mhurhangee/ep-ind-claims huggingface dataset:
An anonymizing method for a database system, comprising the steps of: receiving a query; characterized by: identifying one or more attack components in the query; computing one or more noise elements from the one or more attack components; and at least one of: computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded. identifying one or more attack components in the query; computing one or more noise elements from the one or more attack components; and at least one of: computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded. computing fixed noise from the one or more noise elements and perturbing an answer of the query with the fixed noise; and computing a fixed threshold from the one or more noise elements and suppressing an answer to the query if said fixed threshold is not met or exceeded.
A system for supplying fuel to a combustor, comprising: a. a combustion chamber; b. a liner that circumferentially surrounds at least a portion of the combustion chamber; c. a flow sleeve that circumferentially surrounds at least a portion of the liner; d. a tube that extends radially through the flow sleeve and the liner and that provides fluid communication for a working fluid to flow through the flow sleeve and the liner and into the combustion chamber, wherein the tube includes an inlet radially spaced from an outlet and a tube wall that extends radially between the inlet and the outlet; and e. a plurality of fuel ports through the tube wall that provide fluid communication for fuel to flow through the tube wall and into the tube, wherein one or more of the fuel ports comprises an arcuate shaped first end disposed proximate to the inlet and two sides that converge from the first end towards the outlet of the tube thus providing a tapered width and terminate at a second end. a. a combustion chamber; b. a liner that circumferentially surrounds at least a portion of the combustion chamber; c. a flow sleeve that circumferentially surrounds at least a portion of the liner; d. a tube that extends radially through the flow sleeve and the liner and that provides fluid communication for a working fluid to flow through the flow sleeve and the liner and into the combustion chamber, wherein the tube includes an inlet radially spaced from an outlet and a tube wall that extends radially between the inlet and the outlet; and e. a plurality of fuel ports through the tube wall that provide fluid communication for fuel to flow through the tube wall and into the tube, wherein one or more of the fuel ports comprises an arcuate shaped first end disposed proximate to the inlet and two sides that converge from the first end towards the outlet of the tube thus providing a tapered width and terminate at a second end.
A non-surgical method for maintaining temperature of an intra-ocular lens, said method accomplished using a computing device and comprising: assessing a desired IOL temperature; sensing existing IOL temperature; and maintaining the IOL substantially at the desired IOL temperature based at least in part on said existing IOL temperature, wherein said sensing comprises measuring temperature values associated with liquid containing the IOL. assessing a desired IOL temperature; sensing existing IOL temperature; and maintaining the IOL substantially at the desired IOL temperature based at least in part on said existing IOL temperature, wherein said sensing comprises measuring temperature values associated with liquid containing the IOL.
A method of manufacturing a device comprising a semiconductor structure being a transistor, a FET, a HEMT, a DHFET, A LED, a diode or a power device, said method comprising the steps of: - providing a substrate comprising one or more of the following: Si, SiGe, Ge, Silicon-On-Insulator, Ge-On-Insulator; - providing a III-V buffer layer on top of the substrate, thereby obtaining a conductive interface between the buffer layer and the substrate; wherein the method further comprises the steps of: - forming one or more local electrical isolations at the conductive interface and partly in the substrate to interrupt electric current at the conductive interface; and - positioning the one or more local electrical isolations with said device such that: ∘ at least one of the local electrical isolations is/are located between the gate and the drain of the transistor, the FET, the HEMT, the DHFET, or the power device; or ∘ the gate of the transistor, the FET, the HEMT, the DHFET or the power device is located vertically above the one or more local electrical isolations; - positioning the one or more local electrical isolations with the device such that at least one or more local electrical isolations is/are located between the high and low voltage terminals of the LED or the diode. - providing a substrate comprising one or more of the following: Si, SiGe, Ge, Silicon-On-Insulator, Ge-On-Insulator; - providing a III-V buffer layer on top of the substrate, thereby obtaining a conductive interface between the buffer layer and the substrate; - forming one or more local electrical isolations at the conductive interface and partly in the substrate to interrupt electric current at the conductive interface; and - positioning the one or more local electrical isolations with said device such that: ∘ at least one of the local electrical isolations is/are located between the gate and the drain of the transistor, the FET, the HEMT, the DHFET, or the power device; or ∘ the gate of the transistor, the FET, the HEMT, the DHFET or the power device is located vertically above the one or more local electrical isolations; ∘ at least one of the local electrical isolations is/are located between the gate and the drain of the transistor, the FET, the HEMT, the DHFET, or the power device; or ∘ the gate of the transistor, the FET, the HEMT, the DHFET or the power device is located vertically above the one or more local electrical isolations; - positioning the one or more local electrical isolations with the device such that at least one or more local electrical isolations is/are located between the high and low voltage terminals of the LED or the diode.
A computing device comprising: an input; a display device displaying a visual user interface including a visual frame including items comprising: - first items as icons including both textual and graphical information, and - second items including only textual information; and an electronic processor configured to, in response to receiving a user input via the input: receive the first items and the second items; map the textual information associated with the received second items, and the textual and graphical information associated with the received first items, to an implicit audio narration, wherein the mapping of the textual information associated with the second items to the implicit audio narration has a scalable level of precision to the textual information associated with the second items, wherein the level of precision is determined by analyzing the items displayed on the visual user interface; and output the implicit audio narration. an input; a display device displaying a visual user interface including a visual frame including items comprising: - first items as icons including both textual and graphical information, and - second items including only textual information; and - first items as icons including both textual and graphical information, and - second items including only textual information; and an electronic processor configured to, in response to receiving a user input via the input: receive the first items and the second items; map the textual information associated with the received second items, and the textual and graphical information associated with the received first items, to an implicit audio narration, wherein the mapping of the textual information associated with the second items to the implicit audio narration has a scalable level of precision to the textual information associated with the second items, wherein the level of precision is determined by analyzing the items displayed on the visual user interface; and output the implicit audio narration. receive the first items and the second items; map the textual information associated with the received second items, and the textual and graphical information associated with the received first items, to an implicit audio narration, wherein the mapping of the textual information associated with the second items to the implicit audio narration has a scalable level of precision to the textual information associated with the second items, wherein the level of precision is determined by analyzing the items displayed on the visual user interface; and output the implicit audio narration.
A colored translucent zirconia sintered body which comprises from 2 to 4 mol% of yttria, 0.0005 wt% or more and less than 0.01 wt%, as calculated as CoO, of cobalt oxide, at least 100 and less than 1,500 ppm, as calculated as Fe 2 O 3, of an iron oxide, at least 0.005 and less than 0.2 wt% of Al 2 O 3 and the rest being zirconia, and which has a lightness L* of from 50 to 75, a* of from -1 to 10 and b* of from 0 to 30 as chromatic parameters stipulated in JIS-Z8729, has a relative density of at least 99.80% and has a total light transmittance of at least 18% and at most 40% as measured at a sample thickness of 1 mm using a D65 light source.
Preparation in liquid form comprising dexamethasone sodium phosphate in a solubilizing aqueous system comprising propylene glycol in combination with cyclodextrins selected from the group consisting of beta-cyclodextrin, methylbetacyclodextrin and hydroxypropylbetacyclodextrin as stabilizing agents, and having a pH ranging from 7 to 8.
A motion control system for operating a stick-slip piezo motor comprising: an analog hardware circuit for providing a first waveform; an analog driver for driving the analog hardware circuit; a digital-to-analog converter for converting digital signals into analog signals for providing a second waveform; a mode switch for selecting one of an output from the analog hardware circuit and an output from the digital-to-analog converter, an electronic controller in communication with the analog driver, the analog hardware circuit, the digital-to-analog converter, and the mode switch, the electronic controller configured to: control the digital-to-analog converter to output the second waveform, control the analog driver to drive the analog hardware circuit to output the first waveform, and control the mode switch to provide the first waveform from the analog hardware circuit to a piezo motor or to provide the second waveform from the digital-to-analog converter to the piezo motor. an analog hardware circuit for providing a first waveform; an analog driver for driving the analog hardware circuit; a digital-to-analog converter for converting digital signals into analog signals for providing a second waveform; a mode switch for selecting one of an output from the analog hardware circuit and an output from the digital-to-analog converter, an electronic controller in communication with the analog driver, the analog hardware circuit, the digital-to-analog converter, and the mode switch, the electronic controller configured to: control the digital-to-analog converter to output the second waveform, control the analog driver to drive the analog hardware circuit to output the first waveform, and control the mode switch to provide the first waveform from the analog hardware circuit to a piezo motor or to provide the second waveform from the digital-to-analog converter to the piezo motor. control the digital-to-analog converter to output the second waveform, control the analog driver to drive the analog hardware circuit to output the first waveform, and control the mode switch to provide the first waveform from the analog hardware circuit to a piezo motor or to provide the second waveform from the digital-to-analog converter to the piezo motor.
A navigation apparatus operable to perform route guidance by displaying in a map guide mode a map image and in photographed image guide mode a photographed image, comprising: a camera for providing the photographed image; a searching section for searching a route from a current position to a destination; a guide mode switching section for determining whether or not a distance from a self-position of the vehicle to an intersection to which the vehicle is to be guided is larger than a predetermined guide mode switching distance and for switching from the map guide mode to the photographed image guide mode if the distance is less that the guide mode switching distance; and a drawing section for displaying a guide arrow which indicates the route searched by the searching section such that the guide arrow is superimposed on the photographed image, characterized in that the drawing section is configured to dynamically set a frequency of updating a display of the guide arrow in accordance with a distance from the self-position of the vehicle to the intersection to which the vehicle is to be guided, and in that the drawing section is configured to set, when the distance from the self-position of the vehicle to the intersection is equal to or greater than a predetermined arrow drawing rate switching distance, the display update frequency of the guidance arrow at a relatively low rate, and, when the distance is less than the predetermined arrow drawing rate switching distance, to set the display update frequency of the guidance arrow at a relatively high rate. a camera for providing the photographed image; a searching section for searching a route from a current position to a destination; a guide mode switching section for determining whether or not a distance from a self-position of the vehicle to an intersection to which the vehicle is to be guided is larger than a predetermined guide mode switching distance and for switching from the map guide mode to the photographed image guide mode if the distance is less that the guide mode switching distance; and a drawing section for displaying a guide arrow which indicates the route searched by the searching section such that the guide arrow is superimposed on the photographed image, characterized in that the drawing section is configured to dynamically set a frequency of updating a display of the guide arrow in accordance with a distance from the self-position of the vehicle to the intersection to which the vehicle is to be guided, and in that the drawing section is configured to set, when the distance from the self-position of the vehicle to the intersection is equal to or greater than a predetermined arrow drawing rate switching distance, the display update frequency of the guidance arrow at a relatively low rate, and, when the distance is less than the predetermined arrow drawing rate switching distance, to set the display update frequency of the guidance arrow at a relatively high rate.
An integrated-circuit device comprising a processor, non-volatile memory, non-volatile memory control logic, and memory protection logic, wherein: the memory protection logic is arranged to control access to a protectable region of the non-volatile memory in dependence on protection configuration data stored in a protection-configuration region of the non-volatile memory; the protectable region is variable and the device is arranged to store, in the protection configuration region, one or more addresses that define said protectable region of the non-volatile memory; the non-volatile memory control logic is arranged to prevent writing to any portion of the protection-configuration region unless that portion is in an erased state by checking, in response to receiving an instruction to write to a portion of the protection-configuration region, that the portion is in an erased state before allowing the write; and the non-volatile memory control logic is arranged to allow the protection-configuration region to be erased only if the protectable region is in an erased state. the memory protection logic is arranged to control access to a protectable region of the non-volatile memory in dependence on protection configuration data stored in a protection-configuration region of the non-volatile memory; the protectable region is variable and the device is arranged to store, in the protection configuration region, one or more addresses that define said protectable region of the non-volatile memory; the non-volatile memory control logic is arranged to prevent writing to any portion of the protection-configuration region unless that portion is in an erased state by checking, in response to receiving an instruction to write to a portion of the protection-configuration region, that the portion is in an erased state before allowing the write; and the non-volatile memory control logic is arranged to allow the protection-configuration region to be erased only if the protectable region is in an erased state.
A method of binding construction blocks together comprising the steps: a) preparing a mortar in the form of a curable geopolymer foam mixture comprising: 10% to 35% by weight of a metakaolin; up to 30% by weight of a muscovite mica; 10% to 50% by weight of an aqueous alkali metal silicate solution, the solution comprising 20 to 50% by weight of alkali metal silicate; 5% to 25% by weight of an alkali metal hydroxide; 0.01 to 2% by weight of a blowing agent and optionally up to 40% by weight of additional fillers; b) applying the curable geopolymer mixture to an upper surface of a first construction block; and c) bringing a second construction block into contact such that when the curable geopolymer mixture cures, the geopolymer mixture expands by action of the blowing agent to form a foam which fills the space between the first and second construction blocks to bind said construction blocks together; wherein a row of side-by-side bonded construction blocks is stacked and bonded on top of another row of similar side-by-side bonded construction blocks. a) preparing a mortar in the form of a curable geopolymer foam mixture comprising: 10% to 35% by weight of a metakaolin; up to 30% by weight of a muscovite mica; 10% to 50% by weight of an aqueous alkali metal silicate solution, the solution comprising 20 to 50% by weight of alkali metal silicate; 5% to 25% by weight of an alkali metal hydroxide; 0.01 to 2% by weight of a blowing agent and optionally up to 40% by weight of additional fillers; 10% to 35% by weight of a metakaolin; up to 30% by weight of a muscovite mica; 10% to 50% by weight of an aqueous alkali metal silicate solution, the solution comprising 20 to 50% by weight of alkali metal silicate; 5% to 25% by weight of an alkali metal hydroxide; 0.01 to 2% by weight of a blowing agent and optionally up to 40% by weight of additional fillers; b) applying the curable geopolymer mixture to an upper surface of a first construction block; and c) bringing a second construction block into contact such that when the curable geopolymer mixture cures, the geopolymer mixture expands by action of the blowing agent to form a foam which fills the space between the first and second construction blocks to bind said construction blocks together;
A scanning apparatus for scanning a body part, the scanning apparatus comprising: a collapsible container configurable to receive the body part and to receive a first fluid, wherein the collapsible container is at least partially flexible; and a pump, characterised in that the pump is configured to pressurise the first fluid and to apply pressure to or on at least a portion of the body part located in the container, and wherein the collapsible container comprises a sealing means, wherein in use the sealing means at least partially seals the collapsible container around or against the body part. a collapsible container configurable to receive the body part and to receive a first fluid, wherein the collapsible container is at least partially flexible; and a pump, characterised in that the pump is configured to pressurise the first fluid and to apply pressure to or on at least a portion of the body part located in the container, and wherein the collapsible container comprises a sealing means, wherein in use the sealing means at least partially seals the collapsible container around or against the body part.
A liquid crystal display device comprising: a first substrate and a second substrate bonded to each other and forming a liquid crystal display panel; a display area and a bezel area surrounding the display area being defined therein; an inner black matrix and an outer black matrix disposed in the bezel area of the second substrate and spaced apart from each other; a seal pattern between the first substrate and the second substrate, bonding the two substrates (101, 131) and formed along an outer portion of the display area; a liquid crystal layer disposed between the first substrate and the second substrate; and a ground line disposed in the bezel area of the first substrate, being connected to a gate driving circuit formed on the liquid crystal display panel and being connected to ground wherein the inner black matrix and the outer black matrix are disposed on the second substrate to surround the display area, wherein the inner black matrix is adjacent to the display area, and the outer black matrix is adjacent to an outer portion of the first substrate, wherein the ground line is disposed to surround the display area of the first substrate for preventing an electric damage from being applied to the gate driving circuit. a first substrate and a second substrate bonded to each other and forming a liquid crystal display panel; a display area and a bezel area surrounding the display area being defined therein; an inner black matrix and an outer black matrix disposed in the bezel area of the second substrate and spaced apart from each other; a seal pattern between the first substrate and the second substrate, bonding the two substrates (101, 131) and formed along an outer portion of the display area; a liquid crystal layer disposed between the first substrate and the second substrate; and a ground line disposed in the bezel area of the first substrate, being connected to a gate driving circuit formed on the liquid crystal display panel and being connected to ground wherein the inner black matrix and the outer black matrix are disposed on the second substrate to surround the display area, wherein the inner black matrix is adjacent to the display area, and the outer black matrix is adjacent to an outer portion of the first substrate, wherein the ground line is disposed to surround the display area of the first substrate for preventing an electric damage from being applied to the gate driving circuit.