mhurhangee/ep-ind-claims huggingface dataset:
An X-ray fluorescence spectrometer (10, 10A, 10B, 10C) comprising: a) an X-ray source for irradiating a sample with a primary X-ray; b) a detector for detecting a fluorescent X-ray that is emitted from the sample when the sample is irradiated with the primary X-ray; c) an analysis chamber having an introduction port for the primary X-ray emitted from the X-ray source and a detection port for the detector, the analysis chamber confining a closed space including an optical path of the primary X-ray from the introduction port to the sample and an optical path of the fluorescent X-ray from the sample to the detection port; d) first introduction means (201, 162) for introducing helium gas into the analysis chamber through the introduction port; e) second introduction means (202, 164) for introducing helium gas into the analysis chamber through the detection port; and f) flow rate control means (24, 24A, 24B.) for controlling a flow rate of the helium gas that is introduced into the analysis chamber by each of the first introduction means (201, 162) and the second introduction means (202, 164). a) an X-ray source for irradiating a sample with a primary X-ray; b) a detector for detecting a fluorescent X-ray that is emitted from the sample when the sample is irradiated with the primary X-ray; c) an analysis chamber having an introduction port for the primary X-ray emitted from the X-ray source and a detection port for the detector, the analysis chamber confining a closed space including an optical path of the primary X-ray from the introduction port to the sample and an optical path of the fluorescent X-ray from the sample to the detection port; d) first introduction means (201, 162) for introducing helium gas into the analysis chamber through the introduction port; e) second introduction means (202, 164) for introducing helium gas into the analysis chamber through the detection port; and f) flow rate control means (24, 24A, 24B.) for controlling a flow rate of the helium gas that is introduced into the analysis chamber by each of the first introduction means (201, 162) and the second introduction means (202, 164).
A system for identifying cancerous regions in a subject, comprising: an ultrasonic imaging device configured to acquire a first set of time series data from a region of a subject during a first temporal period and a second set of time series data during a second temporal period; a comparison device configured to receive first and second sets of time series data and compute differential data between the first and second sets of time series data at one or more features, wherein the differential data are directly indicative of a change in tissue characteristics between the first and second sets of time series data; a processing device configured to receive the differential data and input the differential data into a classifier trained with reference differential data concerning the one or more features obtained from the same region in a plurality of reference subjects, said reference differential data further including an identification of whether a tissue type is cancerous or benign based on a histopathology of the tissue; and a determination device configured to determine whether the region is cancerous based on an output from the classifier. an ultrasonic imaging device configured to acquire a first set of time series data from a region of a subject during a first temporal period and a second set of time series data during a second temporal period; a comparison device configured to receive first and second sets of time series data and compute differential data between the first and second sets of time series data at one or more features, wherein the differential data are directly indicative of a change in tissue characteristics between the first and second sets of time series data; a processing device configured to receive the differential data and input the differential data into a classifier trained with reference differential data concerning the one or more features obtained from the same region in a plurality of reference subjects, said reference differential data further including an identification of whether a tissue type is cancerous or benign based on a histopathology of the tissue; and a determination device configured to determine whether the region is cancerous based on an output from the classifier.
A poultry feed comprising a. a transgenic soybean oil comprising stearidonic acid; b. gamma linolenic acid; c. additional feed components; and, wherein said poultry feed comprises at least 0.5 wt.% SDA and at least 0.1 wt.% GLA. a. a transgenic soybean oil comprising stearidonic acid; b. gamma linolenic acid; c. additional feed components; and,
A screen change method for a device having a plurality of touch screens (190a, 190b), the screen change method comprising the steps of: displaying a first screen, from among a plurality of screens arranged in a determined order, on a first touch screen; displaying a second screen, which precedes or succeeds the first screen in the determined order, on a second touch screen; detecting a touch on the first touch screen; detecting continuous movement of the detected touch from the first touch screen to the second touch screen, wherein the continuous movement of the detected touch from the first touch screen to the second touch screen is detected by an interval between a time at which a touch release is detected on the first touch screen and a time at which a touch is detected on the second touch screen being within a predefined time; and displaying a third screen and a fourth screen, which are different from the first screen and the second screen, from among the plurality of screens, on the first touch screen and the second touch screen, respectively, in response to the detected continuous movement of the touch, wherein the plurality of screens are screens corresponding to the same application. displaying a first screen, from among a plurality of screens arranged in a determined order, on a first touch screen; displaying a second screen, which precedes or succeeds the first screen in the determined order, on a second touch screen; detecting a touch on the first touch screen; detecting continuous movement of the detected touch from the first touch screen to the second touch screen, wherein the continuous movement of the detected touch from the first touch screen to the second touch screen is detected by an interval between a time at which a touch release is detected on the first touch screen and a time at which a touch is detected on the second touch screen being within a predefined time; and displaying a third screen and a fourth screen, which are different from the first screen and the second screen, from among the plurality of screens, on the first touch screen and the second touch screen, respectively, in response to the detected continuous movement of the touch, wherein the plurality of screens are screens corresponding to the same application.
Apparatus, having an arrangement for transporting loads in tunnel boring which has a support frame and which has a plurality of running-gear sections, spaced apart at a track-defining spacing, which are connected to the support frame and by means of which the support frame is displaceable, there being present between the support frame and the running-gear sections an adjusting means (5, 6) with which the support frame can be positioned at heightwise positions and the running-gear sections can be positioned at track-defining spacings, characterised in that an upper heightwise position and a wide track-defining spacing, and a lower heightwise position and a narrow track-defining spacing, are so adapted that two arrangements travelling along a centre-of-track path fit into one another, a first arrangement, which is set to the upper heightwise position and the wide track-defining spacing, travelling without hindrance over a second arrangement, which is set to the lower heightwise position and the narrow track-defining spacing.
A joint compound having a composition to allow tools to easily clean up, comprising at least one inert filler, wherein the at least one inert filler comprises at least one of calcium carbonate, dolomite, gypsum, perlite, mica, talc, sericite, diatomaceous earth, clay, attapulgite clay, sepiolite, kaolin, calcium sulfate dihydrate, and pyrophyllite, and a sulfonated starch binder present in the composition in a concentration of from about 0.05 % to about 10% by weight on a dry (water free solids) basis; wherein the sulfonated starch binder comprises a repeating unit of Formula I: wherein X is -RSO 3 Na or -H, wherein at least one X is -RSO 3 Na, and the R is C 2 -C 18 alkyl or arylalkyl, and n is between 25-1,500,000. at least one inert filler, wherein the at least one inert filler comprises at least one of calcium carbonate, dolomite, gypsum, perlite, mica, talc, sericite, diatomaceous earth, clay, attapulgite clay, sepiolite, kaolin, calcium sulfate dihydrate, and pyrophyllite, and a sulfonated starch binder present in the composition in a concentration of from about 0.05 % to about 10% by weight on a dry (water free solids) basis; wherein the sulfonated starch binder comprises a repeating unit of Formula I: wherein X is -RSO 3 Na or -H, wherein at least one X is -RSO 3 Na, and the R is C 2 -C 18 alkyl or arylalkyl, and n is between 25-1,500,000.
A package made from sheet material, the package comprising; a first panel (116; 216, 234; 346; 722) on an external face of the package, the first panel having an outer surface and an inner surface, and bounded by at least one corner; a second panel (118; 215, 229; 348; 742) adhesively attached to the first panel inner surface including the inner surface of the corner; and a perforation or line of weakness (114; 214, 234; 714) formed in the first panel proximate to the corner, characterised in that the second panel is adhesively attached to the first panel on both sides of the perforation or line of weakness such that the perforation or line of weakness provides a tear stop or tear diverter for mitigating against peeling of the first outer corner from the second panel so as to halt intrusion into the package.
A method of selecting data for transmission in a wireless communications network by a communications device (104, 270), the method comprising: receiving by the communications device an allocation message, the allocation message comprising an indication of first communications resources for transmitting of data (506, 508) from a first group of one or more of a plurality of logical channels and the allocation message is received in response to a second scheduling request message requesting the first communications resources for transmitting the data from the first group of the one or more logical channels which was transmitted after a first scheduling request message requesting second communications resources for transmitting data from a second group of the one or more of the plurality of logical channels, in response to receiving the allocation message, selecting a logical channel prioritisation, LCP, scheme for allocating a capacity provided by the first communications resources for transmitting the data from the first group of one or more of the logical channels or from the second group of the one or more of the logical channels using the first communications resources, the LCP scheme being selected from a plurality of LCP schemes, each of the plurality of LCP schemes determining a different allocation of an available capacity provided by the first communications resources for transmitting data from the plurality of logical channels, and selecting data from the plurality of logical channels to be transmitted using the first communications resources in accordance with the selected LCP scheme. receiving by the communications device an allocation message, the allocation message comprising an indication of first communications resources for transmitting of data (506, 508) from a first group of one or more of a plurality of logical channels and the allocation message is received in response to a second scheduling request message requesting the first communications resources for transmitting the data from the first group of the one or more logical channels which was transmitted after a first scheduling request message requesting second communications resources for transmitting data from a second group of the one or more of the plurality of logical channels, in response to receiving the allocation message, selecting a logical channel prioritisation, LCP, scheme for allocating a capacity provided by the first communications resources for transmitting the data from the first group of one or more of the logical channels or from the second group of the one or more of the logical channels using the first communications resources, the LCP scheme being selected from a plurality of LCP schemes, each of the plurality of LCP schemes determining a different allocation of an available capacity provided by the first communications resources for transmitting data from the plurality of logical channels, and selecting data from the plurality of logical channels to be transmitted using the first communications resources in accordance with the selected LCP scheme.
A combination of active ingredients consisting of diosmin, Ruscus aculeatus, Vitis vinifera and Melilotus officinalis, characterized in that the weight ratios of diosmin/Ruscus aculeatus / Vitis vinifera / Melilotus officinalis are 1/0.2-0.8/0.2-0.6/0.04-0.2, preferably 1/0.3-0.6/0.3-0.5/0.06-0.15, more preferably about 1/0.4/0.4/0.1.
A method of controlling a lithographic system comprising a radiation source and a lithographic apparatus, wherein: the radiation source is configured to provide radiation to the lithographic apparatus; the lithographic apparatus is configured to use the radiation for imaging a pattern onto multiple target areas on a layer of photo-resist on a semiconductor substrate; the imaging requires a pre-determined dose of radiation; the method comprises setting a level of a power of the radiation in dependence on a magnitude of the pre-determined dose; characterized in that a total length of time for the imaging onto the multiple target areas includes: a first length of time for the imaging onto the multiple target areas in a first pass of the semiconductor substrate; and a second length of time for the imaging onto one or more specific ones of the multiple target areas in a second pass of the semiconductor substrate, the one or more specific target areas having failed to receive the pre-determined dose in the first pass; and wherein the method comprises: setting the level of the power of the radiation so as to keep the total length of time substantially at, or near, a minimum value. the radiation source is configured to provide radiation to the lithographic apparatus; the lithographic apparatus is configured to use the radiation for imaging a pattern onto multiple target areas on a layer of photo-resist on a semiconductor substrate; the imaging requires a pre-determined dose of radiation; the method comprises setting a level of a power of the radiation in dependence on a magnitude of the pre-determined dose; characterized in that a total length of time for the imaging onto the multiple target areas includes: a first length of time for the imaging onto the multiple target areas in a first pass of the semiconductor substrate; and a second length of time for the imaging onto one or more specific ones of the multiple target areas in a second pass of the semiconductor substrate, the one or more specific target areas having failed to receive the pre-determined dose in the first pass; a first length of time for the imaging onto the multiple target areas in a first pass of the semiconductor substrate; and a second length of time for the imaging onto one or more specific ones of the multiple target areas in a second pass of the semiconductor substrate, the one or more specific target areas having failed to receive the pre-determined dose in the first pass; and wherein the method comprises: setting the level of the power of the radiation so as to keep the total length of time substantially at, or near, a minimum value.
A substrate arrangement comprises, a first metallization layer; a plurality of nanowires arranged on a surface of the first metallization layer; and at least one component (20, 4) arranged on the first metallization layer such that a first subset of the plurality of nanowires is arranged between the first metallization layer and the at least one component (20, 4), wherein the plurality of nanowires is evenly distributed over a section of the surface area or over the entire surface area of the first metallization layer, each of the plurality of nanowires comprises a first end and a second end, wherein the first end of each of the plurality nanowires is inseparably connected to the surface of the first metallization layer, the second end of each nanowire of the first subset is inseparably connected to a surface of one of the at least one component (20, 4) such that the first subset of nanowires forms a permanent connection between the first metallization layer and the at least one component (20, 4), the at least one component (20, 4) comprises at least one semiconductor body, the number of nanowires comprised in the first subset of nanowires is less than the number of nanowires comprised in the plurality of nanowires, and the substrate arrangement further comprises an encapsulant, wherein the encapsulant consists of or includes a silicone gel and directly adjoins the second ends of a second subset of the plurality of nanowires and fills any gaps and spaces between the nanowires of the second subset. a first metallization layer; a plurality of nanowires arranged on a surface of the first metallization layer; and at least one component (20, 4) arranged on the first metallization layer such that a first subset of the plurality of nanowires is arranged between the first metallization layer and the at least one component (20, 4), wherein the plurality of nanowires is evenly distributed over a section of the surface area or over the entire surface area of the first metallization layer, each of the plurality of nanowires comprises a first end and a second end, wherein the first end of each of the plurality nanowires is inseparably connected to the surface of the first metallization layer, the second end of each nanowire of the first subset is inseparably connected to a surface of one of the at least one component (20, 4) such that the first subset of nanowires forms a permanent connection between the first metallization layer and the at least one component (20, 4), the at least one component (20, 4) comprises at least one semiconductor body, the number of nanowires comprised in the first subset of nanowires is less than the number of nanowires comprised in the plurality of nanowires, and the substrate arrangement further comprises an encapsulant, wherein the encapsulant consists of or includes a silicone gel and directly adjoins the second ends of a second subset of the plurality of nanowires and fills any gaps and spaces between the nanowires of the second subset.
Closing drive for a valve, comprising - a damper (24, 25) having a movable damper member which is movable from a starting position to an end position, - an actuator, connected to the damper member, for opening and closing the valve on movement of the damper member into its end position or return movement into its starting position, and - an energy storage means which is designed to exert a restoring force on the damper member in the direction of its starting position; wherein the closing drive is configured in such a way that the damper member, when moved into the end position, is moved automatically back into a starting position, against the resistance of the damper (24, 25), by the restoring force exerted by the energy storage means, wherein the actuator, during its return movement, first performs an idle stroke before a driver member (17") provided on the actuator effects a closing movement of the valve, characterised in that the damper (24, 25) is constructed in such a way that, following the idle stroke, its damping force is at least reduced in such a way that during the closing operation of the closing drive the return movement of the damper member is accelerated relative to the idle stroke. - a damper (24, 25) having a movable damper member which is movable from a starting position to an end position, - an actuator, connected to the damper member, for opening and closing the valve on movement of the damper member into its end position or return movement into its starting position, and - an energy storage means which is designed to exert a restoring force on the damper member in the direction of its starting position; wherein the closing drive is configured in such a way that the damper member, when moved into the end position, is moved automatically back into a starting position, against the resistance of the damper (24, 25), by the restoring force exerted by the energy storage means, wherein the actuator, during its return movement, first performs an idle stroke before a driver member (17") provided on the actuator effects a closing movement of the valve,
Pneumatic car tyre of a radial type of construction with a multi-ply breaker belt, one belt ply comprising steel monofilaments as reinforcing elements and a further belt ply that comprises cords as reinforcing elements being arranged radially outside above the aforementioned belt ply, the breaker belt consisting just of two belt plies (2, 3), the first, radially inwardly arranged belt ply comprising the monofilaments, and the reinforcing elements of the second belt ply being steel cords, which form an included angle β of between 0° and 10° with the circumferential direction of the pneumatic vehicle tyre, characterized in that the monofilaments of the first belt ply form an included angle α of approximately 35° with the circumferential direction.