mhurhangee/ep-ind-claims huggingface dataset:
A culture medium for human mesenchymal cells, comprising: a) mesenchymal stem cell basal medium; b) human leucocyte/platelet coat lysate (buffy coat); c) insulin; d) sodium selenite; e) ethanolamine; and f) basic fibroblast growth factor (bFGF) a) mesenchymal stem cell basal medium; b) human leucocyte/platelet coat lysate (buffy coat); c) insulin; d) sodium selenite; e) ethanolamine; and f) basic fibroblast growth factor (bFGF)
A computerized system for continuously monitoring the radiation coming from one or more radiation sources of a cellular network operating in a site, comprising: a. an operator support system for saving in a data file all reported parameters generated by each of said one or more radiation sources; b. a processing unit and associated software, for: 1. collecting, without operator intervention, said reported parameter file; 2. protecting said collected data against future changes by signing said reported parameter file immediately after creation; 3. extracting transmitted power per antenna data from said reported parameter data file; 4. comparing transmitted power per antenna data outputted from User Equipment units (UEs) with said extracted data, for detecting forgery in operator reports; and 5. comparing said extracted data with regulation operational permits of said one or more radiation sources to generate compared transmitted power data; c. a permits server connected to said processing unit, for providing the regulation operational permits to said processing unit; and d. an anomaly generator for receiving the compared transmitted power data from said processing unit, and generating an anomaly data file, wherein said anomaly file is utilized for managing and controlling said radiation sources, and detecting radiation anomaly in said site. a. an operator support system for saving in a data file all reported parameters generated by each of said one or more radiation sources; b. a processing unit and associated software, for: 1. collecting, without operator intervention, said reported parameter file; 2. protecting said collected data against future changes by signing said reported parameter file immediately after creation; 3. extracting transmitted power per antenna data from said reported parameter data file; 4. comparing transmitted power per antenna data outputted from User Equipment units (UEs) with said extracted data, for detecting forgery in operator reports; and 5. comparing said extracted data with regulation operational permits of said one or more radiation sources to generate compared transmitted power data; 1. collecting, without operator intervention, said reported parameter file; 2. protecting said collected data against future changes by signing said reported parameter file immediately after creation; 3. extracting transmitted power per antenna data from said reported parameter data file; 4. comparing transmitted power per antenna data outputted from User Equipment units (UEs) with said extracted data, for detecting forgery in operator reports; and 5. comparing said extracted data with regulation operational permits of said one or more radiation sources to generate compared transmitted power data; c. a permits server connected to said processing unit, for providing the regulation operational permits to said processing unit; and d. an anomaly generator for receiving the compared transmitted power data from said processing unit, and generating an anomaly data file,
A surface-mount type electric connecting terminal, comprising: a cylindrical fixed member which is made from a metallic material; a cylindrical movable member which is slidably inserted in the fixed member and is made from a metallic material; and an electrical conductive spring which is accommodated in the fixed member and whose one end contacts with a bottom of the fixed member and the other end contacts with a bottom of the movable member for thereby allowing the movable member to elastically slide against the fixed member, wherein the movable member and the fixed member always keep electrically connected by the electrical conductive spring, and a hook portion is configured to prevent the movable member from being disengaged from the fixed member when elastic recovery force is transferred from the electrical conductive spring, characterized in that a flat surface is formed in an upper end surface of the movable member for the sake of vacuum pickup, and a lower end surface of the fixed member is configured to be reflow-soldered using solder cream, wherein the lower end surface of the fixed member is slanted in an upward direction from the edge to the center for thereby having a recess wherein the hook portion comprises: a hook protrusion formed by inwardly bending an edge of an opening of the fixed member; and a flange which extends outward in a horizontal direction along an edge of an opening of the movable member, wherein the thickness of the flange corresponds to the thickness of the movable member. a cylindrical fixed member which is made from a metallic material; a cylindrical movable member which is slidably inserted in the fixed member and is made from a metallic material; and an electrical conductive spring which is accommodated in the fixed member and whose one end contacts with a bottom of the fixed member and the other end contacts with a bottom of the movable member for thereby allowing the movable member to elastically slide against the fixed member, wherein the movable member and the fixed member always keep electrically connected by the electrical conductive spring, and a hook portion is configured to prevent the movable member from being disengaged from the fixed member when elastic recovery force is transferred from the electrical conductive spring, a hook protrusion formed by inwardly bending an edge of an opening of the fixed member; and a flange which extends outward in a horizontal direction along an edge of an opening of the movable member,
A bacterial cell of the genus Pasteurella comprising a heterologous polypeptide having isocitrate lyase activity and a heterologous polypeptide having malate synthase activity.
An oxygenated aqueous fluid, wherein the aqueous fluid is saline solution, comprising oxygen microbubbles predominantly having a size smaller than 100 nanometers and wherein the fluid comprises at least 15 ppm dissolved oxygen at atmospheric pressure, for use in a method for treating an inflammatory neurodegenerative condition or disease characterized by deterioration of the neurons or their myelin sheath wherein the disease or condition is multiple sclerosis, the method comprising administering to a subject in need thereof a therapeutically effective amount of the fluid suitable to provide, upon contact of a living cell by the fluid, modulation of at least one of cellular membrane potential, and cellular membrane conductivity, wherein the multiple sclerosis is treated.
A method for performing optical coherence metrology across an extended area of an eye, said method comprising the steps of: (i) acquiring, within a single frame of a two-dimensional sensor array, a first optical coherence tomogram of said eye, said first optical coherence tomogram containing data from a first region (201-A) of an anterior surface (102, 103, 106, 146, 191, 192) of said eye, and data from a third region of said eye; and (ii) acquiring, within a single frame of said two-dimensional sensor array_, a second optical coherence tomogram of said eye, said second optical coherence tomogram containing data from a second region (201-B) of said anterior surface (102, 103, 106, 146, 191, 192) that is at least partially overlapping with said first region (201-A), and data from a fourth region of said eye; characterised in that said method further comprises the steps of: imposing a predetermined optical path length difference on first and second laterally spaced portions of a reference beam or a sample beam when acquiring at least one of the first and second optical coherence tomograms; and processing the first and second optical coherence tomograms to register the overlapping portions of the first and second regions (201-A, 201-B) of said anterior surface (102, 103, 106, 146, 191, 192), thereby registering the data from the third and fourth regions of said eye, wherein the processing step further comprises taking into account said predetermined optical path length difference. (i) acquiring, within a single frame of a two-dimensional sensor array, a first optical coherence tomogram of said eye, said first optical coherence tomogram containing data from a first region (201-A) of an anterior surface (102, 103, 106, 146, 191, 192) of said eye, and data from a third region of said eye; and (ii) acquiring, within a single frame of said two-dimensional sensor array_, a second optical coherence tomogram of said eye, said second optical coherence tomogram containing data from a second region (201-B) of said anterior surface (102, 103, 106, 146, 191, 192) that is at least partially overlapping with said first region (201-A), and data from a fourth region of said eye; imposing a predetermined optical path length difference on first and second laterally spaced portions of a reference beam or a sample beam when acquiring at least one of the first and second optical coherence tomograms; and processing the first and second optical coherence tomograms to register the overlapping portions of the first and second regions (201-A, 201-B) of said anterior surface (102, 103, 106, 146, 191, 192), thereby registering the data from the third and fourth regions of said eye, wherein the processing step further comprises taking into account said predetermined optical path length difference.
An electrical fieldbus system comprising: a bank of modules (18, 24, 30, 32) mounted adjacent each other; and a functional module (88; 96; 114) for said bank of modules (18, 24, 30, 32); wherein said functional module (88; 96; 114) comprises a housing having an interior for housing a smart electronic component (91, 92; 98, 105) that is operably connected to a complementary electrical fitting (90; 106; 116); said complementary electrical fitting (90; 106; 116) being connected to an electrical fitting of a module (18, 30, 32) of said electrical fieldbus system; characterized in that said modules (18, 30, 32) each have said electrical fitting in proximity to each side thereof for electrically connecting two adjacent modules (18, 30, 32) together; wherein said two adjacent modules (18, 30, 32) are constructed to be electrically and mechanically connected by a bridge member spanning said two adjacent modules (18, 30, 32); and wherein said functional module (88; 96; 114) replaces an end plate at an end of the bank of modules (18, 24, 30, 32) or a bridge member without adding extra length to said bank of modules (18, 24, 30, 32) of said electrical fieldbus system. a bank of modules (18, 24, 30, 32) mounted adjacent each other; and a functional module (88; 96; 114) for said bank of modules (18, 24, 30, 32); wherein said functional module (88; 96; 114) comprises a housing having an interior for housing a smart electronic component (91, 92; 98, 105) that is operably connected to a complementary electrical fitting (90; 106; 116); said complementary electrical fitting (90; 106; 116) being connected to an electrical fitting of a module (18, 30, 32) of said electrical fieldbus system; characterized in that said modules (18, 30, 32) each have said electrical fitting in proximity to each side thereof for electrically connecting two adjacent modules (18, 30, 32) together; wherein said two adjacent modules (18, 30, 32) are constructed to be electrically and mechanically connected by a bridge member spanning said two adjacent modules (18, 30, 32); and wherein said functional module (88; 96; 114) replaces an end plate at an end of the bank of modules (18, 24, 30, 32) or a bridge member without adding extra length to said bank of modules (18, 24, 30, 32) of said electrical fieldbus system.
A carbinol-functional silicone resin prepared by reacting a raw silicone resin having at least 1 mass% of silicon atom-bonded hydroxyl groups, silicon atom-bonded alkoxy groups, or a combination thereof, and a dihydroxy-functional compound and a monohydroxy-functional compound, in the presence of a condensation catalyst and a solvent, wherein the carbinol-functional silicone resin forms an intermediate to produce a solid silicone-modified polyester without gelation of the silicone resin; wherein the raw silicone resin is represented by the following compositional formula: R 1 a SiO (4-a)/2, wherein R 1 is a monovalent hydrocarbon group having 1 to 12 carbon atoms, and "a" is a number of from 0.8 to 1.8, and wherein the dihydroxy-functional compound is represented by the following general formula: HO-(R 2 O) n -H, wherein R 2 is an alkylene group having 2 to 12 carbon atoms, and "n" is 1; wherein the monohydroxy-functional compound is represented by the following general formula: R 3 OH, wherein R 3 is an alkyl group having 2 to 6 carbon atoms, wherein the dihydroxy-functional compound is reacted with the raw silicone resin in an amount such that a mole ratio of hydroxyl groups in the dihydroxy-functional compound per silicon atom-bonded hydroxyl groups, silicon atom-bonded alkoxy groups, or a combination thereof in the raw silicone resin is in a range of from 0.5 to 2.0, and wherein the monohydroxy-functional compound is reacted with the raw silicone resin in an amount such that a mole ratio of hydroxyl groups in the monohydroxy-functional compound per silicon atom-bonded hydroxyl groups, silicon atom-bonded alkoxy groups, or a combination thereof in the raw silicone resin is in a range of from 0.01 to 0.5. wherein the raw silicone resin is represented by the following compositional formula: R 1 a SiO (4-a)/2, wherein R 1 is a monovalent hydrocarbon group having 1 to 12 carbon atoms, and "a" is a number of from 0.8 to 1.8, and wherein the dihydroxy-functional compound is represented by the following general formula: HO-(R 2 O) n -H, wherein R 2 is an alkylene group having 2 to 12 carbon atoms, and "n" is 1; wherein the monohydroxy-functional compound is represented by the following general formula: R 3 OH, wherein R 3 is an alkyl group having 2 to 6 carbon atoms, wherein the dihydroxy-functional compound is reacted with the raw silicone resin in an amount such that a mole ratio of hydroxyl groups in the dihydroxy-functional compound per silicon atom-bonded hydroxyl groups, silicon atom-bonded alkoxy groups, or a combination thereof in the raw silicone resin is in a range of from 0.5 to 2.0, and wherein the monohydroxy-functional compound is reacted with the raw silicone resin in an amount such that a mole ratio of hydroxyl groups in the monohydroxy-functional compound per silicon atom-bonded hydroxyl groups, silicon atom-bonded alkoxy groups, or a combination thereof in the raw silicone resin is in a range of from 0.01 to 0.5.
Vibrator for generating vibrations having rotationally drivable unbalanced masses that are rotatably supported in an exciter cell housing, and having an adjustment unit for adjusting the phase position of the unbalanced masses relative to one another, which adjustment unit is configured as a planetary gearing, wherein this planetary gearing has at least two output trains (23, 24) to which the unbalanced masses that are adjustable in phase relative to one another are coupled, and that has an adjustment input train for adjusting the phase position of the output trains (23, 24) relative to one another, characterized in that multiple drive motors (5, 6) for a rotational drive of the unbalanced masses are provided, wherein a first group of the unbalanced masses (4.1) can be driven by a first drive motor via a first drive shaft, and a second group of unbalanced masses (4.2) can be driven by a second drive motor via a second drive shaft, wherein the mentioned planetary gearing forms an adjustable synchronization stage for synchronizing the unbalanced masses driven by the plurality of drive motors (5, 6) with one another.
A method comprising: a second device transmitting a first signal to a first device; the second device receiving a second signal that has been transmitted by the first device; the second device demodulating a second message from the second signal, the second message including an indication of signal strength of the first signal as measured by the first device; the second device measuring signal strength of the received second signal; and the second device using the indication of the measured signal strength included in the second message and the signal strength of the second signal as measured by the second device to calculate a measure of the distance between the first and second devices. a second device transmitting a first signal to a first device; the second device receiving a second signal that has been transmitted by the first device; the second device demodulating a second message from the second signal, the second message including an indication of signal strength of the first signal as measured by the first device; the second device measuring signal strength of the received second signal; and the second device using the indication of the measured signal strength included in the second message and the signal strength of the second signal as measured by the second device to calculate a measure of the distance between the first and second devices.
A method for providing an Internet of Things IoT service, the method comprising: accessing, by a browser executed in a user's mobile device, a P-platform providing, by the P-platform information on IoT devices to the browser; displaying, by the browser, the IoT devices; downloading, by the mobile device, an IoT application of an IoT device selected by the user from among the displayed IoT devices from a S-platform and executing, by the mobile device, the IoT application and communicating with the IoT device through a M-platform, executing, by the mobile device, the IoT application, accessing the M-platform and receiving a mash-up service related to the IoT device. accessing, by a browser executed in a user's mobile device, a P-platform providing, by the P-platform information on IoT devices to the browser; displaying, by the browser, the IoT devices; downloading, by the mobile device, an IoT application of an IoT device selected by the user from among the displayed IoT devices from a S-platform and executing, by the mobile device, the IoT application and communicating with the IoT device through a M-platform, executing, by the mobile device, the IoT application, accessing the M-platform and receiving a mash-up service related to the IoT device.
A rack-and-pinion steering system for a motor vehicle, comprising a steering box in which a rack is displaceably mounted, and a thrust piece bore in which a thrust piece is arranged, which is forced against the rack by means of a set screw screwed into a thread zone (6, 7), characterized in that a groove is provided, cut in the thread zone (6, 7) of the thrust piece bore outwards in radial direction and that a sealing ring is inserted in said groove.
A spark plug comprising: an insulator having an axial hole extending along an axial line; a center electrode disposed in the axial hole on a front side of the axial hole; a cylindrical metal shell disposed on a periphery of the insulator; and a ground electrode having a base end portion fixed to a front end portion of the metal shell and a distal end portion facing the center electrode with a gap therebetween, wherein the ground electrode includes: a base material containing Ni as a main component and having a Cr content of 14 mass% or more and 33 mass% or less and an Al content of 0.3 mass% or more and 2.0 mass% or less, and is characterized by a Cr-poor layer disposed on a surface of the base material, having a lower Cr content and a higher Ni content than the base material, and having a thickness of 5 μm or more, and a Cr-rich layer disposed on a surface of the Cr-poor layer, having a higher Cr content than the base material, and having a thickness of 15 μm or less. an insulator having an axial hole extending along an axial line; a center electrode disposed in the axial hole on a front side of the axial hole; a cylindrical metal shell disposed on a periphery of the insulator; and a ground electrode having a base end portion fixed to a front end portion of the metal shell and a distal end portion facing the center electrode with a gap therebetween, wherein the ground electrode includes: a base material containing Ni as a main component and having a Cr content of 14 mass% or more and 33 mass% or less and an Al content of 0.3 mass% or more and 2.0 mass% or less, and is characterized by a Cr-poor layer disposed on a surface of the base material, having a lower Cr content and a higher Ni content than the base material, and having a thickness of 5 μm or more, and a Cr-rich layer disposed on a surface of the Cr-poor layer, having a higher Cr content than the base material, and having a thickness of 15 μm or less. a base material containing Ni as a main component and having a Cr content of 14 mass% or more and 33 mass% or less and an Al content of 0.3 mass% or more and 2.0 mass% or less, and is characterized by a Cr-poor layer disposed on a surface of the base material, having a lower Cr content and a higher Ni content than the base material, and having a thickness of 5 μm or more, and a Cr-rich layer disposed on a surface of the Cr-poor layer, having a higher Cr content than the base material, and having a thickness of 15 μm or less.
A method of actively enforcing multi-part policies on data-deficient transactions with independent data stores provided by a hosted service or a cloud service, the method including: combining active analysis of access requests for the independent data stores with inspection of objects in the independent data stores, each of the analysis and inspection executed using a processor, generating and persisting object metadata in a supplemental data store; actively processing data-deficient transactions that apply to the objects by accessing the supplemental data store to retrieve object metadata not available in transaction streams of the data-deficient transactions; wherein, the data-deficient transactions involve a data manipulation activity that causes manipulation of objects without including or providing the data or content in a transaction stream or activity that is necessary or required to enforce or apply a given a multi-part policy; and actively enforcing the multi-part policies using the retrieved object metadata. combining active analysis of access requests for the independent data stores with inspection of objects in the independent data stores, each of the analysis and inspection executed using a processor, generating and persisting object metadata in a supplemental data store; actively processing data-deficient transactions that apply to the objects by accessing the supplemental data store to retrieve object metadata not available in transaction streams of the data-deficient transactions; wherein, the data-deficient transactions involve a data manipulation activity that causes manipulation of objects without including or providing the data or content in a transaction stream or activity that is necessary or required to enforce or apply a given a multi-part policy; and actively enforcing the multi-part policies using the retrieved object metadata.