mhurhangee/ep-ind-claims huggingface dataset:
A method of analyzing a biological sample of a subject that is an animal, the biological sample including a mixture of cell-free DNA molecules from a genome of the subject and from one or more other genomes, the method comprising: analyzing a plurality of cell-free DNA molecules from the biological sample, wherein analyzing one of the plurality of cell-free DNA molecules includes: identifying a location of the cell-free DNA molecule in a particular viral genome; and determining whether the cell-free DNA molecule is methylated at one or more sites of the particular viral genome; measuring a mixture methylation level based on amounts of the plurality of cell-free DNA molecules methylated at a set of sites of the particular viral genome, wherein the set of sites are across a plurality of regions; comparing the mixture methylation level to one or more reference methylation levels determined from at least two cohorts of other subjects, wherein the at least two cohorts have different classifications associated with the particular viral genome, the different classifications including a first condition; and determining a first classification of whether the subject has the first condition based on the comparing. analyzing a plurality of cell-free DNA molecules from the biological sample, wherein analyzing one of the plurality of cell-free DNA molecules includes: identifying a location of the cell-free DNA molecule in a particular viral genome; and determining whether the cell-free DNA molecule is methylated at one or more sites of the particular viral genome; identifying a location of the cell-free DNA molecule in a particular viral genome; and determining whether the cell-free DNA molecule is methylated at one or more sites of the particular viral genome; measuring a mixture methylation level based on amounts of the plurality of cell-free DNA molecules methylated at a set of sites of the particular viral genome, wherein the set of sites are across a plurality of regions; comparing the mixture methylation level to one or more reference methylation levels determined from at least two cohorts of other subjects, wherein the at least two cohorts have different classifications associated with the particular viral genome, the different classifications including a first condition; and determining a first classification of whether the subject has the first condition based on the comparing.
A light fixture comprising a plurality of LEDs generating light and a cooling module (201, 401), said cooling module comprises: - a heat sink (105, 405) comprising an LED side and a cooling side, where said cooling side being opposite said LED side and where said plurality of LEDs are arranged on said LED side; - at least one blower (115, 117, 415, 417) adapted to blow cooling air to said cooling side; wherein said heat sink comprises a first flow channel (111, 411) arranged at said cooling side and a second flow channel (113, 413) arranged a said cooling side, where said first flow channel and said second flow channel are arranged adjacent to each other at said cooling side, said cooling module comprises a first blower (111,411) and a second blower (117, 417), where said first blower is configured to blow cooling air in a first flow direction through said first flow channel and where said second blower is configured to blow cooling air in a second flow direction through said second flow channel (113, 413), where said first flow direction and said second flow direction are opposite each other, and where the LED side of said first blower is arranged at a first angle in relation to said LED side of said heat sink (105, 405) and the LED side of said second blower (117, 417) is arranged at a second angle in relation to said LED side of said heat sink where each of said first angle and said second angle is at least 110 degrees and less than 160 degrees. - a heat sink (105, 405) comprising an LED side and a cooling side, where said cooling side being opposite said LED side and where said plurality of LEDs are arranged on said LED side; - at least one blower (115, 117, 415, 417) adapted to blow cooling air to said cooling side;
A frame for supporting a sheet of glass, referred to as a suction frame, comprising a contact path for receiving the periphery of the underside face of the sheet of glass, and comprising a suction system able to apply suction to the underside face of the sheet in order to enhance the retention of the sheet by said frame.
A molding system configured to manufacture a molded article by using a plastic molding material, the molding system comprising: a mold-cavity system for forming, in use, the molded article, the mold-cavity system including a stationary-mold assembly and a movable-mold assembly defining therebetween a mold cavity; the movable-mold assembly including a base portion, a top portion, a neck portion, a core portion, and the stationary-mold assembly including a cavity portion and a gate portion, characterized in that a controller operatively couples to a mold-moving actuator, the controller having a controller-usable memory tangibly embodying a set of controller-executable instructions configured to direct the controller, the set of controller-executable instructions including a mold open instruction configured to cause relative movement between the core portion and the cavity portion by a distance sufficient to displace the totality of molecules of plastic of the molded article that abut with the core portion from their relative positioning during a process cycle, the displacement being in substantially the same direction, while maintaining at least some of the clamping force. a mold-cavity system for forming, in use, the molded article, the mold-cavity system including a stationary-mold assembly and a movable-mold assembly defining therebetween a mold cavity; the movable-mold assembly including a base portion, a top portion, a neck portion, a core portion, and the stationary-mold assembly including a cavity portion and a gate portion, characterized in that a controller operatively couples to a mold-moving actuator, the controller having a controller-usable memory tangibly embodying a set of controller-executable instructions configured to direct the controller, the set of controller-executable instructions including a mold open instruction configured to cause relative movement between the core portion and the cavity portion by a distance sufficient to displace the totality of molecules of plastic of the molded article that abut with the core portion from their relative positioning during a process cycle, the displacement being in substantially the same direction, while maintaining at least some of the clamping force.
A method of forming a foamed cushioning element adapted for insertion into a cavity within a shoe sole, the method comprising: providing a polymer processing system comprising: (i) a screw mounted within a barrel to define a polymer processing space within the barrel; (ii) a polymeric material delivery system in communication with the polymer processing space; (iii) a blowing agent delivery system in communication with the polymer processing space; and (iv) at least one nozzle in fluid communication with a distal portion of the polymer processing space; providing a mold having at least one expandable mold cavity in fluid communication with the nozzle; mixing polymeric material and blowing agent within the polymer processing space to produce an unfoamed mixture; injecting a volume of the mixture of polymeric material and blowing agent through the nozzle and into the expandable mold cavity; and expanding the mold cavity to form the foamed cushioning element wherein expanding the mold cavity comprises a lateral displacement of a first wall of the mold cavity, characterized in that the lateral displacement includes an asymmetric displacement of the first wall of the mold cavity with respect to a second wall of the mold cavity by rotation of the first wall, or a portion thereof, around a pivot point as it is pulled back, thereby pulling away from the second wall of the mold cavity by a greater amount at one side of the mold cavity than the other. providing a polymer processing system comprising: (i) a screw mounted within a barrel to define a polymer processing space within the barrel; (ii) a polymeric material delivery system in communication with the polymer processing space; (iii) a blowing agent delivery system in communication with the polymer processing space; and (iv) at least one nozzle in fluid communication with a distal portion of the polymer processing space; (i) a screw mounted within a barrel to define a polymer processing space within the barrel; (ii) a polymeric material delivery system in communication with the polymer processing space; (iii) a blowing agent delivery system in communication with the polymer processing space; and (iv) at least one nozzle in fluid communication with a distal portion of the polymer processing space; providing a mold having at least one expandable mold cavity in fluid communication with the nozzle; mixing polymeric material and blowing agent within the polymer processing space to produce an unfoamed mixture; injecting a volume of the mixture of polymeric material and blowing agent through the nozzle and into the expandable mold cavity; and expanding the mold cavity to form the foamed cushioning element wherein expanding the mold cavity comprises a lateral displacement of a first wall of the mold cavity, characterized in that the lateral displacement includes an asymmetric displacement of the first wall of the mold cavity with respect to a second wall of the mold cavity by rotation of the first wall, or a portion thereof, around a pivot point as it is pulled back, thereby pulling away from the second wall of the mold cavity by a greater amount at one side of the mold cavity than the other.
A method for manufacturing a multi-layer sliding member with a sliding layer formed on a backing material, comprising the steps of: applying a binder on a surface of the backing material; and forming the sliding layer which has plastic deformation, by layering, on the surface of the backing material, at least one sheet of prepreg formed by impregnating phenol resin into woven cloth, and by thermally curing a layered body of the backing material and the prepreg while pressurizing the layered body with a force larger than the maximum load in use, wherein low-viscosity thermosetting resin having high compatibility with the phenol resin used for the prepreg is used as the binder; characterised in that the backing material is a metal plate, and a metal-powder sintered layer is formed on a surface of the metal plate; and in the step of forming the sliding layer, the woven cloth includes PET fiber as reinforcing resin fiber and the layered body is thermally cured while pressurizing the layered body with a pressure smaller than pressure which plastically deforms the metal-powder sintered layer. applying a binder on a surface of the backing material; and forming the sliding layer which has plastic deformation, by layering, on the surface of the backing material, at least one sheet of prepreg formed by impregnating phenol resin into woven cloth, and by thermally curing a layered body of the backing material and the prepreg while pressurizing the layered body with a force larger than the maximum load in use, wherein low-viscosity thermosetting resin having high compatibility with the phenol resin used for the prepreg is used as the binder; characterised in that the backing material is a metal plate, and a metal-powder sintered layer is formed on a surface of the metal plate; and in the step of forming the sliding layer, the woven cloth includes PET fiber as reinforcing resin fiber and the layered body is thermally cured while pressurizing the layered body with a pressure smaller than pressure which plastically deforms the metal-powder sintered layer.
An apparatus for manipulating a color displayed by an article of wear comprising iron oxide colloidal nanocrystals arranged within chains, the apparatus comprising: (a) a magnetic field source adapted to generate a magnetic field and apply the magnetic field to the article of wear and further adapted to tune a strength of the magnetic field to control the color displayed by the article of wear; (b) an energy source adapted to generate energy and apply the energy to the article of wear to soften materials within the article of wear immediately surrounding at least some of the chains of nanocrystals; (c) wherein the apparatus is adapted to simultaneously apply the magnetic field and the energy to the article of wear; (d) wherein the apparatus is further adapted to remove the energy source while the magnetic field is still applied to the article of wear to allow the materials within the article of wear immediately surrounding the chains of nanocrystals to harden and fix a location of the nanocrystals within the chains; and (e) wherein the energy source is a >90 GHz microwave radiation beam. (a) a magnetic field source adapted to generate a magnetic field and apply the magnetic field to the article of wear and further adapted to tune a strength of the magnetic field to control the color displayed by the article of wear; (b) an energy source adapted to generate energy and apply the energy to the article of wear to soften materials within the article of wear immediately surrounding at least some of the chains of nanocrystals; (c) wherein the apparatus is adapted to simultaneously apply the magnetic field and the energy to the article of wear; (d) wherein the apparatus is further adapted to remove the energy source while the magnetic field is still applied to the article of wear to allow the materials within the article of wear immediately surrounding the chains of nanocrystals to harden and fix a location of the nanocrystals within the chains; and (e) wherein the energy source is a >90 GHz microwave radiation beam.
Method to increase a surface energy of a printed circuit board fitted with components, wherein the components are soldered by means of wave soldering, said method comprising the following step: Treatment of the printed circuit board in a vapor phase soldering system using a heat transfer medium, wherein the surface energy of the printed circuit board is increased without the solder, which is used to solder the components to the printed circuit board, melting, characterized in that, during the treatment of the printed circuit board in the vapor phase soldering system, a temperature curve as a function of time, and a pressure curve as a function of time, occur, wherein the temperature curve has a maximum range with a maximum temperature between two ranges with an increasing and decreasing temperature, and the pressure curve outside the maximum range has a pressure close to the normal pressure, and wherein a negative pressure is generated as soon as a temperature that is currently present is located in the maximum range. Treatment of the printed circuit board in a vapor phase soldering system using a heat transfer medium, wherein the surface energy of the printed circuit board is increased without the solder, which is used to solder the components to the printed circuit board, melting, characterized in that, during the treatment of the printed circuit board in the vapor phase soldering system, a temperature curve as a function of time, and a pressure curve as a function of time, occur, wherein the temperature curve has a maximum range with a maximum temperature between two ranges with an increasing and decreasing temperature, and the pressure curve outside the maximum range has a pressure close to the normal pressure, and wherein a negative pressure is generated as soon as a temperature that is currently present is located in the maximum range.
A method for monitoring a track line by means of a monitoring device which is connected to a sensor extending along the track line, wherein the sensor which is set in vibration delivers measurement data for the monitoring device, wherein a rail vehicle travels on the track line, during which vibrations having known vibration values (a, Q A, Q S) are introduced into the track line and transmitted to the sensor, that position data (x) of the rail vehicle are recorded, and that, by means of an evaluation device, a characteristic of the vibration transmission is derived from the known vibration values (a, Q A, Qs), the measurement data delivered by the sensor and the position data (x) for the track line and wherein the characteristic of the vibration transmission is stored as a transmission function in the monitoring device.
A communication method comprising: coupling a separately operating companion device to a gaming device for getting and providing a hint on gameplay; generating the hint on the companion device, wherein the companion device provides a system that acts as a virtual coach directed on solving a situation at a stage in an electronic game on the gaming device to improve gameplay, transmits the hint on a real-time basis to a server, monitors a gamer's response to the hint, generates a further hint after the gamer's response, uses a question and answer engine in the system to process the gamer's response and generate the further hint, transmits the further hint on a real-time basis to the server, wherein the server stores the hint and the further hint, and provides the hint and the further hint as visual indications at the said stage in the electronic game, indicating that the hint and the further hint for solving the situation at the said stage in the electronic game is available, to the gamer playing the electronic game. coupling a separately operating companion device to a gaming device for getting and providing a hint on gameplay; generating the hint on the companion device, wherein the companion device provides a system that acts as a virtual coach directed on solving a situation at a stage in an electronic game on the gaming device to improve gameplay, transmits the hint on a real-time basis to a server, monitors a gamer's response to the hint, generates a further hint after the gamer's response, uses a question and answer engine in the system to process the gamer's response and generate the further hint, transmits the further hint on a real-time basis to the server, wherein the server stores the hint and the further hint, and provides the hint and the further hint as visual indications at the said stage in the electronic game, indicating that the hint and the further hint for solving the situation at the said stage in the electronic game is available, to the gamer playing the electronic game.
A liquid dispensing device comprising: an elongated member defining a handle having a hollow interior, the hollow interior defining a fluid reservoir having an opening at a lower end of the elongated member; and a base member affixed to the lower end of the elongated member and having a bottom surface facing in a direction away from the handle; wherein the device further comprises: a frangible cover secured over the bottom surface and forming a seal across the opening of the fluid reservoir; a swab head comprising an absorbent sponge-like member (28, 128) and a button element (30. 130), the sponge-like member (28, 128) having opposing outer (32, 132) and inner (34, 134) sides wherein the inner side is affixed to the bottom surface of the base member; and the button element (30, 130) defining a longitudinal axis (A B), the button element (30, 130) including a foot portion (44, 144) at a first longitudinal end (48, 148) of the button element (30, 130) adjacent to the outer side (32, 132) of the sponge-like member (28, 128) and a penetration end at an opposing second longitudinal end (50, 150) of the button element (30, 130). an elongated member defining a handle having a hollow interior, the hollow interior defining a fluid reservoir having an opening at a lower end of the elongated member; and a base member affixed to the lower end of the elongated member and having a bottom surface facing in a direction away from the handle; wherein the device further comprises: a frangible cover secured over the bottom surface and forming a seal across the opening of the fluid reservoir; a swab head comprising an absorbent sponge-like member (28, 128) and a button element (30. 130), the sponge-like member (28, 128) having opposing outer (32, 132) and inner (34, 134) sides wherein the inner side is affixed to the bottom surface of the base member; and the button element (30, 130) defining a longitudinal axis (A B), the button element (30, 130) including a foot portion (44, 144) at a first longitudinal end (48, 148) of the button element (30, 130) adjacent to the outer side (32, 132) of the sponge-like member (28, 128) and a penetration end at an opposing second longitudinal end (50, 150) of the button element (30, 130). a frangible cover secured over the bottom surface and forming a seal across the opening of the fluid reservoir; a swab head comprising an absorbent sponge-like member (28, 128) and a button element (30. 130), the sponge-like member (28, 128) having opposing outer (32, 132) and inner (34, 134) sides wherein the inner side is affixed to the bottom surface of the base member; and the button element (30, 130) defining a longitudinal axis (A B), the button element (30, 130) including a foot portion (44, 144) at a first longitudinal end (48, 148) of the button element (30, 130) adjacent to the outer side (32, 132) of the sponge-like member (28, 128) and a penetration end at an opposing second longitudinal end (50, 150) of the button element (30, 130).
An optical measuring device, comprising: a light source, outputting a light of a plurality of wavelengths; a sensor head, comprising a conversion lens and an objective lens, wherein the conversion lens converts the light incident via a light guide part into parallel light, and the objective lens irradiates the light in which chromatic aberration is generated to a measurement object; and a spectroscope, acquiring reflected light reflected by the measurement object and condensed by the sensor head via the light guide part, and measuring a spectrum of the reflected light, characterized in that the light guide part is formed by an optical fiber comprising four cores, wherein in the sensor head, a shield that shields light is arranged between the conversion lens and the objective lens to inhibit light emitted from one core among the four cores included in the light guide part from entering cores other than the one core as the reflected light, and wherein the shield is arranged in a four-way point pattern, a cross pattern, or a ring pattern. a light source, outputting a light of a plurality of wavelengths; a sensor head, comprising a conversion lens and an objective lens, wherein the conversion lens converts the light incident via a light guide part into parallel light, and the objective lens irradiates the light in which chromatic aberration is generated to a measurement object; and a spectroscope, acquiring reflected light reflected by the measurement object and condensed by the sensor head via the light guide part, and measuring a spectrum of the reflected light, characterized in that the light guide part is formed by an optical fiber comprising four cores, wherein in the sensor head, a shield that shields light is arranged between the conversion lens and the objective lens to inhibit light emitted from one core among the four cores included in the light guide part from entering cores other than the one core as the reflected light, and wherein the shield is arranged in a four-way point pattern, a cross pattern, or a ring pattern.