mhurhangee/ep-ind-claims huggingface dataset:
A gradient index (GRIN) lens apparatus for focusing electromagnetic signals for long distance communication comprising: a center portion; a plurality of spoke portions (108, 112) that are in contact with the center portion and that extend to a perimeter region, the plurality of spoke portions (108, 112) including at least a first and a second monolithic spoke portion (108, 112) extending from the center portion to the perimeter region; and an outer ring structure coupled to the plurality of spoke portions (108, 112) and defining the perimeter region; wherein the center portion and the plurality of spoke portions (108, 112) define a plurality of cavity regions, wherein a cavity region is formed between the first and the second monolithic spoke portion (108, 112), wherein the center portion, the plurality of spoke portions (108, 112), and the plurality of cavity regions are included in a gradient index (GRIN) lens having a plurality of effective dielectric constants that are based on a radial distance from the center portion; and wherein each spoke portion (108, 112) of the plurality of spoke portions (108, 112) has a tapered profile. a center portion; a plurality of spoke portions (108, 112) that are in contact with the center portion and that extend to a perimeter region, the plurality of spoke portions (108, 112) including at least a first and a second monolithic spoke portion (108, 112) extending from the center portion to the perimeter region; and an outer ring structure coupled to the plurality of spoke portions (108, 112) and defining the perimeter region; wherein the center portion and the plurality of spoke portions (108, 112) define a plurality of cavity regions, wherein a cavity region is formed between the first and the second monolithic spoke portion (108, 112), wherein the center portion, the plurality of spoke portions (108, 112), and the plurality of cavity regions are included in a gradient index (GRIN) lens having a plurality of effective dielectric constants that are based on a radial distance from the center portion; and wherein each spoke portion (108, 112) of the plurality of spoke portions (108, 112) has a tapered profile.
Compensation nut comprising a locking device used to secure a part or applied object to a first structure, said structure making it necessary to maintain the distance separating it from another second structure or attachment support, said separation distance varying according to each applied object, said compensation nut being formed of a nut and an adjustable bolt, said compensation nut being of metal material, characterized in that said locking device is of metal and forms an integral part of said compensation nut, because said locking is flexible and is achieved through a stop and a tongue in said adjustable bolt acting against a flexible arm located in said nut, making possible a locking position in which the distance of separation between said nut and said adjustable bolt is locked, a force at least corresponding to the screwing of an applied object into said compensation nut being necessary in order to overcome said locked or closed position.
A method for manufacturing a silver material, which is constituted by recrystallized grains and in which at least either inert gas molecules, selected from helium molecules and argon molecules, or hydrogen molecules are filled in grain boundaries of the recrystallized grains, characterized by comprising: a temperature increasing step of increasing the temperature of a silver material having undergone final plastic working to 700°C or more and less than a melting point of the silver material in a vacuum or an inert gas atmosphere, which is selected from helium and argon; a heating step of maintaining the silver material at 700°C or more and less than the melting point; and a cooling step of cooling the silver material to room temperature in a vacuum or an inert gas atmosphere, which is selected from helium and argon, wherein, for a part of the period of the heating step, the silver material is heated in a reducing mixed atmosphere in which hydrogen gas is mixed with an inert gas, which is selected from helium and argon. a temperature increasing step of increasing the temperature of a silver material having undergone final plastic working to 700°C or more and less than a melting point of the silver material in a vacuum or an inert gas atmosphere, which is selected from helium and argon; a heating step of maintaining the silver material at 700°C or more and less than the melting point; and a cooling step of cooling the silver material to room temperature in a vacuum or an inert gas atmosphere, which is selected from helium and argon, wherein, for a part of the period of the heating step, the silver material is heated in a reducing mixed atmosphere in which hydrogen gas is mixed with an inert gas, which is selected from helium and argon.
Method for accessing monitoring data of an interactive platform for monitoring the performance and the quality of a computer network, the monitoring data being suitable to be displayed on a dynamic page of type webpage in a form of graphic components called "displets", characterized in that, the interactive platform comprising a server and a database where the monitoring data are stored in the form of displets, following steps are performed when an user access a server via a web browser: - for each request to the database, filtering criteria are applied to display the displets, said criteria being defined in the form of parameters for configuring the rights of said user, and - only displets authorized to be viewed by the user are displayed. - for each request to the database, filtering criteria are applied to display the displets, said criteria being defined in the form of parameters for configuring the rights of said user, and - only displets authorized to be viewed by the user are displayed.
A combine comprising: a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to separate grain from residue; a crop cleaning system including a cleaning fan powered by a fan drive to propel the residue into a residue system of the combine; at least one sensor for detecting an operational parameter of the fan drive; and a controller coupled to the at least one sensor, the controller configured to: - determine a load on the fan drive from the detected operational parameter, - compare the determined load to a load threshold, - control a speed of the cleaning fan based on the comparison; characterised in that, the controller is further configured to - compare the load to a second load threshold, and - control the speed of the cleaning fan based on the comparison between the load and the second load threshold. a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to separate grain from residue; a crop cleaning system including a cleaning fan powered by a fan drive to propel the residue into a residue system of the combine; at least one sensor for detecting an operational parameter of the fan drive; and a controller coupled to the at least one sensor, the controller configured to: - determine a load on the fan drive from the detected operational parameter, - compare the determined load to a load threshold, - control a speed of the cleaning fan based on the comparison; - determine a load on the fan drive from the detected operational parameter, - compare the determined load to a load threshold, - control a speed of the cleaning fan based on the comparison; characterised in that, the controller is further configured to - compare the load to a second load threshold, and - control the speed of the cleaning fan based on the comparison between the load and the second load threshold. - compare the load to a second load threshold, and - control the speed of the cleaning fan based on the comparison between the load and the second load threshold.
A combustor of a gas turbine for suppressing combustion instabilities in a combustion chamber; the combustor comprising a liner extending from an upstream end downwardly around the combustion chamber, at least one quarter wave damper provided along the liner; the quarter wave damper comprising a casing defining a resonator volume, a hole at a front face of the casing for allowing fluid communication between the resonator volume and the combustion chamber, wherein the resonator volume is limited by a rear face and at least one lateral surface of the casing, and the rear face is equipped with at least one feed hole for feeding a purging fluid into the resonator volume, characterized in that the casing has a polygonal cross section, and at least one lateral surface is equipped with one or more cavities, and at least a first lateral surface is equipped with one or more side cavities, whereas at least a second lateral surface (14") is even.
A set comprised of dental copings (100, 600) and a fiber bar for the manufacture of dental prosthesis frameworks, the referred copings (100, 600) being screwable, cementable or attachable, wherein the copings (100, 600) provide at least one hook having a compatible configuration to receive the referred fiber bar, the referred fiber bar being obtained from a bundle of parallel fibers, not fragmented and longitudinally aligned and covered by a braided layer of glass fibers with a longitudinal seam along its central region so that the fiber bar cross section comprises an oblong shape, being the referred braided layer of glass fibers impregnated with a photopolymerizable resin composition.
Method for making a multilayer laminar product, comprising the following operations: - preparing a laminar support; - covering a first side of said laminar support with a covering layer made of a non-completely polymerized polymeric resin; - preparing a laminar element provided with a first side chemically incompatible with said polymeric resin; - pushing an embossed surface against said covering layer after interposing said laminar element in order to impress the pattern of said embossed surface on said covering layer, the laminar element being arranged in such a way that said first side is facing towards said covering layer; - once said pattern has been impressed, polymerizing said covering layer in order to obtain a stabilized covering layer; - separating said laminar element from said stabilized covering layer; characterized in that it comprises the following further operations: - creating said laminar element by placing side by side two or more identical strips overlapping at the level of their respective edges, each one of said strips comprising a film made of a substance which is chemically compatible with said polymeric resin, coupled with said first side of said laminar element in such a way that it can be detached from said first side; - keeping the corresponding films of said two or more strips in contact with said covering layer while said embossed surface is pushed against said covering layer and during the polymerization of said covering layer. - preparing a laminar support; - covering a first side of said laminar support with a covering layer made of a non-completely polymerized polymeric resin; - preparing a laminar element provided with a first side chemically incompatible with said polymeric resin; - pushing an embossed surface against said covering layer after interposing said laminar element in order to impress the pattern of said embossed surface on said covering layer, the laminar element being arranged in such a way that said first side is facing towards said covering layer; - once said pattern has been impressed, polymerizing said covering layer in order to obtain a stabilized covering layer; - separating said laminar element from said stabilized covering layer; - creating said laminar element by placing side by side two or more identical strips overlapping at the level of their respective edges, each one of said strips comprising a film made of a substance which is chemically compatible with said polymeric resin, coupled with said first side of said laminar element in such a way that it can be detached from said first side; - keeping the corresponding films of said two or more strips in contact with said covering layer while said embossed surface is pushed against said covering layer and during the polymerization of said covering layer.
A class AB amplifier for receiving an input current and generating an amplified output current (Iout) and having first (M4A) and second (M4B) output transistors connected to provide the output current, wherein if the input current is less than a threshold the first output transistor is enabled and the second output transistor is disabled, and if the input current exceeds a threshold the second output transistor is enabled.
System for emitting a polychromatic light, comprising a laser cavity, means for optically pumping the laser cavity, said laser cavity being able to emit radiation according to at least one excitation wavelength, and light guiding means arranged, in the event of excitation by said radiation in a non-linear interaction regime, to supply to an outlet a polychromatic light, characterized in that the guiding means are arranged inside a cavity formed by at least two sub-cavities (3, 4), among which a first sub-cavity forms said laser cavity and a second sub-cavity comprises said guiding means, said first and second sub-cavities being coupled interferometrically.
A cooking appliance comprising: a heating element disposed within a cooking chamber of the cooking appliance and operable to selectively emit waves at any of a plurality of powers and/or peak wavelengths; a camera operable to capture an image of at least a portion of the cooking chamber; and a computing device operable to: supply power (3920; 4004) to the heating element to vary the power and/or peak wavelength of the emitted waves and generate heat within the cooking chamber; characterised in that the computing device is further operable to instruct the camera to capture the image when the heating element is emitting at a stabilized power and/or peak wavelength in an image capture state; and adjust (4010, 4012) the captured image, at least in part based on a known color temperature and brightness of light emitted from the heating element during the image capture state. a heating element disposed within a cooking chamber of the cooking appliance and operable to selectively emit waves at any of a plurality of powers and/or peak wavelengths; a camera operable to capture an image of at least a portion of the cooking chamber; and a computing device operable to: supply power (3920; 4004) to the heating element to vary the power and/or peak wavelength of the emitted waves and generate heat within the cooking chamber; characterised in that the computing device is further operable to instruct the camera to capture the image when the heating element is emitting at a stabilized power and/or peak wavelength in an image capture state; and adjust (4010, 4012) the captured image, at least in part based on a known color temperature and brightness of light emitted from the heating element during the image capture state. supply power (3920; 4004) to the heating element to vary the power and/or peak wavelength of the emitted waves and generate heat within the cooking chamber; characterised in that the computing device is further operable to instruct the camera to capture the image when the heating element is emitting at a stabilized power and/or peak wavelength in an image capture state; and adjust (4010, 4012) the captured image, at least in part based on a known color temperature and brightness of light emitted from the heating element during the image capture state.
A CD33 binding agent binding to human CD33, the CD33 binding agent being an antibody or a derivative of an antibody, defined by specifically binding to an epitope within the amino acid sequence FFHPIPYYDKNSPVHGYW (SeqID No: 141) of human CD33.
A fail judging method for determining properness or improperness of a sensor used for analysis of a sample, the analysis comprising: introducing the sample to a reagent layer of the sensor; applying a voltage to the reagent layer and the sample via a pair of electrodes (22a, 22b); measuring current between the electrodes (22a, 22b); setting a reference time point as a time point when the current reaches a predetermined threshold for detection of the introduction of the sample; and obtaining an analysis result; characterized in that: the method comprises setting a first time point and a second time point, the first time point being later than the reference time point, the second time point being later than the first time point, the analysis result being obtained based on current measured after the second time point; the sensor is determined to be proper when the current changes to exhibit: a monotonous increase in a wider sense for a period before the reference time point and after the sample is introduced to the reagent layer; and only a monotonous increase in a strict sense with a gradient falling in a predetermined range for a period before the first time point and after the reference time point, whereas otherwise the sensor is determined to be improper. introducing the sample to a reagent layer of the sensor; applying a voltage to the reagent layer and the sample via a pair of electrodes (22a, 22b); measuring current between the electrodes (22a, 22b); setting a reference time point as a time point when the current reaches a predetermined threshold for detection of the introduction of the sample; and obtaining an analysis result; characterized in that: the method comprises setting a first time point and a second time point, the first time point being later than the reference time point, the second time point being later than the first time point, the analysis result being obtained based on current measured after the second time point; the sensor is determined to be proper when the current changes to exhibit: a monotonous increase in a wider sense for a period before the reference time point and after the sample is introduced to the reagent layer; and only a monotonous increase in a strict sense with a gradient falling in a predetermined range for a period before the first time point and after the reference time point, whereas otherwise the sensor is determined to be improper. the method comprises setting a first time point and a second time point, the first time point being later than the reference time point, the second time point being later than the first time point, the analysis result being obtained based on current measured after the second time point; the sensor is determined to be proper when the current changes to exhibit: a monotonous increase in a wider sense for a period before the reference time point and after the sample is introduced to the reagent layer; and only a monotonous increase in a strict sense with a gradient falling in a predetermined range for a period before the first time point and after the reference time point, whereas otherwise the sensor is determined to be improper.
A coupon (170, 300) and a cutout (172,272) in a hot gas path component of a turbomachine, the coupon (170, 300) for coupling into the cutout and comprising: a body (180, 302) having an edge periphery configured to mate with an edge periphery of the cutout (172,272) at least a portion of the edge periphery (200, 202) of the body (180, 302) having a wall thickness (T R) greater than a wall thickness (T 1) of an edge periphery (200, 202) of the cutout (172,272); and characterized in that the at least the portion of the edge periphery of the body (180, 302) having the wall thickness (T R) greater than the wall thickness (T 1) of the edge periphery of the cutout (172,272) is defined by: a tapered rib (212, 214) having a peripherally outer thickness (T R) greater than the wall thickness (T 1) of the edge periphery of the cutout (172,272) and a peripherally internal thickness equal to a wall thickness (T N) of the body (180, 302). a body (180, 302) having an edge periphery configured to mate with an edge periphery of the cutout (172,272) at least a portion of the edge periphery (200, 202) of the body (180, 302) having a wall thickness (T R) greater than a wall thickness (T 1) of an edge periphery (200, 202) of the cutout (172,272); and characterized in that the at least the portion of the edge periphery of the body (180, 302) having the wall thickness (T R) greater than the wall thickness (T 1) of the edge periphery of the cutout (172,272) is defined by: a tapered rib (212, 214) having a peripherally outer thickness (T R) greater than the wall thickness (T 1) of the edge periphery of the cutout (172,272) and a peripherally internal thickness equal to a wall thickness (T N) of the body (180, 302).
An assembly method for connecting first and second components (23, 9) together, including: providing the first and second components, at least two threaded fasteners and at least one intermediate assembly element for each fastener; mounting the intermediate assembly elements onto the threaded fasteners; characterized by mounting a retaining tool comprising a handle onto the threaded fasteners and temporarily retaining the intermediate assembly elements on the threaded fasteners using the retaining tool; then connecting the first and second components (23, 9) together using the threaded fasteners; removing the retaining tool from the threaded fasteners in a direction that is transverse to a longitudinal axis (F-F) of a fastener, while the threaded fasteners are in a partially tightened state; and fully tightening the threaded fasteners after the retaining tool has been removed. providing the first and second components, at least two threaded fasteners and at least one intermediate assembly element for each fastener; mounting the intermediate assembly elements onto the threaded fasteners; characterized by mounting a retaining tool comprising a handle onto the threaded fasteners and temporarily retaining the intermediate assembly elements on the threaded fasteners using the retaining tool; then connecting the first and second components (23, 9) together using the threaded fasteners; removing the retaining tool from the threaded fasteners in a direction that is transverse to a longitudinal axis (F-F) of a fastener, while the threaded fasteners are in a partially tightened state; and fully tightening the threaded fasteners after the retaining tool has been removed.