mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for use in a method of preventing or treating obesity and lipid-related metabolic disease, which contains, as active ingredients, probiotics comprising Enterococcus faecium and Lactobacillus rhamnosus, and a vitamin B complex.
A molecular sensor comprising: a solid state and electrically conducting sensing region material including a sensing aperture extending through a thickness of the sensing region material; a continuous, electrically conducting path extending in the sensing region material around the sensing aperture, the continuous electrically conducting path in the sensing region material extending from an electrically conducting source region at a first end of the electrically conducting sensing region material to an electrically conducting drain region at a second end of the electrically conducting sensing region material; a supply reservoir connected to provide a molecular species from the supply reservoir to an input of the sensing aperture; a collection reservoir connected to collect the molecular species from an output of the sensing aperture after translocation of the molecular species through the sensing aperture; the sensing aperture having a length between the sensing aperture input and the sensing aperture output, through the thickness of the sensing region material; and an electrical connection to the continuous electrically conducting path in the sensing region material through each of the electrically conducting source region and the electrically conducting drain region, to measure a change in an electrical characteristic of the sensing region during the molecular species translocation through the sensing aperture; characterized in that the length of the sensing aperture is no greater than a distance between adjacent bases in a strand of DNA. a solid state and electrically conducting sensing region material including a sensing aperture extending through a thickness of the sensing region material; a continuous, electrically conducting path extending in the sensing region material around the sensing aperture, the continuous electrically conducting path in the sensing region material extending from an electrically conducting source region at a first end of the electrically conducting sensing region material to an electrically conducting drain region at a second end of the electrically conducting sensing region material; a supply reservoir connected to provide a molecular species from the supply reservoir to an input of the sensing aperture; a collection reservoir connected to collect the molecular species from an output of the sensing aperture after translocation of the molecular species through the sensing aperture; the sensing aperture having a length between the sensing aperture input and the sensing aperture output, through the thickness of the sensing region material; and an electrical connection to the continuous electrically conducting path in the sensing region material through each of the electrically conducting source region and the electrically conducting drain region, to measure a change in an electrical characteristic of the sensing region during the molecular species translocation through the sensing aperture; characterized in that the length of the sensing aperture is no greater than a distance between adjacent bases in a strand of DNA.
Foldable perambulator frame, in particular pushchair frame, buggy frame or similar vehicle frame for children, wherein the perambulator frame is equipped with wheels and with a pusher for pushing the perambulator frame, wherein the perambulator frame can be brought into at least one locked state of use and into at least one folded, locked state of storage, wherein an actuating device , in particular a manual actuating device, is provided and is designed in such a way that at least two locking operations are carried out during a transfer from the locked state of use to the locked state of storage, namely both a release of the locking in the state of use and an adjustment of a locking in the state of storage by a single first actuation of the actuating device , characterized in that , during a transfer from the locked state of storage to the locked state of use, one locking operation, namely a release of the locking in the state of storage, is carried out by a single second actuation of the actuating device , wherein the second actuation is preferably an actuation without reversal of movement and/or wherein the second actuation preferably represents a kinematic reversal of the first actuation.
A positive electrode for an air battery, the positive electrode comprising a porous body comprising carbon, wherein the carbon is a mixture of a plurality of carbon materials having amounts of surface functional groups different from each other, wherein an amount of surface functional groups of the carbon comprised in the porous body is 0.3 mmol/g or more and 1.4 mmol/g or less, wherein the amount of surface functional groups is determined by back titration using a Boehm method, in a condition in which hydrochloric acid is added under an inert atmosphere, and by using a sodium hydroxide solution so as to determine the total amount of acidic functional groups from the consumption of the sodium hydroxide, wherein the porous body includes first pores each having a pore diameter of 4 nm or more and less than 100 nm and second pores each having a pore diameter of 100 nm or more and 10 μm or less, wherein the pore diameter is determined using mercury porosity measurement, and in the porous body, V1 and V2 satisfy V2/V1 ≥ 1.1, wherein V2 represents a second pore volume determined using mercury porosity measurement, and V1 represents a first pore volume determined using mercury porosity measurement, the second pore volume being a cumulative pore volume of the second pores, the first pore volume being a cumulative pore volume of the first pores.
A computer-implemented method for communicating between computing nodes in a cluster of nodes , the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: receiving a data packet from a worker node including the worker node's current workload identifiers of workloads currently run by the worker node and the worker node's health status , the data packet including an associated version identifier , wherein the version identifier identifies which version of workload configuration the worker node is currently running; determining that the version identifier in the received data packet is different than the version identifier in a previously received data packet from the same worker node; evaluating the worker node's current workload configuration to determine whether workload changes are to be made on the worker node, wherein evaluating the worker node's current workload configuration comprises determining if the version identifier in the received data packet is older than a current version propagated by a master node ; upon determining that workload changes are to be made on the worker node, selecting a subset of workload changes to apply to the worker node; generating an indication of the selected subset of workload changes to the worker node; sending the generated indication of workload changes to the worker node for receiving and storing said generated indication of workload changes. receiving a data packet from a worker node including the worker node's current workload identifiers of workloads currently run by the worker node and the worker node's health status , the data packet including an associated version identifier , wherein the version identifier identifies which version of workload configuration the worker node is currently running; determining that the version identifier in the received data packet is different than the version identifier in a previously received data packet from the same worker node; evaluating the worker node's current workload configuration to determine whether workload changes are to be made on the worker node, wherein evaluating the worker node's current workload configuration comprises determining if the version identifier in the received data packet is older than a current version propagated by a master node ; upon determining that workload changes are to be made on the worker node, selecting a subset of workload changes to apply to the worker node; generating an indication of the selected subset of workload changes to the worker node; sending the generated indication of workload changes to the worker node for receiving and storing said generated indication of workload changes.
A light emitting device, comprising: a laser light source , including a first laser array and a second laser array , for respectively generating a first light and a second light; and a light collecting system , for collecting the lights generated by the laser arrays, characterized in that the first light and the second light have different wavelength ranges, and a ratio of a divergence angle of the second light after the collecting system to a divergence angle of the first light after the collecting system is less than a predetermined value, wherein the predetermined value is 0.7. a laser light source , including a first laser array and a second laser array , for respectively generating a first light and a second light; and a light collecting system , for collecting the lights generated by the laser arrays, characterized in that the first light and the second light have different wavelength ranges, and a ratio of a divergence angle of the second light after the collecting system to a divergence angle of the first light after the collecting system is less than a predetermined value, wherein the predetermined value is 0.7.
A method comprising: establishing a context rule engine in execution upon a microprocessor of an electronic device, the context rule engine comprising a plurality of context rules and a plurality of user interface dashboards, each context rule determining a user interface dashboard of the plurality of user interface dashboards to display in dependence upon a predetermined set of conditions being met; installing a software application upon the electronic device comprising at least the microprocessor, the software application comprising first data relating to the software application and second data relating a new context rule or a modification to a context rule and to modifying a context of displaying the software application in the user interface dashboard to a user of the electronic device; and updating the context rule engine with the new context rule or modifying said context rule of said user interface dashboard in dependence upon the second data. establishing a context rule engine in execution upon a microprocessor of an electronic device, the context rule engine comprising a plurality of context rules and a plurality of user interface dashboards, each context rule determining a user interface dashboard of the plurality of user interface dashboards to display in dependence upon a predetermined set of conditions being met; installing a software application upon the electronic device comprising at least the microprocessor, the software application comprising first data relating to the software application and second data relating a new context rule or a modification to a context rule and to modifying a context of displaying the software application in the user interface dashboard to a user of the electronic device; and updating the context rule engine with the new context rule or modifying said context rule of said user interface dashboard in dependence upon the second data.
Silver-coloured pigment comprising a non-metallic platelet-shaped substrate and at least one coating containing ilmenite, characterised in that the non-metallic platelet-shaped substrate is a non-metallic platelet-shaped synthetic substrate and the content of iron compounds, calculated as elemental iron, in the pigment is less than 5.0 % by weight relative to the total weight of the pigment, wherein the pigment comprises the following structure: (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, the pigment being obtained by (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions, wherein the pigment has an iron/ titanium weight ratio as a function of the coating based on formula (I) Iron content % by weight Titanium content % by weight ⋅ proportion of coating % by weigth in a range of 3 to 6, where "iron content" stands for the content of iron compounds, calculated as elemental iron, and "titanium content" stands for the content of titanium compounds, calculated as elemental titanium, respectively in the pigment and relative to the total weight of the pigment, and where the "proportion of coating (% by weight)" stands for the proportion by weight, relative to the total weight of the pigment, of the coating applied to the substrate, and where the proportion of titanium oxide in the coating decreases from the side facing the substrate to the side of the titanium oxide layer remote from the substrate. the non-metallic platelet-shaped substrate is a non-metallic platelet-shaped synthetic substrate and the content of iron compounds, calculated as elemental iron, in the pigment is less than 5.0 % by weight relative to the total weight of the pigment, wherein the pigment comprises the following structure: (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, (a) non-metallic platelet-shaped synthetic substrate, (b) titanium oxide layer, (c) ilmenite layer, the pigment being obtained by (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions, (i) applying an uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer to a non-metallic platelet-shaped synthetic substrate, (ii) applying an iron oxide/ iron hydroxide/ iron oxide hydrate layer to the uncalcined titanium oxide/ titanium hydroxide/ titanium oxide hydrate layer, (iii) calcining the product obtained in step (ii) under reducing conditions,
An imaging system for displaying a composite image across adjacent display devices (103a-d), the front surface of each such display device comprising a self-contained screen onto which a portion of the composite image is displayed, respective ones of said display devices having gaps between at least one other adjacent display device or a surrounding area resulting in visible seams due to the absence of light, the imaging system being characterized by comprising a video routing and processing module within each such display device, each module being configured to increase one or more light emission characteristics within respective areas of the respective portions of the composite image displayed onto the front surface of each such display device, said areas being adjacent but outside said gaps, by an average of light or spectral intensity in said gaps and and said respective adjacent areas in order to compensate for the light missing from said gaps, thereby camouflaging said visible seams resulting from said gaps.
An electronic device comprising: a communication: interface ; at least one processor configured to be connected to the communication interface; and a memory connected to the at least one processor, wherein the memory stores instructions that instruct the at least one processor to: perform validity check on a first accessory device (110-1) in response to detection of mounting of the first accessory device (110-1), determine a first content corresponding to the first accessory device (110-1), and perform a validity check on a second accessory device (110-2) and provide a second content corresponding to a combination of the first accessory device (110-1) and the second accessory device (110-2) having an association relationship with the first accessory device (110-1), in response to detection of mounting of the second accessory device (110-2), and characterised in that the first accessory device : (110-1) is a cover mountable to the electronic device, wherein the second accessory device (110-2) includes a detachable structure from the first accessory device (110-1), and wherein the second content includes one or more of contents dependent on the first content. a communication: interface ; at least one processor configured to be connected to the communication interface; and a memory connected to the at least one processor, wherein the memory stores instructions that instruct the at least one processor to: perform validity check on a first accessory device (110-1) in response to detection of mounting of the first accessory device (110-1), determine a first content corresponding to the first accessory device (110-1), and perform a validity check on a second accessory device (110-2) and provide a second content corresponding to a combination of the first accessory device (110-1) and the second accessory device (110-2) having an association relationship with the first accessory device (110-1), in response to detection of mounting of the second accessory device (110-2), and characterised in that the first accessory device : (110-1) is a cover mountable to the electronic device, perform validity check on a first accessory device (110-1) in response to detection of mounting of the first accessory device (110-1), determine a first content corresponding to the first accessory device (110-1), and perform a validity check on a second accessory device (110-2) and provide a second content corresponding to a combination of the first accessory device (110-1) and the second accessory device (110-2) having an association relationship with the first accessory device (110-1), in response to detection of mounting of the second accessory device (110-2), and characterised in that the first accessory device : (110-1) is a cover mountable to the electronic device, wherein the second accessory device (110-2) includes a detachable structure from the first accessory device (110-1), and wherein the second content includes one or more of contents dependent on the first content.
A senescence retarding agent characterized by comprising a plant fermentation product as an active ingredient, the plant fermentation product being a mixture of the following: (a) a koji mold-fermented product of barley, black soybean, red rice, black rice, adzuki bean, adlay, Japanese millet, foxtail millet, and millet; (b) a yeast- and/or lactic acid bacterium-fermented product of mikan (mandarin orange), grape, apple, yama-budo (crimson glory grape), peach, kaki (Japanese persimmon), papaya, nashi (Japanese pear), watermelon, ume (Japanese apricot), fig, karin (Chinese quince), pumpkin, kumquat, yuzu (Chinese lemon), loquat, apricot, jujube, chestnut, matatabi (silvervine), and sumomo (Japanese plum); (c) a yeast- and/or lactic acid bacterium-fermented product of murasaki-imo (purple sweet potato), kikuimo (Jerusalem artichoke), carrot, onion, satsuma-imo (sweet potato), satoimo (taro), jinenzyo (Japanese yam), daikon (Japanese radish), akakabu (red turnip), gobo (burdock root), renkon (lotus root), yacon, yuri-ne (lily bulb), kuwai (arrowhead), ginger, garlic, and turmeric; (d) a yeast- and/or lactic acid bacterium-fermented product of cabbage, shiso (perilla), mulberry leaves, dokudami (Korean houttuynia), yomogi (wormwood), kumazasa (kuma bamboo grass), and dandelion; (e) a yeast- and/or lactic acid bacterium-fermented product of kombu (sea tangle), wakame (Undaria pinnatifida), and mozuku (Nemacystus decipiens); (f) a yeast- and/or lactic acid bacterium-fermented product of black sesame seeds, walnuts, and ginkgo nuts; and (g) a yeast- and/or lactic acid bacterium-fermented product of maitake (Grifola frondosa) and shiitake (Lentinus edodes). (a) a koji mold-fermented product of barley, black soybean, red rice, black rice, adzuki bean, adlay, Japanese millet, foxtail millet, and millet; (b) a yeast- and/or lactic acid bacterium-fermented product of mikan (mandarin orange), grape, apple, yama-budo (crimson glory grape), peach, kaki (Japanese persimmon), papaya, nashi (Japanese pear), watermelon, ume (Japanese apricot), fig, karin (Chinese quince), pumpkin, kumquat, yuzu (Chinese lemon), loquat, apricot, jujube, chestnut, matatabi (silvervine), and sumomo (Japanese plum); (c) a yeast- and/or lactic acid bacterium-fermented product of murasaki-imo (purple sweet potato), kikuimo (Jerusalem artichoke), carrot, onion, satsuma-imo (sweet potato), satoimo (taro), jinenzyo (Japanese yam), daikon (Japanese radish), akakabu (red turnip), gobo (burdock root), renkon (lotus root), yacon, yuri-ne (lily bulb), kuwai (arrowhead), ginger, garlic, and turmeric; (d) a yeast- and/or lactic acid bacterium-fermented product of cabbage, shiso (perilla), mulberry leaves, dokudami (Korean houttuynia), yomogi (wormwood), kumazasa (kuma bamboo grass), and dandelion; (e) a yeast- and/or lactic acid bacterium-fermented product of kombu (sea tangle), wakame (Undaria pinnatifida), and mozuku (Nemacystus decipiens); (f) a yeast- and/or lactic acid bacterium-fermented product of black sesame seeds, walnuts, and ginkgo nuts; and (g) a yeast- and/or lactic acid bacterium-fermented product of maitake (Grifola frondosa) and shiitake (Lentinus edodes).
An array substrate having a subpixel region and an inter-subpixel region, comprising: a plasmonic color filter layer comprising a plurality of color filter blocks in the subpixel region on a base substrate ; wherein each of the plurality of color filter blocks comprises a plurality of plasmonic nanostructures made of a semiconductor material; a first color filter block corresponding to a subpixel of a first color has an arrangement of nanostructures different from that of a second color filter block corresponding to a subpixel of a second color; the second color being different from the first color, characterised in that the array substrate further comprises a plurality of thin film transistors, each of the plurality of thin film transistors comprising an active layer , and the plasmonic color filter layer and the active layer are in the same layer and are made of the same material. a plasmonic color filter layer comprising a plurality of color filter blocks in the subpixel region on a base substrate ; wherein each of the plurality of color filter blocks comprises a plurality of plasmonic nanostructures made of a semiconductor material; a first color filter block corresponding to a subpixel of a first color has an arrangement of nanostructures different from that of a second color filter block corresponding to a subpixel of a second color; the second color being different from the first color, characterised in that the array substrate further comprises a plurality of thin film transistors, each of the plurality of thin film transistors comprising an active layer , and the plasmonic color filter layer and the active layer are in the same layer and are made of the same material.