2) adding 3-isobutylglutaric anhydride dropwise to the system, then keeping temperature, and reacting; 3) after completing the reaction, adding an acid to the system to adjust pH; 4) after adjusting pH, cooling, then keeping temperature, crystallizing, then suction filtering and drying; and 5) adding a solvent to the dried substance, slurrying, suction filtering and drying to obtain the final product. 1) cooling an ammonia water system to a certain temperature of 0 to 20 °C; 2) adding 3-isobutylglutaric anhydride dropwise to the system, then keeping temperature, and reacting; 3) after completing the reaction, adding an acid to the system to adjust pH; 4) after adjusting pH, cooling, then keeping temperature, crystallizing, then suction filtering and drying; and 5) adding a solvent to the dried substance, slurrying, suction filtering and drying to obtain the final product.
A heating ventilating and air conditioning HVAC system for an operator cab of a work vehicle , the HVAC system including: a first fan having an inlet and an outlet, the first fan inlet being in communication with an interior of the operator cab ; a second fan having an inlet and an outlet, the second fan inlet being in communication with an exterior ambient environment ; a fresh air filter positioned in communication with the inlet of the second fan ; the HVAC system further comprising: an air duct arrangement in communication with the first fan outlet and the second fan outlet; and at least one air flow diverter positioned within the air duct arrangement for selectively diverting air flowing through the air duct arrangement ; and wherein in a fresh air filter regeneration mode the at least one air flow diverter closes the air duct arrangement , the first fan is activated, and the second fan is deactivated, characterised in that , the discharge air from the first fan flows through the second fan in a reverse direction and flows through the fresh air filter . a first fan having an inlet and an outlet, the first fan inlet being in communication with an interior of the operator cab ; a second fan having an inlet and an outlet, the second fan inlet being in communication with an exterior ambient environment ; a fresh air filter positioned in communication with the inlet of the second fan ; the HVAC system further comprising: an air duct arrangement in communication with the first fan outlet and the second fan outlet; and at least one air flow diverter positioned within the air duct arrangement for selectively diverting air flowing through the air duct arrangement ; and wherein in a fresh air filter regeneration mode the at least one air flow diverter closes the air duct arrangement , the first fan is activated, and the second fan is deactivated, characterised in that , the discharge air from the first fan flows through the second fan in a reverse direction and flows through the fresh air filter . an air duct arrangement in communication with the first fan outlet and the second fan outlet; and at least one air flow diverter positioned within the air duct arrangement for selectively diverting air flowing through the air duct arrangement ; and wherein in a fresh air filter regeneration mode the at least one air flow diverter closes the air duct arrangement , the first fan is activated, and the second fan is deactivated, characterised in that , the discharge air from the first fan flows through the second fan in a reverse direction and flows through the fresh air filter .
A self-contained handheld ocular surgery instrument , comprising: a power module including: a body presenting a mating coupler ; a compressed gas supply ; a fluid reservoir ; an aspiration pump; an aspirated material reservoir ; and a control panel ; wherein the mating coupler is structured to receive and operably couple to at least one module that facilitates performance of an eye surgery task; wherein the compressed gas supply is operably coupled to the aspiration pump and the aspirated material reservoir is in fluid communication with the aspiration pump to receive aspirated material from the mating coupler ; further wherein the fluid reservoir is in fluid communication with the mating coupler and the compressed gas supply such that fluid is supplied under pressure to the mating coupler and thus to the at least one module that facilitates performance of an eye surgery task; further wherein the control panel is in controlling communication with the compressed gas supply , the aspiration pump and the aspirated material reservoir . a power module including: a body presenting a mating coupler ; a compressed gas supply ; a fluid reservoir ; an aspiration pump; an aspirated material reservoir ; and a control panel ; a body presenting a mating coupler ; a compressed gas supply ; a fluid reservoir ; an aspiration pump; an aspirated material reservoir ; and a control panel ; wherein the mating coupler is structured to receive and operably couple to at least one module that facilitates performance of an eye surgery task; wherein the compressed gas supply is operably coupled to the aspiration pump and the aspirated material reservoir is in fluid communication with the aspiration pump to receive aspirated material from the mating coupler ; further wherein the fluid reservoir is in fluid communication with the mating coupler and the compressed gas supply such that fluid is supplied under pressure to the mating coupler and thus to the at least one module that facilitates performance of an eye surgery task; further wherein the control panel is in controlling communication with the compressed gas supply , the aspiration pump and the aspirated material reservoir .
A communication connector for improving signal transmission performance, the communication connector comprising: a housing; a cable termination component received by said housing, and said cable termination component being sized and configured for selective receipt of a plurality of conductor pairs of a cable ; a plurality of slots , wherein each wire of each of said plurality of conductor pairs may be selectively pressed into one of said plurality of slots ; and a receptacle component received by said housing including a plurality of electrical contacts , characterized in the receptacle component further including a plurality of pairs of offset-positioned insulation displacement contacts (IDCs) , a pair of IDCs being parallel to an opposing pair of IDCs, and being approximately parallel to adjacent pairs of IDCs, each of said plurality of offset-positioned IDCs being aligned for engaged abutment with a corresponding one of the wires of the plurality of conductor pairs when said cable termination component and said receptacle component are coupled; an IDC housing , the IDCs being mounted on the IDC housing ; and wherein the offset placement of said IDCs increases the separation distance between IDCs of another receptacle component when a plurality of said receptacle components are adjacent to one another, whereby a signal transmission is improved. a housing; a cable termination component received by said housing, and said cable termination component being sized and configured for selective receipt of a plurality of conductor pairs of a cable ; a plurality of slots , wherein each wire of each of said plurality of conductor pairs may be selectively pressed into one of said plurality of slots ; and a receptacle component received by said housing including a plurality of electrical contacts , characterized in the receptacle component further including a plurality of pairs of offset-positioned insulation displacement contacts (IDCs) , a pair of IDCs being parallel to an opposing pair of IDCs, and being approximately parallel to adjacent pairs of IDCs, each of said plurality of offset-positioned IDCs being aligned for engaged abutment with a corresponding one of the wires of the plurality of conductor pairs when said cable termination component and said receptacle component are coupled; an IDC housing , the IDCs being mounted on the IDC housing ; and wherein the offset placement of said IDCs increases the separation distance between IDCs of another receptacle component when a plurality of said receptacle components are adjacent to one another, whereby a signal transmission is improved.
A sampling clock synchronizing apparatus (1-1) comprising: an optical hybrid circuit configured to mix a reception optical signal with local oscillation light and output electric field information of the reception optical signal; an optical/electrical converter (13-1 to 13-4) configured to convert the electric field information into an electrical analog signal; an A/D converter configured to convert the electrical analog signal into a digital signal based on a sampling clock; a sampling phase shift detection unit configured to detect a phase shift between a modulation frequency of the reception optical signal and a sampling clock frequency; a phase adjustment unit configured to perform a phase adjustment of the sampling clock frequency to the modulation frequency based on the phase shift amount transmitted from the sampling phase shift detection unit , and synchronize the sampling clock timing; and a digital filter configured to perform a filtering process of a signal with a spectral narrowing produced from the A/D converter for passing a predetermined band necessary for detecting the phase shift in the sampling phase shift detection unit , wherein said predetermined band is a high frequency band extracted from said signal with a spectral narrowing by bandpass filter characteristics (c2). an optical hybrid circuit configured to mix a reception optical signal with local oscillation light and output electric field information of the reception optical signal; an optical/electrical converter (13-1 to 13-4) configured to convert the electric field information into an electrical analog signal; an A/D converter configured to convert the electrical analog signal into a digital signal based on a sampling clock; a sampling phase shift detection unit configured to detect a phase shift between a modulation frequency of the reception optical signal and a sampling clock frequency; a phase adjustment unit configured to perform a phase adjustment of the sampling clock frequency to the modulation frequency based on the phase shift amount transmitted from the sampling phase shift detection unit , and synchronize the sampling clock timing; and a digital filter configured to perform a filtering process of a signal with a spectral narrowing produced from the A/D converter for passing a predetermined band necessary for detecting the phase shift in the sampling phase shift detection unit , wherein said predetermined band is a high frequency band extracted from said signal with a spectral narrowing by bandpass filter characteristics (c2).
An embroidery system , comprising: a liquid discharge apparatus , comprising: a head configured to discharge liquid onto a thread based on image data; and an embroidery apparatus configured to perform embroidery using the thread to which the liquid is applied by the liquid discharge apparatus characterized by further comprising an adjuster disposed downstream from the head in a feed direction of the thread and configured to adjust a feed speed of the thread; and a controller configured to control the adjuster to increase a feed distance of the thread in a case where the feed speed is lower than a predetermined value. a liquid discharge apparatus , comprising: a head configured to discharge liquid onto a thread based on image data; and an embroidery apparatus configured to perform embroidery using the thread to which the liquid is applied by the liquid discharge apparatus characterized by further comprising an adjuster disposed downstream from the head in a feed direction of the thread and configured to adjust a feed speed of the thread; and a controller configured to control the adjuster to increase a feed distance of the thread in a case where the feed speed is lower than a predetermined value.
A method for switching and sharing information, wherein the method is applied to a client of a sharer, and comprises: jumping (S110) to a second page in response to a detection of a trigger operation on a link to the second page in a currently shared first page, wherein the currently shared first page is a page currently displayed, which is sent to a client of a sharee to be displayed on the client of the sharee; and sharing (S120) the second page and operation information on the second page displayed on the client of the sharer with the client of the sharee, in a case that the client of the sharee is in a follow mode, to display the second page on the client of the sharee in the follow mode by following a display of the client of the sharer, wherein the follow mode is a mode in which the client of the sharee receives the operation information and renders the second page on the client of the sharee based on the operation information to follow the client of the sharer to display a page which is currently displayed on the client of the sharer; and in the follow mode, pages on the client of the sharee and the client of the sharer are synchronously displayed. jumping (S110) to a second page in response to a detection of a trigger operation on a link to the second page in a currently shared first page, wherein the currently shared first page is a page currently displayed, which is sent to a client of a sharee to be displayed on the client of the sharee; and sharing (S120) the second page and operation information on the second page displayed on the client of the sharer with the client of the sharee, in a case that the client of the sharee is in a follow mode, to display the second page on the client of the sharee in the follow mode by following a display of the client of the sharer, wherein the follow mode is a mode in which the client of the sharee receives the operation information and renders the second page on the client of the sharee based on the operation information to follow the client of the sharer to display a page which is currently displayed on the client of the sharer; and in the follow mode, pages on the client of the sharee and the client of the sharer are synchronously displayed.
A recording device comprising: a conveyor belt configured to support a medium (P) to be recorded on a support surface (S) and convey the medium to be recorded; and a wiper blade abuttable with the conveyor belt, the wiper blade being more hydrophilic than the support surface, characterized in that : the wiper blade has a contact area including a part that contacts with cleaning fluid applied to the conveyor belt, and a non-contact area disposed downward in a gravity direction relative to the contact area, and the non-contact area is more hydrophobic than the contact area. a conveyor belt configured to support a medium (P) to be recorded on a support surface (S) and convey the medium to be recorded; and a wiper blade abuttable with the conveyor belt, the wiper blade being more hydrophilic than the support surface, characterized in that : the wiper blade has a contact area including a part that contacts with cleaning fluid applied to the conveyor belt, and a non-contact area disposed downward in a gravity direction relative to the contact area, and the non-contact area is more hydrophobic than the contact area. the wiper blade has a contact area including a part that contacts with cleaning fluid applied to the conveyor belt, and a non-contact area disposed downward in a gravity direction relative to the contact area, and the non-contact area is more hydrophobic than the contact area.
A watercraft for three-stage operation, in a first stage the watercraft riding in the water as a boat, in a second stage the watercraft riding on the surface of the water, and in a third stage the watercraft being in contact with the water while also traveling in ground effect above the water, the watercraft comprising: a hydro-wing having a hull including a top surface and a bottom surface opposite the top surface, and a pair of wings supported by the hull including a bottom surface and a top surface opposite the bottom surface, such that a continuous ground effect surface is formed by the bottom surface of the hull and the bottom surface of the pair of wings to maintain the watercraft in ground effect during the third stage wherein the hydro-wing is spaced a distance above the water; at least a single hydrofoil supported by the hydro-wing and constructed and arranged to contact the water in stage two; a pair of outboard hydro-floats supported on the bottom surface of the hydro-wing on a port and a starboard side thereof and constructed and arranged to contact the water in stage two; a pair of air rudders supported by the hydro-wing constructed and arranged to effectuate turning during the second stage of operation and the third stage of operation; at least one water rudder supported by the hull constructed and arranged to effectuate turning when the rudder is in the water; an articulating trim arm operatively connected to an elevator control supported by the hydro-wing, the articulating trim arm remaining in contact with the water during the third stage of operation when the hydro-wing is traveling spaced above the water; and at least one air propeller supported by the hydro-wing. a hydro-wing having a hull including a top surface and a bottom surface opposite the top surface, and a pair of wings supported by the hull including a bottom surface and a top surface opposite the bottom surface, such that a continuous ground effect surface is formed by the bottom surface of the hull and the bottom surface of the pair of wings to maintain the watercraft in ground effect during the third stage wherein the hydro-wing is spaced a distance above the water; at least a single hydrofoil supported by the hydro-wing and constructed and arranged to contact the water in stage two; a pair of outboard hydro-floats supported on the bottom surface of the hydro-wing on a port and a starboard side thereof and constructed and arranged to contact the water in stage two; a pair of air rudders supported by the hydro-wing constructed and arranged to effectuate turning during the second stage of operation and the third stage of operation; at least one water rudder supported by the hull constructed and arranged to effectuate turning when the rudder is in the water; an articulating trim arm operatively connected to an elevator control supported by the hydro-wing, the articulating trim arm remaining in contact with the water during the third stage of operation when the hydro-wing is traveling spaced above the water; and at least one air propeller supported by the hydro-wing.
A delivery apparatus , comprising: a first shaft configured to rotate around a central longitudinal axis of the delivery apparatus to rotationally align a prosthetic valve mounted on the delivery apparatus with native anatomy at a target implantation site; a second shaft extending through the first shaft and having a distal end portion extending distally beyond a distal end portion of the first shaft ; an inflatable balloon coupled to the distal end portion of the first shaft ; and a polymeric body mounted on the distal end portion of the second shaft and a radiopaque marker mounted on or embedded within the polymeric body. a first shaft configured to rotate around a central longitudinal axis of the delivery apparatus to rotationally align a prosthetic valve mounted on the delivery apparatus with native anatomy at a target implantation site; a second shaft extending through the first shaft and having a distal end portion extending distally beyond a distal end portion of the first shaft ; an inflatable balloon coupled to the distal end portion of the first shaft ; and a polymeric body mounted on the distal end portion of the second shaft and a radiopaque marker mounted on or embedded within the polymeric body.
A method of component manufacture, comprising: - winding a thread of material around a shaping element to form a first layer formed of adjacent turns of said thread; - applying a laser beam under computer-control between adjacent turns of the first layer to attach them at predetermined points - repeating the first step to form a second layer of adjacent turns of said thread on top of the first layer; and - repeating the second step to apply a laser beam under computer-control between adjacent turns of the second layer to attach them at predetermined points; - characterised in that the predetermined attachment points in a given layer and/or between the first and second layers are distributed around the shaping element in a non-linear manner; characterised in that the second layer of adjacent turns of the thread material is oriented differently from that of the first layer. - winding a thread of material around a shaping element to form a first layer formed of adjacent turns of said thread; - applying a laser beam under computer-control between adjacent turns of the first layer to attach them at predetermined points - repeating the first step to form a second layer of adjacent turns of said thread on top of the first layer; and - repeating the second step to apply a laser beam under computer-control between adjacent turns of the second layer to attach them at predetermined points; - characterised in that the predetermined attachment points in a given layer and/or between the first and second layers are distributed around the shaping element in a non-linear manner; characterised in that the second layer of adjacent turns of the thread material is oriented differently from that of the first layer.