mhurhangee/ep-ind-claims huggingface dataset:
One or more computer readable storage media having program instructions stored thereon for updating software packages, each comprising a set of files and being installed locally in application environments remote from an update service, that, when executed by a processing system comprising an update agent, direct the update agent to at least: receive an update manifest from the update service, wherein the update manifest identifies at least which subset of files of the set of files of a software package are subject to the update; identifies sets of delta files for updating each of the subset of files from previous versions to a new version; and identifies a complete file for updating each of the subset of files to the new version; examine the update manifest to identify at least a file of the set of files of the software package that is scheduled to be updated from a present version of the file to a new version of the file; determine, from the update manifest, if any of the set of delta files can be used to update the file from the present version to the new version; if the set of delta files includes at least a delta file with which to update the file from the present version to the new version, download the delta file and update the file from the present version to the new version using the delta file; and if none of the set of delta files can be used to update the file from the present version to the new version, download a complete file that corresponds to the file and update the file from the present version to the new version using the complete file that corresponds to the file. receive an update manifest from the update service, wherein the update manifest identifies at least which subset of files of the set of files of a software package are subject to the update; identifies sets of delta files for updating each of the subset of files from previous versions to a new version; and identifies a complete file for updating each of the subset of files to the new version; examine the update manifest to identify at least a file of the set of files of the software package that is scheduled to be updated from a present version of the file to a new version of the file; determine, from the update manifest, if any of the set of delta files can be used to update the file from the present version to the new version; if the set of delta files includes at least a delta file with which to update the file from the present version to the new version, download the delta file and update the file from the present version to the new version using the delta file; and if none of the set of delta files can be used to update the file from the present version to the new version, download a complete file that corresponds to the file and update the file from the present version to the new version using the complete file that corresponds to the file.
Particulate composite ceramic material, comprising, preferably consisting of: - particles made of at least one first ultra-high-temperature ceramic (UHTC) in crystallised form, the outer surface of said particles being at least partially covered by a porous layer made of at least one second ultra-high-temperature ceramic in amorphous form, said first ultra-high-temperature ceramic (UHTC) in crystallised form representing 25% to 90% by mass with respect to the mass of the material and said second ultra-high-temperature ceramic in amorphous form representing 2% to 15% by mass with respect to the total mass of the material; and the particles defining a space therebetween; - optionally, porous clusters of said at least one second ultra-high-temperature ceramic in amorphous form, distributed in said space; - a dense matrix made of at least one third ultra-high-temperature ceramic in crystallised form at least partially filling said space; - optionally, a dense coating made of at least said third ultra-high-temperature ceramic in crystallised form, covering the outer surface of said matrix, said matrix and said coating representing 5% to 90% by mass with respect to the total mass of the material; the porosity of said porous layer made of at least one second ultra-high-temperature ceramic in amorphous form being 15% to 30%. - particles made of at least one first ultra-high-temperature ceramic (UHTC) in crystallised form, the outer surface of said particles being at least partially covered by a porous layer made of at least one second ultra-high-temperature ceramic in amorphous form, said first ultra-high-temperature ceramic (UHTC) in crystallised form representing 25% to 90% by mass with respect to the mass of the material and said second ultra-high-temperature ceramic in amorphous form representing 2% to 15% by mass with respect to the total mass of the material; and the particles defining a space therebetween; - optionally, porous clusters of said at least one second ultra-high-temperature ceramic in amorphous form, distributed in said space; - a dense matrix made of at least one third ultra-high-temperature ceramic in crystallised form at least partially filling said space; - optionally, a dense coating made of at least said third ultra-high-temperature ceramic in crystallised form, covering the outer surface of said matrix, said matrix and said coating representing 5% to 90% by mass with respect to the total mass of the material; the porosity of said porous layer made of at least one second ultra-high-temperature ceramic in amorphous form being 15% to 30%.
A mycotoxin binder for animal feeds, comprising 10% to 90% humic substances comprising 45% or more humic acid, maximum solubility of 20% at pH between 1.5 and 7.0, and an in vitro mycotoxin binding efficiency of at least 80% with adsorption of at least 80% at the biological pH of the stomach of a monogastric animal and desorption not greater than 10% at neutral pH; and 10% to 90% of clay materials, wherein the mycotoxin comprises zearalenone.
An apparatus, comprising: a plurality of memory module sockets (720_1, 720_2, 720_3), each memory module socket (420; 720_1, 720_2, 720_3) comprising: a base end and a branching point (422; 722_1, 722_2, 722_3), the base end being configured to be coupled to a printed circuit board, PCB, (430; 730), the branching point (422; 722_1, 722_2, 722_3) being configured to be external to the PCB (430; 730); a first branch extending from the branching point (422; 722_1, 722_2, 722_3) at an angle θ 1 with respect to the base end, where 90 degrees ≤ θ 1 < 180 degrees; and a second branch extending from the branching point (422; 722_1, 722_2, 722_3) at an angle θ 2 with respect to the base end, where 90 degrees ≤ θ 2 < 180 degrees, wherein each memory module socket (420; 720_1, 720_2, 720_3) substantially forms a Y-shape between the base end and the first branch and the second branch, and wherein the plurality of the memory module sockets (720_1, 720_2, 720_3) have their corresponding branching points (722_1, 722_2, 722_3) at different heights (H 1, H 2, H 3) with respect to the PCB, and wherein a branch of a first one (720_1) of the plurality of the memory module sockets (720_1, 720_2, 720_3) is disposed under a branch of a second one (720_2) of the plurality of the memory module sockets (720_1, 720_2, 720_3) due to the different heights (H 1, H 2, H 3) of the branching points (722_1, 722_2, 722_3) of the plurality of the memory module sockets (720_1, 720_2, 720_3) to place the plurality of the memory module sockets (720_1, 720_2, 720_3) closer to each other. a base end and a branching point (422; 722_1, 722_2, 722_3), the base end being configured to be coupled to a printed circuit board, PCB, (430; 730), the branching point (422; 722_1, 722_2, 722_3) being configured to be external to the PCB (430; 730); a first branch extending from the branching point (422; 722_1, 722_2, 722_3) at an angle θ 1 with respect to the base end, where 90 degrees ≤ θ 1 < 180 degrees; and a second branch extending from the branching point (422; 722_1, 722_2, 722_3) at an angle θ 2 with respect to the base end, where 90 degrees ≤ θ 2 < 180 degrees, wherein each memory module socket (420; 720_1, 720_2, 720_3) substantially forms a Y-shape between the base end and the first branch and the second branch, and wherein the plurality of the memory module sockets (720_1, 720_2, 720_3) have their corresponding branching points (722_1, 722_2, 722_3) at different heights (H 1, H 2, H 3) with respect to the PCB, and wherein a branch of a first one (720_1) of the plurality of the memory module sockets (720_1, 720_2, 720_3) is disposed under a branch of a second one (720_2) of the plurality of the memory module sockets (720_1, 720_2, 720_3) due to the different heights (H 1, H 2, H 3) of the branching points (722_1, 722_2, 722_3) of the plurality of the memory module sockets (720_1, 720_2, 720_3) to place the plurality of the memory module sockets (720_1, 720_2, 720_3) closer to each other.
A method of preparing a catalyst for oxidative dehydrogenation, comprising: a step of preparing an aqueous metal precursor solution by adding a trivalent cationic iron (Fe) precursor and a divalent cationic metal precursor to water; a step of coprecipitating iron and the metal by adding the aqueous metal precursor solution and the basic aqueous solution to a coprecipitation bath containing an aqueous solution having a pH of 6 or more or water; and a step of performing burning of the coprecipitated coprecipitate, wherein a process of supplying inert gas or air to the coprecipitation bath is performed during the coprecipitation step; after completion of the coprecipitation step; or from during the coprecipitation step until after completion of the coprecipitation step, wherein in the step of coprecipitating, the aqueous metal precursor solution is supplied through a lower part of the coprecipitation bath, wherein the lower part is within a half of the distance from the bottom of the coprecipitation bath to the surface of the aqueous solution, and wherein the catalyst comprises an AFe 2 O 4 crystal structure. a step of preparing an aqueous metal precursor solution by adding a trivalent cationic iron (Fe) precursor and a divalent cationic metal precursor to water; a step of coprecipitating iron and the metal by adding the aqueous metal precursor solution and the basic aqueous solution to a coprecipitation bath containing an aqueous solution having a pH of 6 or more or water; and a step of performing burning of the coprecipitated coprecipitate, wherein a process of supplying inert gas or air to the coprecipitation bath is performed during the coprecipitation step; after completion of the coprecipitation step; or from during the coprecipitation step until after completion of the coprecipitation step, wherein in the step of coprecipitating, the aqueous metal precursor solution is supplied through a lower part of the coprecipitation bath, wherein the lower part is within a half of the distance from the bottom of the coprecipitation bath to the surface of the aqueous solution, and
A skin analysis device for attachment to an electronic device of a user, the electronic device having at least one skin characteristic measurement device, the skin analysis device comprising: an enclosure comprising an enclosure body, configured to be removably connected to the electronic device; one or more passive skin characteristic measurement assisters, connected to the enclosure and configured to assist one or more skin characteristic measurement devices take a skin characteristic sample of a skin characteristic of the user; a second skin characteristic measurement device, wherein the second skin characteristic measurement device comprises a moisture sensor, connected to the enclosure and configured to take a second skin characteristic sample of a skin characteristic of the user; and a skin analysis device processor, in communication with the electronic device and the second skin characteristic measurement device, the skin analysis device processor configured to: - undertake a sensor focus distance calibration of the moisture sensor; - determine a moisture factoring value that can be applied to the second skin characteristic sample; - obtain a second skin characteristic sample from the second skin characteristic measurement device; - apply the moisture factoring value to the second skin characteristic sample; and - provide the second skin characteristic sample to the electronic device. an enclosure comprising an enclosure body, configured to be removably connected to the electronic device; one or more passive skin characteristic measurement assisters, connected to the enclosure and configured to assist one or more skin characteristic measurement devices take a skin characteristic sample of a skin characteristic of the user; a second skin characteristic measurement device, wherein the second skin characteristic measurement device comprises a moisture sensor, connected to the enclosure and configured to take a second skin characteristic sample of a skin characteristic of the user; and a skin analysis device processor, in communication with the electronic device and the second skin characteristic measurement device, the skin analysis device processor configured to: - undertake a sensor focus distance calibration of the moisture sensor; - determine a moisture factoring value that can be applied to the second skin characteristic sample; - obtain a second skin characteristic sample from the second skin characteristic measurement device; - apply the moisture factoring value to the second skin characteristic sample; and - provide the second skin characteristic sample to the electronic device. - undertake a sensor focus distance calibration of the moisture sensor; - determine a moisture factoring value that can be applied to the second skin characteristic sample; - obtain a second skin characteristic sample from the second skin characteristic measurement device; - apply the moisture factoring value to the second skin characteristic sample; and - provide the second skin characteristic sample to the electronic device.
An operation unit for selecting a corresponding one or more operators to perform operations based on a bit width of an operation data, wherein the one or more operators have different bid widths, characterized in that the operation unit comprises a determination submodule, an operator combination submodule and an operation submodule; the determination submodule is used to determine whether there is an operator with the same bit width as the operation data, and if so, the operation data is transmitted to the corresponding operator, otherwise, an operator combination strategy and the operation data are transmitted to the operator combination submodule; wherein the operation combination strategy is to combine one or more operators that are closest to the bit width of the operation data; the operator combination submodule is used to combine a plurality of operators into a new operator according to the operator combination strategy so that a bit width of the new operator matches the bit width of the operation data, and the operation data is transmitted to the new operator; the operation submodule is used to cause an operator that obtains the operation data to perform an operation. characterized in that the operation unit comprises a determination submodule, an operator combination submodule and an operation submodule; the determination submodule is used to determine whether there is an operator with the same bit width as the operation data, and if so, the operation data is transmitted to the corresponding operator, otherwise, an operator combination strategy and the operation data are transmitted to the operator combination submodule; wherein the operation combination strategy is to combine one or more operators that are closest to the bit width of the operation data; the operator combination submodule is used to combine a plurality of operators into a new operator according to the operator combination strategy so that a bit width of the new operator matches the bit width of the operation data, and the operation data is transmitted to the new operator; the operation submodule is used to cause an operator that obtains the operation data to perform an operation.
A method of image photographing in a portable terminal, the method comprising, while an optimum subject photographing mode is activated in the portable terminal: photographing at least one subject a number of times to generate a plurality of photographed images with an interval of a certain period of time between successive images when a signal for requesting a photographing is input; recognizing a first subject from the photographed images; extracting at least one candidate image from respective areas of the photographed images which include the recognized first subject; determining a validity of the at least one extracted candidate image; displaying a representative image corresponding to one of the photographed images; discriminating between valid candidate images and invalid candidate images within the at least one extracted candidate image; and displaying at least one valid candidate image on one side of the displayed representative image wherein the validity of the at least one extracted candidate image is determined by comparison of at least one evaluation reference with a corresponding reference value, the method further comprising: receiving a signal selecting any one of the valid candidate images of the first subject; and changing an area of the representative image corresponding to the subject of the representative image to a selected valid candidate image. photographing at least one subject a number of times to generate a plurality of photographed images with an interval of a certain period of time between successive images when a signal for requesting a photographing is input; recognizing a first subject from the photographed images; extracting at least one candidate image from respective areas of the photographed images which include the recognized first subject; determining a validity of the at least one extracted candidate image; displaying a representative image corresponding to one of the photographed images; discriminating between valid candidate images and invalid candidate images within the at least one extracted candidate image; and displaying at least one valid candidate image on one side of the displayed representative image receiving a signal selecting any one of the valid candidate images of the first subject; and changing an area of the representative image corresponding to the subject of the representative image to a selected valid candidate image.
A communication system comprising: a transmitting device (31 or 32) which is adapted to compress input data according to quality of service assigned to the data and to transmit the compressed data; and a receiving device (32 or 31) which is adapted to receive the data transmitted from the transmitting device (31 or 32), to decompress the data according to the quality of service assigned to the data and to output the decompressed data, characterized in that the transmitting device is adapted to compress the input data on the basis of transmission delay characteristics prescribed by the quality of service in WiMAX assigned to the input data, the quality of service is selected from UGS, rtPS, nrtPS, ertPS and BE, the transmitting device is adapted to compress the data only when the data to which nrtPS or BE is assigned is input, and UGS, rtPS, nrtPS, ertPS and BE stand for Unsolicited Grant Service, real-time Polling Service, non-real-time Polling Service, extended real-time Polling Service and Best Effort, respectively. a transmitting device (31 or 32) which is adapted to compress input data according to quality of service assigned to the data and to transmit the compressed data; and a receiving device (32 or 31) which is adapted to receive the data transmitted from the transmitting device (31 or 32), to decompress the data according to the quality of service assigned to the data and to output the decompressed data, characterized in that the transmitting device is adapted to compress the input data on the basis of transmission delay characteristics prescribed by the quality of service in WiMAX assigned to the input data, the quality of service is selected from UGS, rtPS, nrtPS, ertPS and BE, the transmitting device is adapted to compress the data only when the data to which nrtPS or BE is assigned is input, and UGS, rtPS, nrtPS, ertPS and BE stand for Unsolicited Grant Service, real-time Polling Service, non-real-time Polling Service, extended real-time Polling Service and Best Effort, respectively.
A physical foaming injection molding system for a footwear component, the system comprising: an injector; a press (210, 1100) paired with the injector, the press (210, 1100) comprising a universal runner plate (1116, 1212) comprising at least one runner outlet and configured to interface with an array of two or more different molds (1401, 1403) which are configured to engage with the injector and the press and configured to be switched out immediately after injection during operation of the physical foaming injection molding system; and a robot comprising an end effector (234, 702) adapted to reversible engage with the mold, wherein the robot is positioned relative to the press (210, 1100) to reversible engage the end effector (234, 702) with the mold
A device (104; 106) comprising: a managed wireless distribution network system (122; 126) configured to obtain parameters allowing the device to join wireless networks hosted by multiple additional devices in a managed wireless distribution network, the device joining a wireless network hosted by one of the multiple additional devices in order to transfer protected content between the device and the one of the multiple additional devices by routes generated through the wireless network and effective to reduce data usage over an Internet connection by providing an indication of the routes to the multiple additional devices, the device being configured to transmit, during an identified broadcast window indicating time ranges, the name of a wireless network the device hosts so that the multiple additional devices can determine which wireless networks are visible, along with indications of wireless networks visible to the device; and a content store (130; 134) configured to maintain portions of protected content that can be consumed by a user of the device only if the user of the device has permission to consume the protected content, and that can be transferred to ones of the multiple additional devices in the managed wireless distribution network regardless of whether the user of the device has permission to consume the protected content. a managed wireless distribution network system (122; 126) configured to obtain parameters allowing the device to join wireless networks hosted by multiple additional devices in a managed wireless distribution network, the device joining a wireless network hosted by one of the multiple additional devices in order to transfer protected content between the device and the one of the multiple additional devices by routes generated through the wireless network and effective to reduce data usage over an Internet connection by providing an indication of the routes to the multiple additional devices, the device being configured to transmit, during an identified broadcast window indicating time ranges, the name of a wireless network the device hosts so that the multiple additional devices can determine which wireless networks are visible, along with indications of wireless networks visible to the device; and a content store (130; 134) configured to maintain portions of protected content that can be consumed by a user of the device only if the user of the device has permission to consume the protected content, and that can be transferred to ones of the multiple additional devices in the managed wireless distribution network regardless of whether the user of the device has permission to consume the protected content.
Plasminogen for use in the treatment of a GLP-1/GLP-1R-related condition, wherein the GLP-1/GLP-1R-related condition is one or more of Parkinson's syndrome, Alzheimer's disease.