mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a capsule endoscope comprising: a forming step of forming a capsule insertable into a subject by connecting an open joint end of a distal end cover to an open joint end of a body cover, characterized by a surface treating step of polishing a surface of a semispherical dome-shaped die (51, 53) for forming the distal end cover, and then performing a surface treatment on the polished surface of the die (51, 53) to increase a center-line mean roughness, ten-point height of irregularities, or maximum height roughness of the polished surface of the die to 0.5 nanometer to 800 nanometers; and a cover forming step of forming the distal end cover by injection molding using the die (51, 53) subjected to the surface treatment at the surface treating step, wherein the surface treatment is: ion-beam machining of accelerating ion beams and striking the accelerated ion beams against the polished surface (51a, 53a) of the die (51, 53), or die surface machining of corroding the polished surface (51a, 53a) of the die (51, 53) using corrosive chemical. a forming step of forming a capsule insertable into a subject by connecting an open joint end of a distal end cover to an open joint end of a body cover, characterized by a surface treating step of polishing a surface of a semispherical dome-shaped die (51, 53) for forming the distal end cover, and then performing a surface treatment on the polished surface of the die (51, 53) to increase a center-line mean roughness, ten-point height of irregularities, or maximum height roughness of the polished surface of the die to 0.5 nanometer to 800 nanometers; and a cover forming step of forming the distal end cover by injection molding using the die (51, 53) subjected to the surface treatment at the surface treating step, wherein the surface treatment is: ion-beam machining of accelerating ion beams and striking the accelerated ion beams against the polished surface (51a, 53a) of the die (51, 53), or die surface machining of corroding the polished surface (51a, 53a) of the die (51, 53) using corrosive chemical. ion-beam machining of accelerating ion beams and striking the accelerated ion beams against the polished surface (51a, 53a) of the die (51, 53), or die surface machining of corroding the polished surface (51a, 53a) of the die (51, 53) using corrosive chemical.
An air conditioner comprising: a housing having a front surface including a plurality of openings and a side surface having a side opening; a door plate located to correspond to a first opening among the plurality of openings; a display plate located to correspond to a second opening among the plurality of openings; a projector located inside the housing and configured to output an image; and a controller configured to control the projector to selectively output an image onto either one or both of the display plate and the periphery of the air conditioner, wherein the image is output to the periphery of the air conditioner through the side opening. a housing having a front surface including a plurality of openings and a side surface having a side opening; a door plate located to correspond to a first opening among the plurality of openings; a display plate located to correspond to a second opening among the plurality of openings; a projector located inside the housing and configured to output an image; and a controller configured to control the projector to selectively output an image onto either one or both of the display plate and the periphery of the air conditioner, wherein the image is output to the periphery of the air conditioner through the side opening.
A lubricating composition for gearboxes, with a kinematic viscosity at 100°C measured according to the ASTM D445 standard, comprised between 5.5 and 7 mm 2 /s, comprising - one or more phosphorus-containing, sulfur-containing, or phosphorus-sulphur-containing antiwear and/or extreme pressure additives, - at least 30% by weight of at least one fatty acid methyl ester of formula RCOOCH 3, wherein R is a paraffinic or olefinic group containing from 11 to 23 carbon atoms, and - either at least one compound selected from the group of heavy polyalphaolefins with a kinematic viscosity at 100°C, measured according to the ASTM D445 standard, comprised between 90 and 3,000 mm 2 /s and with a molecular mass by weight greater than 2,500 daltons, - or at least one compound selected from the group of light polyalphaolefins with a kinematic viscosity at 100°C, measured according to the ASTM D445 standard, comprised between 1.5 and 6 mm 2 /s, with a kinematic viscosity at 40°C, measured according to the ASTM D445 standard, comprised between 4 and 30 mm 2 /s, and with a molecular mass by weight of less than 500 daltons in combination with one or more compounds of the polymethacrylate type, with a molecular mass by weight of less than 30,000 daltons. - one or more phosphorus-containing, sulfur-containing, or phosphorus-sulphur-containing antiwear and/or extreme pressure additives, - at least 30% by weight of at least one fatty acid methyl ester of formula RCOOCH 3, wherein R is a paraffinic or olefinic group containing from 11 to 23 carbon atoms, and - either at least one compound selected from the group of heavy polyalphaolefins with a kinematic viscosity at 100°C, measured according to the ASTM D445 standard, comprised between 90 and 3,000 mm 2 /s and with a molecular mass by weight greater than 2,500 daltons, - or at least one compound selected from the group of light polyalphaolefins with a kinematic viscosity at 100°C, measured according to the ASTM D445 standard, comprised between 1.5 and 6 mm 2 /s, with a kinematic viscosity at 40°C, measured according to the ASTM D445 standard, comprised between 4 and 30 mm 2 /s, and with a molecular mass by weight of less than 500 daltons in combination with one or more compounds of the polymethacrylate type, with a molecular mass by weight of less than 30,000 daltons.
Infusing unit for preparing beverages comprising at least one hopper adapted to house a certain dose of a ground substance, at least one infusion chamber used for preparing the infused beverage and containing a mixture of ground substance and a dose of hot water, at least one piston adapted to compress the ground substance, said piston being arranged for entering in said infusion chamber from an open end to be able to push hot water through at least one filter, at least one controller for selectively determining the dose of ground substance and of hot water to be sent to a delivery chamber, said infusion chamber comprising at least one container of the mixture of ground substance and of hot water, said container being heated at least partially by at least one external source in order to neutralize the flow of heat from the mixture of ground substance and of hot water through said container, characterised in that: - said container comprises at least one wall, whose external surface is licked by a thermal fluid heated by the external source, to avoid cooling the mixture of ground substance and of hot water delimited by the internal surface of said container; - said container is inside a liner, in order to form a hollow space occupied and crossed by the thermal fluid heated by the external source; - the infusing unit further comprises connecting means in inlet and in outlet (451, 452) adapted to allow sliding the thermal fluid between the external source and the wall of said container; - through said controller, temperature of the thermal fluid and activation time of the external source are set depending on a measured temperature value of the mixture of ground substance and of hot water in said container; and - the external source is programmed to be activated at the beginning of the delivery and/or always for every delivery and/or after a certain time from the last delivery and/or at a fluid temperature depending on the heating time. - said container comprises at least one wall, whose external surface is licked by a thermal fluid heated by the external source, to avoid cooling the mixture of ground substance and of hot water delimited by the internal surface of said container; - said container is inside a liner, in order to form a hollow space occupied and crossed by the thermal fluid heated by the external source; - the infusing unit further comprises connecting means in inlet and in outlet (451, 452) adapted to allow sliding the thermal fluid between the external source and the wall of said container; - through said controller, temperature of the thermal fluid and activation time of the external source are set depending on a measured temperature value of the mixture of ground substance and of hot water in said container; and - the external source is programmed to be activated at the beginning of the delivery and/or always for every delivery and/or after a certain time from the last delivery and/or at a fluid temperature depending on the heating time.
A method of multi-view image generation, comprising: sampling a space having three dimensions (x, y, v) where v is a view parameter along a camera line and (x, y) are image plane parameters; for each sample (x, y, v), sending a forward ray from a camera position corresponding to v through (x, y) to find an intersection with a scene, the scene including a plurality of triangles; if the forward ray hits a surface of a triangle in the scene at an intersection point of the forward ray with the surface, creating a back-tracing triangle from said intersection point and the camera line; determining whether the back-tracing triangle intersects any of the plurality of triangles in the scene; if a triangle in the scene intersected by the back-tracing triangle is a back facing triangle as seen from the intersection point, storing the edges of the intersecting triangle in a hash table; and if an edge is determined to be stored twice, removing both edge entries from the hash table. sampling a space having three dimensions (x, y, v) where v is a view parameter along a camera line and (x, y) are image plane parameters; for each sample (x, y, v), sending a forward ray from a camera position corresponding to v through (x, y) to find an intersection with a scene, the scene including a plurality of triangles; if the forward ray hits a surface of a triangle in the scene at an intersection point of the forward ray with the surface, creating a back-tracing triangle from said intersection point and the camera line; determining whether the back-tracing triangle intersects any of the plurality of triangles in the scene; if a triangle in the scene intersected by the back-tracing triangle is a back facing triangle as seen from the intersection point, storing the edges of the intersecting triangle in a hash table; and if an edge is determined to be stored twice, removing both edge entries from the hash table.
A heat exchange ventilation apparatus in which a supply air passage that suctions outdoor air from an outdoor-side inlet by a supply air blower and supplies to an inside of a room from an indoor-side outlet through a supply-air heat exchange passage of a heat exchanger and an exhaust air passage that suctions indoor air from an indoor-side inlet by an exhaust air blower and discharges to an outside of the room from an outdoor-side outlet through an exhaust-air heat exchange passage of the heat exchanger are formed in a rectangular parallelepiped casing, characterized in that only one surface of the supply air blower is screwed onto one surface of the casing, and other surfaces of the supply air blower are supported on an inner surface of an integrally-molded suction chamber that accommodates the supply air blower and forms part of the supply air passage.
A fraction of a devil's claw hydroalcoholic extract wherein the iridoid glycoside harpagoside has a concentration expressed as weight percent of ≤1.3% and a concentration of molecules with a molecular weight of > 25000 Da of ≥4%.
A method performed by a first network node operating in a wireless communications network, wherein the wireless communications network comprises a first group of wireless devices supporting transmission with a first bandwidth under a threshold and a second group of wireless devices supporting transmission with a second bandwidth over the threshold, the method comprising: configuring a wireless device comprised in the first group of wireless devices, the wireless device having a first set of time-frequency resources to carry a first type of information between a second network node operating in the wireless communications network and the wireless device, with: at least one second set of time-frequency resources to carry a second type of information between the second network node and the wireless device, wherein the second type of information is to be transmitted simultaneously to the first group of wireless devices, and wherein the first type of information is to be transmitted to the first group of wireless devices and the second group of wireless devices, and wherein the first set of time-frequency resources and the at least one second set of time-frequency resources are in at least one of: (a) different sets of frequencies and (b) different transmission time periods, and have different coverages wherein transmission of the second type of information is enabled to reach the first group of wireless devices supporting transmission with the first bandwidth under the threshold, and further configuring the wireless device to combine the first and second type of information. at least one second set of time-frequency resources to carry a second type of information between the second network node and the wireless device, wherein the second type of information is to be transmitted simultaneously to the first group of wireless devices, and wherein the first type of information is to be transmitted to the first group of wireless devices and the second group of wireless devices, and wherein the first set of time-frequency resources and the at least one second set of time-frequency resources are in at least one of: (a) different sets of frequencies and (b) different transmission time periods, and have different coverages wherein transmission of the second type of information is enabled to reach the first group of wireless devices supporting transmission with the first bandwidth under the threshold, and further configuring the wireless device to combine the first and second type of information.
A leadless cardiac pacemaker configured to pace a patient's heart, the LCP disposable within a chamber of the patient's heart, the LCP comprising: a housing; a plurality of electrodes (24, 26) secured relative to the housing; two or more inductive coils (28, 30) secured relative to the housing, wherein each of the two or more inductive coils (28, 30) includes a plurality of windings extending about a central axis, wherein the central axis of one of the two or more inductive coils (28, 30) is not parallel with the central axis of another one of the two or more inductive coils (28, 30); a controller disposed within the housing and operably coupled to the plurality of electrodes (24, 26) and the two or more inductive coils (28, 30), the controller configured to sense cardiac electrical activity of the patient's heart via two or more of the electrodes (24, 26) and to generate and deliver pacing pulses via two or more of the electrodes (24, 26); and the controller is configured to communicate with one or more remotely located devices using: conducted communication via two or more of the electrodes (24, 26); and inductive communication via one or more of the two or more inductive coils (28, 30). a housing; a plurality of electrodes (24, 26) secured relative to the housing; two or more inductive coils (28, 30) secured relative to the housing, wherein each of the two or more inductive coils (28, 30) includes a plurality of windings extending about a central axis, wherein the central axis of one of the two or more inductive coils (28, 30) is not parallel with the central axis of another one of the two or more inductive coils (28, 30); a controller disposed within the housing and operably coupled to the plurality of electrodes (24, 26) and the two or more inductive coils (28, 30), the controller configured to sense cardiac electrical activity of the patient's heart via two or more of the electrodes (24, 26) and to generate and deliver pacing pulses via two or more of the electrodes (24, 26); and the controller is configured to communicate with one or more remotely located devices using: conducted communication via two or more of the electrodes (24, 26); and inductive communication via one or more of the two or more inductive coils (28, 30). conducted communication via two or more of the electrodes (24, 26); and inductive communication via one or more of the two or more inductive coils (28, 30).
A method for system interoperability in communication networks (103, 111), comprising: establishing context information related to activity of a mobile station within a first communication system, wherein said context information can be used in a second communication system but is incompatible with contexts within the first communication system; keeping said context information up to date; keeping said context information on hold while the mobile station is connected to the first communication system; and putting into use said context information when the mobile station switches to the second communication system, wherein said second communication system is not based on the same context as the first communication system, wherein said context information is maintained by a client-server application (105, 07) residing at the mobile station and at a common anchor point between the first and second communication systems (103, 111). establishing context information related to activity of a mobile station within a first communication system, wherein said context information can be used in a second communication system but is incompatible with contexts within the first communication system; keeping said context information up to date; keeping said context information on hold while the mobile station is connected to the first communication system; and putting into use said context information when the mobile station switches to the second communication system, wherein said second communication system is not based on the same context as the first communication system, wherein said context information is maintained by a client-server application (105, 07) residing at the mobile station and at a common anchor point between the first and second communication systems (103, 111).
An articulating pivot assembly for a vehicle windshield wiper system, said articulating pivot assembly comprising: a pivot shaft having a distal end, a proximal end, and a shaft longitudinal axis; a lever having a proximal end and a distal end, said proximal end fixedly coupled with said pivot shaft; an upper pivot ball having a first passageway extending through said upper pivot ball, said upper pivot ball fixedly coupled with said pivot shaft with said pivot shaft extending through said first passageway; characterized by a lower pivot ball having at least one gear tooth (426, 430, 434) projecting radially outward from an exterior surface of said lower pivot ball, said lower pivot ball having a second passageway extending through said lower pivot ball, said lower pivot ball fixedly coupled with said pivot shaft adjacent said pivot shaft proximal end with said pivot shaft extending through said second passageway; and a rack having at least one notch (366A-366C) configured to meshingly engage with said at least one gear tooth (426, 430, 434); wherein moving said distal end of said lever rotates said pivot shaft such that said at least one gear tooth (426, 430, 434) meshingly engages with said at least one notch (366A-366C) in said rack repositioning said pivot shaft proximal end which articulates said pivot shaft between a first shaft orientation and a second shaft orientation different from said first shaft orientation. a pivot shaft having a distal end, a proximal end, and a shaft longitudinal axis; a lever having a proximal end and a distal end, said proximal end fixedly coupled with said pivot shaft; an upper pivot ball having a first passageway extending through said upper pivot ball, said upper pivot ball fixedly coupled with said pivot shaft with said pivot shaft extending through said first passageway; characterized by a lower pivot ball having at least one gear tooth (426, 430, 434) projecting radially outward from an exterior surface of said lower pivot ball, said lower pivot ball having a second passageway extending through said lower pivot ball, said lower pivot ball fixedly coupled with said pivot shaft adjacent said pivot shaft proximal end with said pivot shaft extending through said second passageway; and a rack having at least one notch (366A-366C) configured to meshingly engage with said at least one gear tooth (426, 430, 434); wherein moving said distal end of said lever rotates said pivot shaft such that said at least one gear tooth (426, 430, 434) meshingly engages with said at least one notch (366A-366C) in said rack repositioning said pivot shaft proximal end which articulates said pivot shaft between a first shaft orientation and a second shaft orientation different from said first shaft orientation.
An optical transmission system for multi-level pulse amplitude modulation, PAM, comprising: a laser source providing an optical beam; a signal source of electronic signals to be modulated onto said optical beam; and a modulator connected to the laser source and the signal source, to modulate said electronic signals onto said optical beam using amplitude modulation and at least four signal levels, wherein the at least four signal levels are non-uniformly distributed; characterized in that the signal levels are selected to minimize a bit error rate based on a given standard noise deviation added to the signal; wherein an initial signal level selection uses a pre-estimated standard noise deviation, and wherein the transmission system is configured to obtain actual standard deviations to update said signal level selection. a laser source providing an optical beam; a signal source of electronic signals to be modulated onto said optical beam; and a modulator connected to the laser source and the signal source, to modulate said electronic signals onto said optical beam using amplitude modulation and at least four signal levels, wherein the at least four signal levels are non-uniformly distributed; characterized in that the signal levels are selected to minimize a bit error rate based on a given standard noise deviation added to the signal; wherein an initial signal level selection uses a pre-estimated standard noise deviation, and wherein the transmission system is configured to obtain actual standard deviations to update said signal level selection.
A method of reducing the presence of microorganisms from a slurry transporting pipeline, the method comprising the steps in the following order: adding an oxidizing biocide to a fluid in an amount higher than the oxidant demand of the pipeline, adding a non-oxidizing biocide to the fluid in an amount less than 30% by weight of the minimum necessary to sterilize the microbiological organisms present before the oxidizing biocide was added, and feeding the fluid into the pipeline, wherein the oxidizing biocide is one selected from the list consisting of: chlorine dioxide, chlorine gas, hypochlorous acid, bromine derived biocides, and any combination thereof, or wherein the oxidizing biocide is a reaction product of metal chlorate, hydrogen peroxide, and an acid selected from mineral acid, chlorous acid, and any combination thereof. wherein the oxidizing biocide is one selected from the list consisting of: chlorine dioxide, chlorine gas, hypochlorous acid, bromine derived biocides, and any combination thereof, or wherein the oxidizing biocide is a reaction product of metal chlorate, hydrogen peroxide, and an acid selected from mineral acid, chlorous acid, and any combination thereof.