mhurhangee/patent-ind-claim-en huggingface dataset:
A method of separating a component of an absorbent article comprising: advancing a substrate in a machine direction (MD); providing an ultra-short pulse laser source ; emitting a laser beam with the ultra-short pulse laser source ; directing the laser beam at a portion of the substrate ; imparting a line of weakness into a portion of the substrate using the laser beam, wherein the laser beam is pulsed at a frequency from 100 kHz to 100 MHz, wherein the laser beam has a pulse duration from 5 femtoseconds to 10 picoseconds, and wherein the laser beam has a level of peak energy from 20 μJ to 875 μJ; forming a heat modified zone along the line of weakness ; and separating the substrate along the line of weakness to form a separation edge , wherein the heat modified zone comprises a maximum width that is less than 200 microns, wherein the maximum width is measured from the separation edge in a direction perpendicular to the separation edge toward a central region of the substrate . advancing a substrate in a machine direction (MD); providing an ultra-short pulse laser source ; emitting a laser beam with the ultra-short pulse laser source ; directing the laser beam at a portion of the substrate ; imparting a line of weakness into a portion of the substrate using the laser beam, wherein the laser beam is pulsed at a frequency from 100 kHz to 100 MHz, wherein the laser beam has a pulse duration from 5 femtoseconds to 10 picoseconds, and wherein the laser beam has a level of peak energy from 20 μJ to 875 μJ; forming a heat modified zone along the line of weakness ; and separating the substrate along the line of weakness to form a separation edge , wherein the heat modified zone comprises a maximum width that is less than 200 microns, wherein the maximum width is measured from the separation edge in a direction perpendicular to the separation edge toward a central region of the substrate .
A transaminase comprising an amino acid sequence with at least 80% identity to SEQ ID NO:3, wherein the transaminase is substituted compared to SEQ ID NO:3 in at least one position selected from the group of amino acid substitutions N161A, N161M, N161Q and N161I, wherein (A) the stereoselectivity of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3; and/or (B) the thermostability of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3. (A) the stereoselectivity of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3; and/or (B) the thermostability of the transaminase is higher than that of the wild-type transaminase of SEQ ID NO:3.
A pipe joining method inside a pipeline construction shaft , in which a first pipe is loaded on a first transport trolley of a pipe transport device including the first transport trolley and a second transport trolley , said first transport trolley and said second transport trolley traveling on rails in the pipeline construction shaft , a second pipe is loaded on the second transport trolley coupled to the first transport trolley via a coupler , the first pipe and the second pipe are transported, and the first pipe and the second pipe are sequentially joined to a rearmost pipe of a pipeline in the pipeline construction shaft , the method comprising: moving the first transport trolley with the loaded first pipe and the second transport trolley with the loaded second pipe forward and joining one end of the first pipe to the rearmost pipe ; lifting another end of the first pipe , moving the first transport trolley and the second transport trolley backward, and drawing the first transport trolley from beneath of the first pipe to a near side of the first pipe ; removing the coupler to separate the first transport trolley and the second transport trolley ; moving the first transport trolley backward and drawing the first transport trolley below the second pipe loaded on the second transport trolley ; and moving the second transport trolley forward with the first transport trolley and joining one end of the second pipe on the second transport trolley to the other end of the first pipe joined to the rearmost pipe . moving the first transport trolley with the loaded first pipe and the second transport trolley with the loaded second pipe forward and joining one end of the first pipe to the rearmost pipe ; lifting another end of the first pipe , moving the first transport trolley and the second transport trolley backward, and drawing the first transport trolley from beneath of the first pipe to a near side of the first pipe ; removing the coupler to separate the first transport trolley and the second transport trolley ; moving the first transport trolley backward and drawing the first transport trolley below the second pipe loaded on the second transport trolley ; and moving the second transport trolley forward with the first transport trolley and joining one end of the second pipe on the second transport trolley to the other end of the first pipe joined to the rearmost pipe .
A method, comprising: receiving , by a system level process of an operating system of a local computing device of a local user, a request to initiate a group session in an extended reality, XR, environment for the local user and a remote user, the XR environment including one or more of augmented reality, AR, content, mixed reality, MR, content, virtual reality, VR, content; establishing , for the group session by the system level process of the operating system of the local computing device and separately from a local instance of a first application, an out-of-process network connection with a system communication channel between the local computing device associated with the local user and a remote computing device associated with the remote user; receiving , at the system level process of the operating system of the local computing device , a system call from the local instance of a first application on the local computing device to transfer local data to a remote instance of the first application on the remote computing device via the out-of-process network connection; and transferring , by system level process of the operating system of the local computing device , the local data to the remote instance of the first application on the remote computing device via the out-of-process network connection and the system communication channel and separately from the local instance of the first application, wherein the local data comprises state data of the local instance of the first application for updating a state of the remote instance of the first application. receiving , by a system level process of an operating system of a local computing device of a local user, a request to initiate a group session in an extended reality, XR, environment for the local user and a remote user, the XR environment including one or more of augmented reality, AR, content, mixed reality, MR, content, virtual reality, VR, content; establishing , for the group session by the system level process of the operating system of the local computing device and separately from a local instance of a first application, an out-of-process network connection with a system communication channel between the local computing device associated with the local user and a remote computing device associated with the remote user; receiving , at the system level process of the operating system of the local computing device , a system call from the local instance of a first application on the local computing device to transfer local data to a remote instance of the first application on the remote computing device via the out-of-process network connection; and transferring , by system level process of the operating system of the local computing device , the local data to the remote instance of the first application on the remote computing device via the out-of-process network connection and the system communication channel and separately from the local instance of the first application, wherein the local data comprises state data of the local instance of the first application for updating a state of the remote instance of the first application.
An arrangement for adapting adjustable furniture to an adjustment profile , said arrangement comprising two adjustment profiles each comprising an elongated means, substantially square or rectangular of its cross section and formed of sheet metal, which means is provided with evenly spaced fastening openings on at least one of its surfaces for receiving fastening means, whereby the cross section of each adjustment profile has one of its four sides arranged to be open for the whole length dimension of the adjustment profile, the open side of the cross section comprises two opposite edge profiles shaped substantially symmetrical to form a linear guide such that the edge profile is arranged to orientate inside a boundary surface limited by the cross-sectional profile of the adjustment profile , wherein said two parallel adjustment profiles are formed into a two-masted guide framer in which the guide frame includes a unit of furniture arranged guidable along it, whereby the unit of furniture is attached to at least one carriage moving along the adjustment profiles , wherein between the two opposite and substantially symmetrical edge profiles formed by the linear guide in the adjustment profile is here arranged the moving carriage , the motion of the carriage being supported by at least two bearing units supported on opposite edge profiles, wherein the bearing unit comprises a wheel arranged rolling along the edge profile , a roll arranged rolling along the edge profile or a bearing pad arranged slidable along the edge profile , characterised in that the bearing unit further comprises a groove on its side oriented towards the edge profile for receiving the edge profile.
A computer-implemented method performed by a client computing device, the method comprising: detecting one or more other computing devices within a geographic vicinity of the computing device; transmitting to a master computing device a confirmation to join a speaker mesh network with the detected one or more other computing devices; transmitting one or more sensor readings to the master computing device; receiving from the master computing device a playback synchronization instruction for a media item and receiving , from the master computing device, a stereo sound and audio equalization instruction, wherein the one or more sensor readings are used by the master computing device to determine a topology of the speaker mesh network, and wherein the stereo sound and audio equalization instructions are based on the topology of the speaker mesh network; adjusting playback of the media item according to the playback synchronization instruction, wherein the one or more other computing devices in the speaker mesh network provide synchronized playback of the media item according to the playback synchronization instruction; applying according to the stereo sound and audio equalization instruction, stereo sound and audio equalization settings to the playback of the media item at the client computing device. detecting one or more other computing devices within a geographic vicinity of the computing device; transmitting to a master computing device a confirmation to join a speaker mesh network with the detected one or more other computing devices; transmitting one or more sensor readings to the master computing device; receiving from the master computing device a playback synchronization instruction for a media item and receiving , from the master computing device, a stereo sound and audio equalization instruction, wherein the one or more sensor readings are used by the master computing device to determine a topology of the speaker mesh network, and wherein the stereo sound and audio equalization instructions are based on the topology of the speaker mesh network; adjusting playback of the media item according to the playback synchronization instruction, wherein the one or more other computing devices in the speaker mesh network provide synchronized playback of the media item according to the playback synchronization instruction; applying according to the stereo sound and audio equalization instruction, stereo sound and audio equalization settings to the playback of the media item at the client computing device.
Use of lactoferrin or a nucleic acid molecule encoding lactoferrin, in the diagnosis or prognosis of Alzheimer's disease in a biological sample obtained from a subject selected from oral mucous tissue and saliva.
A flight control system for a rotary wing aircraft comprising a main rotor system , a translational thrust system , and an engine control system , the flight control system comprising: a flight control computer configured to interface with the main rotor system , the translational thrust system , and the engine control system , the flight control computer comprising processing circuitry configured to execute control logic comprising: a primary flight control configured to produce flight control commands for the main rotor system and the translational thrust system ; and a main rotor engine anticipation logic configured to produce a rotor power demand associated with the main rotor system ; characterised by the provision of a propulsor loads engine anticipation logic configured to produce an auxiliary propulsor power demand associated with the translational thrust system , and further by the flight control computer providing the engine control system with a total power demand anticipation signal based on a combination of the rotor power demand and the auxiliary propulsor power demand . a primary flight control configured to produce flight control commands for the main rotor system and the translational thrust system ; and a main rotor engine anticipation logic configured to produce a rotor power demand associated with the main rotor system ; characterised by the provision of a propulsor loads engine anticipation logic configured to produce an auxiliary propulsor power demand associated with the translational thrust system , and further by the flight control computer providing the engine control system with a total power demand anticipation signal based on a combination of the rotor power demand and the auxiliary propulsor power demand .
A diffraction grating display body adapted to display a color image by diffracting light, the diffraction grating display body comprising: a plurality of cell sets each having a plurality of cell groups in which cells R, G, and B corresponding to elements of red, green, and blue, respectively, in each pixel in a piece of color gradation image data, are arranged in a predetermined order, wherein the cells in the cell groups in at least one cell set among the plurality of cell sets have diffraction gratings with mutually different spatial frequencies and the same grating angle, the cell groups included in the plurality of cell sets have diffraction gratings with mutually different grating angles among the cell groups, and each of the cells R, G, and B in the cell groups included in the plurality of cell sets have a predetermined cell area, characterized in that the diffraction grating included in at least one cell group among the plurality of cell groups is formed of a rectangular diffraction grating or a sinusoidal diffraction grating, and the diffraction grating in at least one other cell group is formed of a blazed diffraction grating . a plurality of cell sets each having a plurality of cell groups in which cells R, G, and B corresponding to elements of red, green, and blue, respectively, in each pixel in a piece of color gradation image data, are arranged in a predetermined order, wherein the cells in the cell groups in at least one cell set among the plurality of cell sets have diffraction gratings with mutually different spatial frequencies and the same grating angle, the cell groups included in the plurality of cell sets have diffraction gratings with mutually different grating angles among the cell groups, and each of the cells R, G, and B in the cell groups included in the plurality of cell sets have a predetermined cell area, characterized in that the diffraction grating included in at least one cell group among the plurality of cell groups is formed of a rectangular diffraction grating or a sinusoidal diffraction grating, and the diffraction grating in at least one other cell group is formed of a blazed diffraction grating .
A tapered roller bearing for an automobile, comprising: an inner ring comprising a raceway surface having a tapered shape on an outer periphery; an outer ring comprising a raceway surface having a tapered shape on an inner periphery; a plurality of tapered rollers incorporated into a space defined between the raceway surfaces ; and a retainer configured to receive the plurality of tapered rollers , wherein the inner ring and the outer ring are each made of carburized steel, wherein the raceway surfaces of the inner ring and the outer ring each have a straight generating line shape, wherein the tapered rollers each are made of high carbon chromium bearing steel, wherein the tapered rollers each have a rolling surface comprising: a straight portion , which is formed at a center portion in an axial direction; and crowning portions , which extend from the straight portion to both end portions, and wherein the crowning portions are each formed of logarithmic crowning, and wherein a ratio Dr/Dw of a drop amount (Dr) of the crowning portion of the rolling surface to a roller diameter (Dw) falls within a range of from 0.003 to 0.03. an inner ring comprising a raceway surface having a tapered shape on an outer periphery; an outer ring comprising a raceway surface having a tapered shape on an inner periphery; a plurality of tapered rollers incorporated into a space defined between the raceway surfaces ; and a retainer configured to receive the plurality of tapered rollers , wherein the inner ring and the outer ring are each made of carburized steel, wherein the raceway surfaces of the inner ring and the outer ring each have a straight generating line shape, wherein the tapered rollers each are made of high carbon chromium bearing steel, wherein the tapered rollers each have a rolling surface comprising: a straight portion , which is formed at a center portion in an axial direction; and crowning portions , which extend from the straight portion to both end portions, and a straight portion , which is formed at a center portion in an axial direction; and crowning portions , which extend from the straight portion to both end portions, and wherein the crowning portions are each formed of logarithmic crowning, and
Trimming machine that is easily capable of trimming large surfaces, such as hedges, the trimming machine comprising a trimming assembly comprising a plurality of trimming units , wherein each trimming unit comprises a rotatable knife block , wherein the different knife blocks have mutually substantially parallel rotation axes , wherein an axial direction parallel to these rotation axes defines a z-direction; wherein the trimming machine has a first radial direction perpendicular to said axial direction, defining an γ-direction; wherein the trimming machine has a second radial direction perpendicular to said axial direction and perpendicular to said first radial direction, defining an x-direction; wherein the trimming assembly comprises a front row of at least two knife blocks arranged next to each other in the y-direction with mutually substantially equal axial position; wherein the trimming assembly comprises a rear row of at least one knife block ; characterized in that each knife block at its lower side comprises a knife disc ; the knife blocks of the rear row are always displaced in x-direction and in y-direction and in z-direction with respect to the knife blocks of the front row in such a way that there is a common tangent plane touching all said knife discs ; and in that neighboring knife discs of the front row on the one hand and of the rear row on the other hand overlap each other in z-projection.
A method of controlling power distribution from a plurality of inverters to one or more electrical loads , the method being executed using one or more computer processors , the method comprising: determining a plurality of possible combinations of the plurality of inverters to meet load demands corresponding to the one or more electrical loads, each possible combination of the plurality of possible combinations including a respective set of one or more inverters of the plurality of inverters; accessing , from a memory coupled with the one or more computer processors, one or more predefined efficiency functions associated with the operation of the inverters of each of the respective sets, wherein each of the one or more predefined efficiency functions describes an efficiency of a respective one of the inverters of the respective set at particular power production levels, wherein said efficiency is affected by the respective one of the inverters of the respective set having different switching losses corresponding to different power production levels; selecting , based on a respective efficiency value determined for each of the plurality of possible combinations based on the respective one or more predefined efficiency functions , a combination from the plurality of possible combinations that is relatively efficient, wherein each respective efficiency value is associated with powering the one or more electrical loads using the respective combination ; and transmitting control signals to the set of one or more inverters corresponding to the selected combination to thereby power the one or more loads. determining a plurality of possible combinations of the plurality of inverters to meet load demands corresponding to the one or more electrical loads, each possible combination of the plurality of possible combinations including a respective set of one or more inverters of the plurality of inverters; accessing , from a memory coupled with the one or more computer processors, one or more predefined efficiency functions associated with the operation of the inverters of each of the respective sets, wherein each of the one or more predefined efficiency functions describes an efficiency of a respective one of the inverters of the respective set at particular power production levels, wherein said efficiency is affected by the respective one of the inverters of the respective set having different switching losses corresponding to different power production levels; selecting , based on a respective efficiency value determined for each of the plurality of possible combinations based on the respective one or more predefined efficiency functions , a combination from the plurality of possible combinations that is relatively efficient, wherein each respective efficiency value is associated with powering the one or more electrical loads using the respective combination ; and transmitting control signals to the set of one or more inverters corresponding to the selected combination to thereby power the one or more loads.
An intermediate transfer member (1; 11) for use in a transfer-type image recording method including the steps of applying an ink to an intermediate transfer member to form an intermediate image and transferring the intermediate image to a recording medium, characterized in that a surface layer part of the intermediate transfer member (1; 11) comprises an organic siloxane compound having a siloxane bond and a polyalkylene oxide unit.