mhurhangee/ep-ind-claims huggingface dataset:
A copyright managing information processing apparatus, comprising: storage means for storing copyrighted content including audio data, characterized by first topic means for recognizing audio data in content opened to the public by a to-be-opened information processing apparatus, converting the audio data into text data, extracting keywords from the text data, and conducting topic processing using the keywords to create topic information; second topic means for recognizing audio data in content stored in the storage means, converting the audio data into text data, extracting keywords from the text data, and conducting topic processing using the keywords to create topic information; and similarity determining means for comparing the topic information generated by the first topic means with that created by the second topic means and for thereby determining presence (S25-similar) or absence (S25-not similar) of similarity therebetween. storage means for storing copyrighted content including audio data, characterized by first topic means for recognizing audio data in content opened to the public by a to-be-opened information processing apparatus, converting the audio data into text data, extracting keywords from the text data, and conducting topic processing using the keywords to create topic information; second topic means for recognizing audio data in content stored in the storage means, converting the audio data into text data, extracting keywords from the text data, and conducting topic processing using the keywords to create topic information; and similarity determining means for comparing the topic information generated by the first topic means with that created by the second topic means and for thereby determining presence (S25-similar) or absence (S25-not similar) of similarity therebetween.
A heat exchanger assembly, comprising: an axially forward face, an axially aft face and a passageway extending from said forward face to said rearward face, a plurality of circumferential segments disposed about said passageway between said forward face and said rearward face; each of said plurality of segments formed of a single piece of material having internal flow paths extending in a circumferential direction; said each segment having a plurality of fins formed by skiving said single piece of material thereby precluding a brazed connection of said fins; said plurality of segments comprising segments stacked in a radially outwardly extending arrangement; said plurality of segments comprising segments disposed adjacent one another in an axial arrangement; wherein said flow paths of said circumferentially adjacent segments are aligned in the circumferential direction. an axially forward face, an axially aft face and a passageway extending from said forward face to said rearward face, a plurality of circumferential segments disposed about said passageway between said forward face and said rearward face; each of said plurality of segments formed of a single piece of material having internal flow paths extending in a circumferential direction; said each segment having a plurality of fins formed by skiving said single piece of material thereby precluding a brazed connection of said fins; said plurality of segments comprising segments stacked in a radially outwardly extending arrangement; said plurality of segments comprising segments disposed adjacent one another in an axial arrangement; wherein said flow paths of said circumferentially adjacent segments are aligned in the circumferential direction.
A spherical silver powder comprising: spherical silver particles; and cavities which are formed in the spherical silver particles, wherein each of the cavities is a closed cavity which does not communicate with the outside, and wherein each of the cavities has a major axis of 100 to 1000 nm and a minor axis of 10 nm or more, the ratio of the major axis to the minor axis being 5 or more, the major axis being the length of the long side of a rectangle which has a minimum area and which circumscribes the outline of a cross-section of a corresponding one of the cavities on an image of the cross-section of the silver particles exposed by polishing the surface of a resin after the silver powder is embedded in the resin, and the minor axis being the length of the narrow side of the rectangle, the image being obtained by observing the cross-section of the silver particles by means of an electron microscope, the cavities being formed in one or more of 30 silver particles, which are selected from the largest cross-section in order, among 50 silver particles observed as the silver particles having the exposed cross-section. spherical silver particles; and cavities which are formed in the spherical silver particles, wherein each of the cavities is a closed cavity which does not communicate with the outside, and wherein each of the cavities has a major axis of 100 to 1000 nm and a minor axis of 10 nm or more, the ratio of the major axis to the minor axis being 5 or more, the major axis being the length of the long side of a rectangle which has a minimum area and which circumscribes the outline of a cross-section of a corresponding one of the cavities on an image of the cross-section of the silver particles exposed by polishing the surface of a resin after the silver powder is embedded in the resin, and the minor axis being the length of the narrow side of the rectangle, the image being obtained by observing the cross-section of the silver particles by means of an electron microscope, the cavities being formed in one or more of 30 silver particles, which are selected from the largest cross-section in order, among 50 silver particles observed as the silver particles having the exposed cross-section.
A diode laser, comprising: a first n-conductively formed sheath layer, a first n-conductively formed waveguide layer which is arranged on the first sheath layer, an active layer which is adapted to generate radiation and which is arranged on the first waveguide layer, a second p-conductively formed waveguide layer which is arranged on the active layer, and a second p-conductively formed sheath layer which is arranged on the second waveguide layer, wherein the sum of the layer thickness of the first waveguide layer, the layer thickness of the active layer and the layer thickness of the second waveguide layer is greater than 1 μm, and the layer thickness of the second waveguide layer is less than 150 nm, wherein the active layer, the first sheath layer, the second sheath layer, the first waveguide layer and the second waveguide layer are formed in such a way that the maximum mode intensity of the fundamental mode is in a region outside the active layer, characterized in that the difference of the refractive index of the first waveguide layer and the refractive index of the first sheath layer is between 0,04 and 0,01, wherein the active layer has a layer thickness less than 20 nm, and the active layer has at least one quantum well, and the ratio of the sum of the thicknesses of the at least one quantum well to the optical confinement factor (Γ) is less than 4 μm. a first n-conductively formed sheath layer, a first n-conductively formed waveguide layer which is arranged on the first sheath layer, an active layer which is adapted to generate radiation and which is arranged on the first waveguide layer, a second p-conductively formed waveguide layer which is arranged on the active layer, and a second p-conductively formed sheath layer which is arranged on the second waveguide layer, wherein the sum of the layer thickness of the first waveguide layer, the layer thickness of the active layer and the layer thickness of the second waveguide layer is greater than 1 μm, and the layer thickness of the second waveguide layer is less than 150 nm, wherein the active layer, the first sheath layer, the second sheath layer, the first waveguide layer and the second waveguide layer are formed in such a way that the maximum mode intensity of the fundamental mode is in a region outside the active layer, characterized in that the difference of the refractive index of the first waveguide layer and the refractive index of the first sheath layer is between 0,04 and 0,01, wherein the active layer has a layer thickness less than 20 nm, and the active layer has at least one quantum well, and the ratio of the sum of the thicknesses of the at least one quantum well to the optical confinement factor (Γ) is less than 4 μm.
A computer-implemented method, comprising: activating an automatic configuration mode on a computing device (204, 302, 628, 900); in response to activating the automatic configuration mode, detecting a connection between the computing device and one of a plurality of network devices (310-316, 622-628), the one of the plurality of network devices being within a detection range relative to the computing device; determining whether a domain associated with the computing device is locked or primed; and when the domain is locked or primed: determining a location of the computing device, and if the location has changed, determining a current regulatory domain and configuration information for the computing device; or when the domain is not locked or primed, determining the current regulatory domain and the configuration information for the computing device, the configuration information being operable to configure the computing device to operate in at least one geographic area. activating an automatic configuration mode on a computing device (204, 302, 628, 900); in response to activating the automatic configuration mode, detecting a connection between the computing device and one of a plurality of network devices (310-316, 622-628), the one of the plurality of network devices being within a detection range relative to the computing device; determining whether a domain associated with the computing device is locked or primed; and when the domain is locked or primed: determining a location of the computing device, and if the location has changed, determining a current regulatory domain and configuration information for the computing device; or determining a location of the computing device, and if the location has changed, determining a current regulatory domain and configuration information for the computing device; or when the domain is not locked or primed, determining the current regulatory domain and the configuration information for the computing device, the configuration information being operable to configure the computing device to operate in at least one geographic area.
A pharmaceutical composition comprising an effective amount of 4,5,6,7-tetrahydroisoxazolo(5,4-c)pyridin-3-ol (THIP) or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable carrier or excipient for use in a method of treating a human subject with Fragile X syndrome at a daily dosage of the THIP or pharmaceutically acceptable salt thereof of between 1 mg and 10 mg.
A wire electric discharge machine including a controller, a work tank containing a working fluid, a table provided in the work tank and on which a workpiece is mounted, an upper guide and a lower guide supporting a wire electrode, and a measurement device detachable from or movable relative to an upper guide part having the upper guide, and including a sensor on its tip end, the wire electric discharge machine being configured to machine the workpiece immersed in the working fluid, and measure the workpiece by means of the measurement device after machining, and comprising: plate thickness acquisition means for acquiring a plate thickness of the workpiece, level detection means for detecting a level of the working fluid in the work tank, and level adjustment means for adjusting the level of the working fluid when measuring the workpiece with the measurement device on the basis of the relative position of the upper guide and a measurement device body, a position of the upper guide, and the plate thickness, to the level not lower than a height of an upper surface of the workpiece and not higher than the measurement device body. plate thickness acquisition means for acquiring a plate thickness of the workpiece, level detection means for detecting a level of the working fluid in the work tank, and level adjustment means for adjusting the level of the working fluid when measuring the workpiece with the measurement device on the basis of the relative position of the upper guide and a measurement device body, a position of the upper guide, and the plate thickness, to the level not lower than a height of an upper surface of the workpiece and not higher than the measurement device body.
Apparatus for withdrawing liquid samples from respective ones of a plurality of containers or for discharging a plurality of liquid samples into respective ones of a plurality of containers, the apparatus comprising a rack for holding the containers, and a device for withdrawing a liquid sample from a selected one of the containers or for discharging a liquid sample into a selected one of the containers, the device being mounted on the apparatus above the rack, and being moveable relative to the rack for selective alignment with the respective ones of the containers, the device comprising a cannula for extending into a selected one of the containers, an abutment means for engaging one of the selected container and a closure element closing an open mouth of the selected container, and a drive transmission means comprising a first drive transmission element for urging the cannula into the selected container and for withdrawing the cannula from the selected container, characterised in that the drive transmission means comprises a second drive transmission element for urging the abutment means into and out of engagement with the one of the selected container and the closure element of the selected container, the second drive transmission element being driven by the first drive transmission element through a clutch means, the clutch means comprises the first and second drive transmission elements (40, 51) and an engagement means extending from one of the first and second drive transmission elements (40, 51) for releaseably engaging a corresponding receiving means on the other one of the first and second drive transmission elements (40, 51) for selectively transmitting drive from the first drive transmission element to the second drive transmission element, the device is mounted on the apparatus, so that the cannula and the abutment means are simultaneously urgeable towards a selected one of the containers by the first and second drive transmission elements (40, 51), and the clutch means is responsive to the abutment means engaging the one of the selected container and the closure element thereof for decoupling the second drive transmission element from the first drive transmission element, so that the cannula is urged by the first drive transmission element relative to the abutment means into the selected container with the abutment means in engagement with the one of the selected container and the closure element thereof.
A direct ion storage radiation dosimeter, comprising: a first layer having a MOSFET structure formed thereon by semiconductor processing techniques, the MOSFET structure having a floating gate with an exposed surface; a second layer having a concavity (37; 38) therein; and the dosimeter being characterized in that it comprises: a third layer, having a concavity (47; 48) therein; the first layer being sandwiched between the second and third layers, the three layers (32, 33, 34) being bonded together to form a hermetic seal; wherein the concavity (37; 38) in the second layer, and the concavity (47; 48) in the third layer, are aligned with the exposed surface of the floating gate to form an ion chamber (35; 36); and wherein the concavity (37; 38) in the second layer communicates with the concavity (47; 48) in the third layer through the first layer. a first layer having a MOSFET structure formed thereon by semiconductor processing techniques, the MOSFET structure having a floating gate with an exposed surface; a second layer having a concavity (37; 38) therein; and the dosimeter being characterized in that it comprises: a third layer, having a concavity (47; 48) therein; the first layer being sandwiched between the second and third layers, the three layers (32, 33, 34) being bonded together to form a hermetic seal; wherein the concavity (37; 38) in the second layer, and the concavity (47; 48) in the third layer, are aligned with the exposed surface of the floating gate to form an ion chamber (35; 36); and wherein the concavity (37; 38) in the second layer communicates with the concavity (47; 48) in the third layer through the first layer. a third layer, having a concavity (47; 48) therein; the first layer being sandwiched between the second and third layers, the three layers (32, 33, 34) being bonded together to form a hermetic seal; wherein the concavity (37; 38) in the second layer, and the concavity (47; 48) in the third layer, are aligned with the exposed surface of the floating gate to form an ion chamber (35; 36); and wherein the concavity (37; 38) in the second layer communicates with the concavity (47; 48) in the third layer through the first layer.
A computer-implemented method for interfacing with a window having a hidden border, the method comprising: presenting a first window within a display, while hiding a border of the first window along a first edge, a second edge, and a third edge of the first window; receiving an indication of a first user input; when indicated that the first user input is for interfacing with the first edge of the first window, making visible the border of the first window along the entire first edge of the first window in response to the indication of the first user input, while continuing to hide the border of the first window along the entire second edge and the entire third edge of the first window, wherein the visible border of the first window along the entire first edge is for moving the first edge to resize the first window; and when indicated that the first user input is for interfacing with both the first edge and the second edge of the first window, making visible the border of the first window along the entire first edge and the entire second edge in response to the indication of the first user input, while continuing to hide the border of the first window along the entire third edge of the first window, wherein the visible border of the first window along the entire first edge and the entire second edge is for moving the first edge and the second edge to resize the first window. presenting a first window within a display, while hiding a border of the first window along a first edge, a second edge, and a third edge of the first window; receiving an indication of a first user input; when indicated that the first user input is for interfacing with the first edge of the first window, making visible the border of the first window along the entire first edge of the first window in response to the indication of the first user input, while continuing to hide the border of the first window along the entire second edge and the entire third edge of the first window, wherein the visible border of the first window along the entire first edge is for moving the first edge to resize the first window; and when indicated that the first user input is for interfacing with both the first edge and the second edge of the first window, making visible the border of the first window along the entire first edge and the entire second edge in response to the indication of the first user input, while continuing to hide the border of the first window along the entire third edge of the first window, wherein the visible border of the first window along the entire first edge and the entire second edge is for moving the first edge and the second edge to resize the first window.
A method for increasing seed yield in plants relative to control plants, comprising increasing expression in a plant of a nucleic acid encoding an ANN polypeptide, wherein said ANN polypeptide comprises: an amino acid sequence represented by SEQ ID NO:84, and wherein said increased expression is effected by introducing and expressing in a plant a nucleic acid encoding said ANN polypeptide, and wherein the nucleic acid is introduced into a plant by transformation. an amino acid sequence represented by SEQ ID NO:84, and wherein said increased expression is effected by introducing and expressing in a plant a nucleic acid encoding said ANN polypeptide, and wherein the nucleic acid is introduced into a plant by transformation.
A mobile waste segregation system transportable between different sites, the mobile waste segregation system comprising: an enclosure unit configured for housing a human operator, the enclosure unit including a waste segregation facility for receiving at least one waste container and segregating the waste from the or each waste container into different streams of product or commodity, the enclosure unit further including a packing facility operable to pack each stream of product or commodity; characterised in that the mobile waste segregation system further comprises: an asset tag reader operable to read an asset tag of the or each waste container; and an asset tagging device operable to add an asset tag to each packed stream of product or commodity and/or update an existing asset tag of each packed stream of product or commodity. an enclosure unit configured for housing a human operator, the enclosure unit including a waste segregation facility for receiving at least one waste container and segregating the waste from the or each waste container into different streams of product or commodity, the enclosure unit further including a packing facility operable to pack each stream of product or commodity; characterised in that the mobile waste segregation system further comprises: an asset tag reader operable to read an asset tag of the or each waste container; and an asset tagging device operable to add an asset tag to each packed stream of product or commodity and/or update an existing asset tag of each packed stream of product or commodity. an asset tag reader operable to read an asset tag of the or each waste container; and an asset tagging device operable to add an asset tag to each packed stream of product or commodity and/or update an existing asset tag of each packed stream of product or commodity.
A method for generating ionospheric scintillation prediction data, comprising: - measuring phase scintillation data for a plurality of satellites; - forecasting an expected phase scintillation value for each satellite based on a cyclical prediction model; characterized by a) for a plurality of reference stations and for the plurality of satellites, measuring the phase scintillation data, satellite by satellite for each reference station during multiple epochs; b) forecasting the expected phase scintillation value for each satellite and reference station for a period of at least 24 hours based on the cyclical prediction model; c) for a given user location and a given satellite, spatially interpolating the expected phase scintillation values of the plurality of reference stations to determine a predicted phase scintillation index; and d) repeating step c) for satellites visible from the user location. - measuring phase scintillation data for a plurality of satellites; - forecasting an expected phase scintillation value for each satellite based on a cyclical prediction model; a) for a plurality of reference stations and for the plurality of satellites, measuring the phase scintillation data, satellite by satellite for each reference station during multiple epochs; b) forecasting the expected phase scintillation value for each satellite and reference station for a period of at least 24 hours based on the cyclical prediction model; c) for a given user location and a given satellite, spatially interpolating the expected phase scintillation values of the plurality of reference stations to determine a predicted phase scintillation index; and d) repeating step c) for satellites visible from the user location.