mhurhangee/patent-ind-claim-en huggingface dataset:
A dynamic range enhancement system for use in a welding application, comprising: - a first filter disposed in a first optical path, wherein the first filter is configured to provide dynamic range definition for very bright portions of an image corresponding to a welding arc or a metal transfer; - a second filter disposed in a second optical path, wherein the second filter has a lower density than the first filter and is - configured to provide dynamic range definition for less bright areas of the same image corresponding to a background; - a first image sensor disposed in the first optical path and configured to receive filtered electromagnetic waves from the first filter ; - a second image sensor disposed in the second optical path and configured to receive filtered electromagnetic waves from the second filter ; - a splitter configured to split incoming electromagnetic waves of the same image between the first optical path and the second optical path; and - a graphical circuit configured to combine signals from the first image sensor and the second image sensor . - a first filter disposed in a first optical path, wherein the first filter is configured to provide dynamic range definition for very bright portions of an image corresponding to a welding arc or a metal transfer; - a second filter disposed in a second optical path, wherein the second filter has a lower density than the first filter and is - configured to provide dynamic range definition for less bright areas of the same image corresponding to a background; - a first image sensor disposed in the first optical path and configured to receive filtered electromagnetic waves from the first filter ; - a second image sensor disposed in the second optical path and configured to receive filtered electromagnetic waves from the second filter ; - a splitter configured to split incoming electromagnetic waves of the same image between the first optical path and the second optical path; and - a graphical circuit configured to combine signals from the first image sensor and the second image sensor .
A fluid handling device configured to house fluid in a housing part , the fluid handling device comprising: the housing part including a side surface and a bottom surface, and configured to house the fluid; an introduction channel configured to carry the fluid toward the housing part ; a fluid guiding part connected with an opening of the introduction channel in the housing part , and configured to carry, toward the bottom surface of the housing part , the fluid from the introduction channel ; and a suction channel including an opening at the side surface of the housing part , wherein the fluid is liquid, characterized in that the fluid guiding part is a member having a semi-columnar shape or a prism shape disposed on the side surface of the housing part ; and a cutout is formed in the fluid guiding part , so that the fluid guiding part can be bent or folded by a needle or the like toward the side surface of the housing part. the housing part including a side surface and a bottom surface, and configured to house the fluid; an introduction channel configured to carry the fluid toward the housing part ; a fluid guiding part connected with an opening of the introduction channel in the housing part , and configured to carry, toward the bottom surface of the housing part , the fluid from the introduction channel ; and a suction channel including an opening at the side surface of the housing part , wherein the fluid is liquid, characterized in that the fluid guiding part is a member having a semi-columnar shape or a prism shape disposed on the side surface of the housing part ; and a cutout is formed in the fluid guiding part , so that the fluid guiding part can be bent or folded by a needle or the like toward the side surface of the housing part.
A low-weight infant diaper having a longitudinal direction, a width direction, and a thickness direction that intersect each other, the low-weight infant diaper comprising: an absorbent body including at least an absorbent core ; an exterior sheet arranged on a non-skin side with respect to the absorbent body ; and a pair of belt members each of which includes a locking member on a one side in a longitudinal direction of the belt members and that includes a locking member on another side in the longitudinal direction of the belt members , in a state where each of the belt members is locked, by the one-side locking member , to a non-skin side of the exterior sheet in the thickness direction at a location inward in the longitudinal direction with respect to a longitudinal outward end of the exterior sheet , an outward end of the absorbent core is located inward in the longitudinal direction with respect to a middle position (ML), the middle position (ML) being a position between the longitudinal outward end of the exterior sheet and an outward end of the one-side locking member . an absorbent body including at least an absorbent core ; an exterior sheet arranged on a non-skin side with respect to the absorbent body ; and a pair of belt members each of which includes a locking member on a one side in a longitudinal direction of the belt members and that includes a locking member on another side in the longitudinal direction of the belt members , in a state where each of the belt members is locked, by the one-side locking member , to a non-skin side of the exterior sheet in the thickness direction at a location inward in the longitudinal direction with respect to a longitudinal outward end of the exterior sheet , an outward end of the absorbent core is located inward in the longitudinal direction with respect to a middle position (ML), the middle position (ML) being a position between the longitudinal outward end of the exterior sheet and an outward end of the one-side locking member .
Device for the treatment of a biological fluid, comprising a first chamber which is adapted for receiving the biological fluid, and a second chamber which is adapted for receiving a gas, wherein the first chamber and the second chamber are separated from each other by at least one gas-permeable and liquid-impermeable membrane , through which membrane gas molecules are transferable between the first chamber and the second chamber for the treatment of the biological fluid, and wherein the second chamber is divided into several chambers, such that the device comprises a plurality of second chambers which are adapted for receiving a gas, and which are separated from the first chamber by a gas-permeable and liquid-impermeable membrane , wherein the plurality of second chambers are located within the first chamber or are substantially surrounded by the first chamber , and wherein the device further comprises a third chamber which is separated from the first chamber by at least one liquid-permeable membrane , and which is adapted for a withdrawal of one or more components of the biological fluid, wherein the third chamber is divided into several chambers, such that the device comprises a plurality of third chambers , which are separated from the first chamber by a liquid-permeable membrane and are adapted for the withdrawal of one or more components of the biological fluid, wherein the plurality of third chambers are located within the first chamber or are substantially surrounded by the first chamber .
A coalescing filter assembly, comprising: a housing comprising a base housing member and a cover housing member joined together to form a coalescing chamber, the base housing member comprising a base end panel and a base border wall projecting from the end panel , the cover housing member comprising a cover end panel and a cover border wall projecting from the cover end panel , the cover end panel and the base end panel being spaced apart laterally with the coalescing chamber therebetween, the cover border wall and the base border wall joining along a seal interface to surround the coalescing chamber, the cover end panel and the base end panel extending at an angle relative to the seal interface of at least five degrees in the vertical direction; and a coalescing filter element comprising a frame having a partition separating an unfiltered side from a filtered side , the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a coalescing filter media arranged to filter fluid flowing through the coalescing inlet port ; and wherein the partition includes a panel member , the panel member carrying a seal member at an outer periphery thereof that seals along the seal interface whereby the partition is free of a diagonal tapering border skirt, characterized in that the coalescing filter element includes a coalescing tube providing said coalescing filter media, the coalescing tube being generally cylindrical. a housing comprising a base housing member and a cover housing member joined together to form a coalescing chamber, the base housing member comprising a base end panel and a base border wall projecting from the end panel , the cover housing member comprising a cover end panel and a cover border wall projecting from the cover end panel , the cover end panel and the base end panel being spaced apart laterally with the coalescing chamber therebetween, the cover border wall and the base border wall joining along a seal interface to surround the coalescing chamber, the cover end panel and the base end panel extending at an angle relative to the seal interface of at least five degrees in the vertical direction; and a coalescing filter element comprising a frame having a partition separating an unfiltered side from a filtered side , the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a coalescing filter media arranged to filter fluid flowing through the coalescing inlet port ; and wherein the partition includes a panel member , the panel member carrying a seal member at an outer periphery thereof that seals along the seal interface whereby the partition is free of a diagonal tapering border skirt, characterized in that the coalescing filter element includes a coalescing tube providing said coalescing filter media, the coalescing tube being generally cylindrical.
A stratospheric airship comprising a flexible envelope equipped with a solar generator arranged on the upper part of the flexible envelope intended to be illuminated in flight by the sun, the airship comprising: - at least one device for managing the position of the centre of gravity of the airship; - at least one device for stabilising the attitude of the airship; and - a module for the coupled control of said devices , characterised in that the module is configured to control the airship , when the speed of travel of the airship with respect to the surrounding air is below a first threshold (S1) and/or the temperature of the solar generator is above a second threshold (S2), in such a way that it rotates by substantially half a turn about its longitudinal axis (AL), allowing the solar generator to be protected from illumination by the sun. - at least one device for managing the position of the centre of gravity of the airship; - at least one device for stabilising the attitude of the airship; and - a module for the coupled control of said devices , characterised in that the module is configured to control the airship , when the speed of travel of the airship with respect to the surrounding air is below a first threshold (S1) and/or the temperature of the solar generator is above a second threshold (S2), in such a way that it rotates by substantially half a turn about its longitudinal axis (AL), allowing the solar generator to be protected from illumination by the sun.
Device for extracorporeal circuit support having a liquid primary pump , the pump inlet of which can be connected via at least one first liquid line and the pump outlet of which can be connected via at least one second liquid line to the circulatory system of a patient , having an oxygenator for enriching with oxygen the blood conveyed in the at least one second liquid line , and having a pump drive which drives the liquid primary pump and is configured as a gas expansion motor, characterized in that the pump drive is designed MR-conditionally, i.e. in a conditionally MR-compatible manner.
A fan air duct assembly for a turbofan engine bleed air system, the fan air duct assembly comprising: a duct having an inner surface surrounding a flow path with a centerline, the duct configured to mount within an aircraft bleed air system; a fan air valve comprising: a planar plate configured to be pivotally mounted within the inner surface of the duct , the plate being planar within an error margin of 5%, the plate rotatable about a pivot axis that is perpendicular to the centerline of the flow path, the plate configured for pivoting between a closed position, in which the plate substantially inhibits airflow through the flow path, and the plate is rotated such that the upstream surface of the plate is offset from the flow path centerline by ninety degrees minus an angle and places the first edge downstream and the second edge upstream, and an open position, permitting airflow in the flow path; and a standoff located near the first edge on the upstream surface of the plate and extending perpendicularly outward from the upstream surface of the plate, the standoff having a height located on a downstream edge of the upstream surface of the plate ; and the angle being based on the height of the standoff . a duct having an inner surface surrounding a flow path with a centerline, the duct configured to mount within an aircraft bleed air system; a fan air valve comprising: a planar plate configured to be pivotally mounted within the inner surface of the duct , the plate being planar within an error margin of 5%, the plate rotatable about a pivot axis that is perpendicular to the centerline of the flow path, the plate configured for pivoting between a closed position, in which the plate substantially inhibits airflow through the flow path, and the plate is rotated such that the upstream surface of the plate is offset from the flow path centerline by ninety degrees minus an angle and places the first edge downstream and the second edge upstream, and an open position, permitting airflow in the flow path; and a standoff located near the first edge on the upstream surface of the plate and extending perpendicularly outward from the upstream surface of the plate, the standoff having a height located on a downstream edge of the upstream surface of the plate ; and the angle being based on the height of the standoff .
An imaging system comprising: a spherical window, wherein the window is a pressure window having an outer surface and an inner surface defining concentric spheres; a housing coupled to the window; a seal provided between the window and the housing for preventing leaks between the window and the housing; a paraboloidal reflector located within the sphere defined by the inner surface including a focus point located at a center of a sphere defined by the outer surface of the window; and an image sensor supported by the housing, wherein light entering the window at an angle perpendicular to the outer surface of the window and exiting the window at an angle perpendicular to the inner surface and traveling to the focus point is reflected onto the image sensor by the reflector. a spherical window, wherein the window is a pressure window having an outer surface and an inner surface defining concentric spheres; a housing coupled to the window; a seal provided between the window and the housing for preventing leaks between the window and the housing; a paraboloidal reflector located within the sphere defined by the inner surface including a focus point located at a center of a sphere defined by the outer surface of the window; and an image sensor supported by the housing, wherein light entering the window at an angle perpendicular to the outer surface of the window and exiting the window at an angle perpendicular to the inner surface and traveling to the focus point is reflected onto the image sensor by the reflector.
A system for inspecting an object, the system comprising: a measurement device operable to measure three dimensional coordinates of one or more points on a surface of the object; a display operably coupled to the measurement device, the display being sized to be carried by an operator with the measurement device; one or more processors operably coupled to the measurement device, the one or more processors operable to execute computer instructions when executed on the one or more processors to perform a method comprising: determining three-dimensional coordinates of the one or more points while the object is being measured; aligning an electronic model of the object to the one or more points while the object is being measured; determining a variance between the electronic model and the one or more points while the object is being measured; and displaying on the display an indicator when the variance exceeds a threshold while the object is being measured. a measurement device operable to measure three dimensional coordinates of one or more points on a surface of the object; a display operably coupled to the measurement device, the display being sized to be carried by an operator with the measurement device; one or more processors operably coupled to the measurement device, the one or more processors operable to execute computer instructions when executed on the one or more processors to perform a method comprising: determining three-dimensional coordinates of the one or more points while the object is being measured; aligning an electronic model of the object to the one or more points while the object is being measured; determining a variance between the electronic model and the one or more points while the object is being measured; and displaying on the display an indicator when the variance exceeds a threshold while the object is being measured. determining three-dimensional coordinates of the one or more points while the object is being measured; aligning an electronic model of the object to the one or more points while the object is being measured; determining a variance between the electronic model and the one or more points while the object is being measured; and displaying on the display an indicator when the variance exceeds a threshold while the object is being measured.
A method for protecting digital media, the method comprising: receiving digital media data at a server from a first user device ; encrypting the digital media data using an encrypted file format to generate an encrypted file including the digital media data based on a key, wherein the encrypted file includes a tracker, the tracker including executable code, wherein the executable code is executed upon access of the encrypted file, and wherein the encrypted file includes a thumbnail of the digital media data; accessing, on a second user device , the encrypted file; transmitting by the second user device a notification to the server based on the second user device attempting to access the encrypted file, wherein the notification includes a location of the encrypted file, the location including a device identification of a user device on which the encrypted file is located, and a web address of a web site where the encrypted file is published; receiving a notification, at the server , in response to the executable code of the tracker being executed on the second user device , indicating that the second user device is accessing the encrypted file; displaying on the second user device , a context menu when the encrypted file is accessed, the context menu including a licensing screen; enabling a user to obtain a license to the digital media data using the licensing screen of the context menu; and enabling access to the digital media data based on a term of the license by decrypting the encrypted file using the key. receiving digital media data at a server from a first user device ; encrypting the digital media data using an encrypted file format to generate an encrypted file including the digital media data based on a key, wherein the encrypted file includes a tracker, the tracker including executable code, wherein the executable code is executed upon access of the encrypted file, and wherein the encrypted file includes a thumbnail of the digital media data; accessing, on a second user device , the encrypted file; transmitting by the second user device a notification to the server based on the second user device attempting to access the encrypted file, wherein the notification includes a location of the encrypted file, the location including a device identification of a user device on which the encrypted file is located, and a web address of a web site where the encrypted file is published; receiving a notification, at the server , in response to the executable code of the tracker being executed on the second user device , indicating that the second user device is accessing the encrypted file; displaying on the second user device , a context menu when the encrypted file is accessed, the context menu including a licensing screen; enabling a user to obtain a license to the digital media data using the licensing screen of the context menu; and enabling access to the digital media data based on a term of the license by decrypting the encrypted file using the key.
A fluid circuit including a pressure fluid source configured to supply pressure fluid, multiple actuators connected to the pressure fluid source , a direction switching valve configured to switch a supply destination of the pressure fluid supplied from the pressure fluid source , and a discharge amount control mechanism configured to control output pressure of the pressure fluid source such that a pressure difference between the output pressure of the pressure fluid source and a maximum load pressure of load pressures of the multiple actuators reaches a target value, comprising: an accumulator configured to accumulate part of return fluid from the actuators , wherein the accumulator is able to discharge the pressure fluid from the accumulator to a pressure-fluid-source-side flow path of the direction switching valve , the fluid circuit further comprising adjustment means configured to adjust a control amount of the pressure fluid source based on a pressure of the accumulator , characterized in that the discharge amount control mechanism includes a load sensing valve , wherein an opening degree of the load sensing valve is adjusted based on a difference between pressure-fluid-source-side pressure and actuator-side pressure of the direction switching valve guided by a pilot pipe line , the adjustment means is a pressure reduction valve in which pressure reduction amount is adjusted and which is provided on a primary side of the load sensing valve at the pilot pipe line by which the actuator-side pressure of the direction switching valve is guided. an accumulator configured to accumulate part of return fluid from the actuators , wherein the accumulator is able to discharge the pressure fluid from the accumulator to a pressure-fluid-source-side flow path of the direction switching valve , the fluid circuit further comprising adjustment means configured to adjust a control amount of the pressure fluid source based on a pressure of the accumulator , characterized in that the discharge amount control mechanism includes a load sensing valve , wherein an opening degree of the load sensing valve is adjusted based on a difference between pressure-fluid-source-side pressure and actuator-side pressure of the direction switching valve guided by a pilot pipe line , the adjustment means is a pressure reduction valve in which pressure reduction amount is adjusted and which is provided on a primary side of the load sensing valve at the pilot pipe line by which the actuator-side pressure of the direction switching valve is guided.