mhurhangee/ep-ind-claims huggingface dataset:
A remote control unit for remotely operating an air conditioning apparatus, comprising: a display unit for displaying a menu and a cursor for indicating an arbitrary item inside the menu; cursor-moving means for moving the cursor; confirmation means for deciding that an item indicated by the cursor is to be executed; and a controller for controlling object including the display unit to be controlled in response to the cursor-moving means or the confirmation means; characterised in that the controller stores a plurality of standard screen display modes (110, 120) displayed on the display unit when the display unit being in standby, and, upon receiving a first predetermined input, causes an item for selecting the standard screen display modes (110, 120) to be displayed on the menu. a display unit for displaying a menu and a cursor for indicating an arbitrary item inside the menu; cursor-moving means for moving the cursor; confirmation means for deciding that an item indicated by the cursor is to be executed; and a controller for controlling object including the display unit to be controlled in response to the cursor-moving means or the confirmation means; characterised in that the controller stores a plurality of standard screen display modes (110, 120) displayed on the display unit when the display unit being in standby, and, upon receiving a first predetermined input, causes an item for selecting the standard screen display modes (110, 120) to be displayed on the menu.
Sample head for nuclear magnetic resonance spectroscopy having a circuit board made of a dielectric material which bears a microstrip line structure, wherein the microstrip line structure has a microstrip line with a cross-sectional reduction for the generation and detection of a radiofrequency field, characterised in that the cross-section reduction of the microstrip line structure is in the form of a triangular neck such that the breadth of the neck decreases over its length, wherein the triangular neck results in a linear variation of the flow density and thus of the corresponding radio frequency field generated by the sample head, in order to generate field gradient pulses for a spatially resolved nuclear resonance spectroscopy for mass constrained and volume constrained samples.
A stable biphasic pharmaceutical composition comprising: (a) insulin glargine in a suspension form, (b) insulin aspart, (c) arginine and isoleucine in a weight ratio of 1:2, and optionally, (d) one or more pharmaceutically acceptable excipients, wherein the pharmaceutical composition has a pH between 6.0 to 8.0.
A rotary union configured to provide pressurized fluid to a tire (110, 206, 208, 210) externally of a wheel end of a vehicle to which the tire is mounted, the rotary union comprising: a housing (402, 702) configured to mount to the vehicle externally of the wheel end, the housing comprising an air connection (302, 502); a shaft (400, 700) rotatably disposed within the housing; a tubular member having a second end sealingly disposed within the shaft and a first end sealingly coupled to the air connection of the housing; a first annular seal disposed between the shaft and the second end of the tubular member; and a second annular seal disposed between the air connection and the first end of the tubular member. a housing (402, 702) configured to mount to the vehicle externally of the wheel end, the housing comprising an air connection (302, 502); a shaft (400, 700) rotatably disposed within the housing; a tubular member having a second end sealingly disposed within the shaft and a first end sealingly coupled to the air connection of the housing; a first annular seal disposed between the shaft and the second end of the tubular member; and a second annular seal disposed between the air connection and the first end of the tubular member.
A method of detecting pre-conditions of scaling occurring on internal surfaces of conduits of water processing equipment, the method comprising: transmitting one or more ultrasonic signals through the wall of the conduits; deriving, in real-time, data samples indicative of spectral parameters, from received ultrasonic signals or reflections thereof; calculating a moving average of a scatter of the ultrasonic signals, over a specified period of time, based on the data samples derived from time t=0 to time t; applying a statistical operand to the moving average, to yield a statistical distribution metric; determining a dynamic window defined by: (i) an upper boundary being the moving average plus at least a fraction of the statistical distribution metric and (ii) a lower boundary being the moving average minus the at least a fraction of the statistical distribution metric; generating a trend line being a fitting of the derived samples and monitoring the trend line within the dynamic window to detect a crossover of the trend line at the upper boundary or the lower boundary, wherein said method further comprises dynamically updating the values of the upper boundary and the lower boundary and the trend line in real-time by adding newly derived data samples to said data samples and thus recalculating said moving average. transmitting one or more ultrasonic signals through the wall of the conduits; deriving, in real-time, data samples indicative of spectral parameters, from received ultrasonic signals or reflections thereof; calculating a moving average of a scatter of the ultrasonic signals, over a specified period of time, based on the data samples derived from time t=0 to time t; applying a statistical operand to the moving average, to yield a statistical distribution metric; determining a dynamic window defined by: (i) an upper boundary being the moving average plus at least a fraction of the statistical distribution metric and (ii) a lower boundary being the moving average minus the at least a fraction of the statistical distribution metric; generating a trend line being a fitting of the derived samples and monitoring the trend line within the dynamic window to detect a crossover of the trend line at the upper boundary or the lower boundary, wherein said method further comprises dynamically updating the values of the upper boundary and the lower boundary and the trend line in real-time by adding newly derived data samples to said data samples and thus recalculating said moving average.
A method of estimating, by a handheld device, a future input value in a real-time system, characterized in that the method comprises the following steps: - computing an input value from an information captured by at least a first sensor embedded in said device, the computed input value indicating a position of the face of the user relatively to the handheld device; - storing the computed input value in an history of computed input values on said device; - estimating the future input value from the history of computed input values based on a linear model; wherein the method further comprises: - estimating a perturbing factor component, perturbing the linearity of the computed input values, from an information captured by at least a second sensor embedded in said device, the second sensor giving an information on the movement of the handheld device; - determining a modified history of input values by cancelling said estimated perturbing factor component from each input value stored in said history of computed input values; and wherein: - the future input value is estimated from the modified history of input values. - computing an input value from an information captured by at least a first sensor embedded in said device, the computed input value indicating a position of the face of the user relatively to the handheld device; - storing the computed input value in an history of computed input values on said device; - estimating the future input value from the history of computed input values based on a linear model; wherein the method further comprises: - estimating a perturbing factor component, perturbing the linearity of the computed input values, from an information captured by at least a second sensor embedded in said device, the second sensor giving an information on the movement of the handheld device; - determining a modified history of input values by cancelling said estimated perturbing factor component from each input value stored in said history of computed input values; and wherein: - the future input value is estimated from the modified history of input values. - estimating a perturbing factor component, perturbing the linearity of the computed input values, from an information captured by at least a second sensor embedded in said device, the second sensor giving an information on the movement of the handheld device; - determining a modified history of input values by cancelling said estimated perturbing factor component from each input value stored in said history of computed input values; and wherein: - the future input value is estimated from the modified history of input values. - the future input value is estimated from the modified history of input values.
A method of performing geometrical measurements of remote objects, the method comprising: performing a laser sweep of a measurement object with a handheld sensor device, the handheld sensor device including a distance measurement unit and an inertial measurement unit, the distance measurement unit being configured to measure a distance to a point on the object in a measurement direction, the measurement direction being defined by an orientation of the handheld sensor device; activating the distance measurement unit to perform a plurality of distance measurements during the laser sweep; activating the inertial measurement unit to perform an inertial measurement in association with each of the distance measurements, wherein the inertial measurements include position and orientation data pertaining to the handheld measuring device; using a processor to process the distance measurements, wherein the inertial measurements include position and orientation data pertaining to the handheld measuring device, with reference to the associated inertial measurements to determine a geometric characteristic of the measurement object; using the processor to generate a 3D point collection for the measurement object from the distance measurements and the associated inertial measurements; characterized by using the processor to reduce the 3D point collection to a collection of 2D points; using the processor for the detection and segmentation of lines in the 2D point collection; using the processor to compute intersection points between 2D lines; and using the processor to estimate based on the Euclidian distance between the intersection points the dimension of a wall or based on the angle between two intersecting 2D lines to estimate an angle between two walls. performing a laser sweep of a measurement object with a handheld sensor device, the handheld sensor device including a distance measurement unit and an inertial measurement unit, the distance measurement unit being configured to measure a distance to a point on the object in a measurement direction, the measurement direction being defined by an orientation of the handheld sensor device; activating the distance measurement unit to perform a plurality of distance measurements during the laser sweep; activating the inertial measurement unit to perform an inertial measurement in association with each of the distance measurements, wherein the inertial measurements include position and orientation data pertaining to the handheld measuring device; using a processor to process the distance measurements, wherein the inertial measurements include position and orientation data pertaining to the handheld measuring device, with reference to the associated inertial measurements to determine a geometric characteristic of the measurement object;
An imaging unit comprising: an attachment member that is attached to a mobile terminal which includes an imaging section and a lighting section; and a case of close-up imaging, wherein the case includes a lens section that is disposed at a position corresponding to the imaging section of the mobile terminal and closes up a target; and an optical member that guides illumination light from the lighting section of the mobile terminal toward a side of the target rather than an end of the lens section on the side of the target, wherein the illumination light is emitted from the optical member in an oblique direction to the optical axis of the lens section; characterized in that the case further includes a shading member that blocks light from outside and has a box-shaped structure and that involves the lens section and the optical member, and a first adjustment mechanism that is capable of adjusting a location of the optical member in the case and thereby a position on which the optical member causes light from the lighting section to be incident. an attachment member that is attached to a mobile terminal which includes an imaging section and a lighting section; and a case of close-up imaging, wherein the case includes a lens section that is disposed at a position corresponding to the imaging section of the mobile terminal and closes up a target; and an optical member that guides illumination light from the lighting section of the mobile terminal toward a side of the target rather than an end of the lens section on the side of the target, wherein the illumination light is emitted from the optical member in an oblique direction to the optical axis of the lens section; characterized in that the case further includes a shading member that blocks light from outside and has a box-shaped structure and that involves the lens section and the optical member, and a first adjustment mechanism that is capable of adjusting a location of the optical member in the case and thereby a position on which the optical member causes light from the lighting section to be incident. a lens section that is disposed at a position corresponding to the imaging section of the mobile terminal and closes up a target; and an optical member that guides illumination light from the lighting section of the mobile terminal toward a side of the target rather than an end of the lens section on the side of the target, wherein the illumination light is emitted from the optical member in an oblique direction to the optical axis of the lens section; characterized in that the case further includes a shading member that blocks light from outside and has a box-shaped structure and that involves the lens section and the optical member, and a first adjustment mechanism that is capable of adjusting a location of the optical member in the case and thereby a position on which the optical member causes light from the lighting section to be incident.
A plant for the synthesis of urea, comprising at least a reactor and a stripping section in a high-pressure loop, the stripping section comprising at least one shell-and-tube stripper (S N) for carbamate decomposition and ammonia recovery from a urea solution, the stripper comprising a top chamber in communication with an inlet for said urea solution; a bundle of heated tubes, said tubes having top ends in communication with the top chamber, and bottom ends in communication with a feed of a gaseous stripping medium, where in operation a liquid falling film of said urea solution and a counter-current gaseous flow of the stripping medium are established inside the tubes, characterized in that said feed of the stripping medium is in communication with bottom end sections of the tubes by means of a plurality of gas risers disposed to distribute the stripping medium in respective tubes, each gas riser being realized with a tube smaller than said tubes of the tube bundle, having a first end in communication with the feed of the stripping medium, and a second end into a respective tube of the tube bundle; and wherein ferrules are fitted at the top ends of said tubes.
A 3D-printed polylactide body as an implant scaffold or prosthesis wherein the polylactide body is composed of biodegradable polylactide and forms cage-like microstructures, pores and channels having a size of 100 to 1000 micrometres size to allow passage and ingrowth of osteoblasts and osteoclasts, obtained by the steps of:- providing a gel-like or liquid solution containing biodegradable polylactide, providing a physiologically effective amount of active human BSP, and combining said gel-like or liquid polylactide material with said physiologically effective amount of active BSP and/or treating and/or impregnating said implant scaffold or prosthesis with said mixture prior to surgical placement to obtain a 3D-printed implant scaffold or prosthesis that effectively releases BSP and promotes tissue-directed repair and healing of damaged or diseased tissues and lesions. providing a gel-like or liquid solution containing biodegradable polylactide, providing a physiologically effective amount of active human BSP, and combining said gel-like or liquid polylactide material with said physiologically effective amount of active BSP and/or treating and/or impregnating said implant scaffold or prosthesis with said mixture prior to surgical placement to obtain a 3D-printed implant scaffold or prosthesis that effectively releases BSP and promotes tissue-directed repair and healing of damaged or diseased tissues and lesions.
A plating-knitted tubular fabric knitted in a tubular shape by shuttling a front yarn and a back yarn to be fed for plating-knitting, in the horizontal direction of front and rear needle beds opposed to each other, characterized in that: the fabric knitted by at least one of the front and rear needle beds has a twisted loop on one end of each knitting course with knitting yarns from the needle loop crossed and then connected to sinker loops on both sides; and the plating-knitted tubular fabric has a crossed portion of the front yarn and the back yarn between the twisted loop and a stitch, which is connected to the twisted loop and located on the one end on the fabric side which was knitted on the needle bed opposed to the one needle bed. the fabric knitted by at least one of the front and rear needle beds has a twisted loop on one end of each knitting course with knitting yarns from the needle loop crossed and then connected to sinker loops on both sides; and the plating-knitted tubular fabric has a crossed portion of the front yarn and the back yarn between the twisted loop and a stitch, which is connected to the twisted loop and located on the one end on the fabric side which was knitted on the needle bed opposed to the one needle bed.
A guide body for a seal section within a downhole pumping system, wherein the seal section includes an upper fluid compensation section, a lower fluid compensation section and a shaft extending through the upper and lower fluid compensation sections (118a,118b) and guide body, wherein the guide body comprises an externally manipulatable configuration selection mechanism to selectively place the upper fluid compensation section in either a series or parallel configuration with the lower fluid compensation section, wherein the configuration selection mechanism comprises: a plurality of passages (114,146) extending from the upper fluid compensation section to the lower fluid compensation section; characterized by one or more plugs, wherein each of the one or more plugs is installed within a corresponding one of the plurality of passages (114,146), further characterized in that said plurality of passages comprising a first set of selector passages; a second set of selector passages; and in that said one or more plugs are externally accessible plugs, wherein the one or more plugs control the flow of fluid through the first and second selector passages. a plurality of passages (114,146) extending from the upper fluid compensation section to the lower fluid compensation section; characterized by one or more plugs, wherein each of the one or more plugs is installed within a corresponding one of the plurality of passages (114,146), further characterized in that said plurality of passages comprising a first set of selector passages; a second set of selector passages; and in that said one or more plugs are externally accessible plugs, wherein the one or more plugs control the flow of fluid through the first and second selector passages.
A safety device for pipelines, comprising: - a rupture disc shaped so as to be arranged along a pipeline, transversely thereto, and having a rupture portion dimensioned so as to occlude said pipeline and wherein a number of frangible lines are defined and in turn define a plurality of petals (3"), wherein said frangible lines are dimensioned so as to split open, in a discharge state of said device, and said petals (3") are suitable for opening, along said frangible lines, so as to define a discharge section for passage of said fluid coming from said pipeline, - a support having a central opening delimited by a number of sides (6") at least equal to the number of petals (3") and at least partly facing said rupture disc; said support being suitable for installation in proximity to said rupture disc, so that each one of said petals (3") is apt for abutting, in said discharge state of said device, against a respective side (6") of said central opening characterized in that said central opening defines an axis suitable for being arranged along said pipeline and wherein, in a closed state of said device, the projection of an outline of said central opening on a projection plane perpendicular to said axis is at least partly situated within the area defined by the projection of an outline of said rupture portion on the same projection plane. - a rupture disc shaped so as to be arranged along a pipeline, transversely thereto, and having a rupture portion dimensioned so as to occlude said pipeline and wherein a number of frangible lines are defined and in turn define a plurality of petals (3"), wherein said frangible lines are dimensioned so as to split open, in a discharge state of said device, and said petals (3") are suitable for opening, along said frangible lines, so as to define a discharge section for passage of said fluid coming from said pipeline, - a support having a central opening delimited by a number of sides (6") at least equal to the number of petals (3") and at least partly facing said rupture disc; said support being suitable for installation in proximity to said rupture disc, so that each one of said petals (3") is apt for abutting, in said discharge state of said device, against a respective side (6") of said central opening characterized in that said central opening defines an axis suitable for being arranged along said pipeline and wherein, in a closed state of said device, the projection of an outline of said central opening on a projection plane perpendicular to said axis is at least partly situated within the area defined by the projection of an outline of said rupture portion on the same projection plane.
A method of an end router for routing broadcasting traffic of an IPTV service from a head-end to a moving mobile node, the method comprising: receiving broadcasting data of an IPTV channel from the head-end; including the broadcasting data in a payload of broadcasting traffic; setting a multicast address of the IPTV channel in a first header of the broadcasting traffic; setting a CoA of the moving mobile node corresponding to the multicast address in a second header of the broadcasting traffic; and sending the broadcasting traffic to the moving mobile node characterized in that the broadcasting traffic is sent to the moving mobile node through a tunnel (AT; ST) between the end router and the moving mobile node. receiving broadcasting data of an IPTV channel from the head-end; including the broadcasting data in a payload of broadcasting traffic; setting a multicast address of the IPTV channel in a first header of the broadcasting traffic; setting a CoA of the moving mobile node corresponding to the multicast address in a second header of the broadcasting traffic; and sending the broadcasting traffic to the moving mobile node characterized in that the broadcasting traffic is sent to the moving mobile node through a tunnel (AT; ST) between the end router and the moving mobile node.