mhurhangee/ep-ind-claims huggingface dataset:
A system of statistically analyzing search terms for detection by a speech recognition engine, comprising: an interface adapted to receive a text-based search term (20, 24, 28); a textual-linguistic analysis module adapted to detect one or more textual features within the search term and to generate a first score associated with the search term, wherein the first score is an unbounded score representing a sum of all textual features contained within the search term; a phonetic conversion module adapted to convert the text-based search term into a phoneme string; a phonemic-linguistic analysis module adapted to detect one or more phonemic features within the phoneme string and to generate a second score associated with the search term, wherein the second score is an unbounded score representing the sum of all phonemic features contained within the phoneme string; and a score normalization module adapted to normalize the first and second scores and to output a search term score to a user or process, wherein the search term score corresponds to a probability that the search term will be accurately identified by a speech recognition engine. an interface adapted to receive a text-based search term (20, 24, 28); a textual-linguistic analysis module adapted to detect one or more textual features within the search term and to generate a first score associated with the search term, wherein the first score is an unbounded score representing a sum of all textual features contained within the search term; a phonetic conversion module adapted to convert the text-based search term into a phoneme string; a phonemic-linguistic analysis module adapted to detect one or more phonemic features within the phoneme string and to generate a second score associated with the search term, wherein the second score is an unbounded score representing the sum of all phonemic features contained within the phoneme string; and a score normalization module adapted to normalize the first and second scores and to output a search term score to a user or process, wherein the search term score corresponds to a probability that the search term will be accurately identified by a speech recognition engine.
Method for flow coating a polymeric material, wherein at least a. a component is inserted at an angle of 25° to 90° relative to the floor into a holder, b. the component is coated from an upper edge (1 a) with a varnish and the varnish is, in the meantime, impinged on within a region of 30 % of the surface of the component adjacent the upper edge (1 a) by a stream of air. a. a component is inserted at an angle of 25° to 90° relative to the floor into a holder, b. the component is coated from an upper edge (1 a) with a varnish and the varnish is, in the meantime, impinged on within a region of 30 % of the surface of the component adjacent the upper edge (1 a) by a stream of air.
A disc brake apparatus comprising: a support; a slide pin; a caliper, configured to slide from the support through the slide pin in an axial direction of a rotor; wherein, the slide pin is fixed to one of the support and the caliper and is slidably mounted to a guide hole formed in the other of the support and the caliper, a boot including a fitting part disposed in a gap between the slide pin and the guide hole, a plurality of convex parts extending in a sliding direction of the slide pin are circumferentially arranged on an inner periphery of the fitting part, concave recesses are respectively formed between the neighboring convex parts, characterized in that each of the convex parts is formed with at least one a low-height portion and a high-height portion in the axial direction of the rotor, respectively, positions of the low-height portion and the high-height portion in a circumferential direction of the rotor are respectively different between the adjacent convex parts, the high-height portion has a height so as to contact the slide pin, and the low-height portion has a height so as not to contact the slide pin. a support; a slide pin; a caliper, configured to slide from the support through the slide pin in an axial direction of a rotor; wherein, the slide pin is fixed to one of the support and the caliper and is slidably mounted to a guide hole formed in the other of the support and the caliper, a boot including a fitting part disposed in a gap between the slide pin and the guide hole, a plurality of convex parts extending in a sliding direction of the slide pin are circumferentially arranged on an inner periphery of the fitting part, concave recesses are respectively formed between the neighboring convex parts, characterized in that each of the convex parts is formed with at least one a low-height portion and a high-height portion in the axial direction of the rotor, respectively, positions of the low-height portion and the high-height portion in a circumferential direction of the rotor are respectively different between the adjacent convex parts, the high-height portion has a height so as to contact the slide pin, and the low-height portion has a height so as not to contact the slide pin.
An apparatus comprising: a radio processor, to connect to at least one radio providing at least two wireless connection types; a host processor, to operate an application that uses the radio; and a battery to supply power to the radio processor and the host processor; characterized in that the at least two wireless connection types consume power at different rates, a power management component, operative on the host processor, to select a wireless connection type for the application from the at least two wireless connection types according to a Quality of Service, QoS, requirement of the application, the rates at which the at least two wireless connection types consume power, and a power level of the battery, the power management component is operative to monitor the power level of the battery by sending a request to the battery, and the power management component is operative to assign the application to a wireless connection type having different QoS parameters when the power level falls below a threshold. a radio processor, to connect to at least one radio providing at least two wireless connection types; a host processor, to operate an application that uses the radio; and a battery to supply power to the radio processor and the host processor; characterized in that the at least two wireless connection types consume power at different rates, a power management component, operative on the host processor, to select a wireless connection type for the application from the at least two wireless connection types according to a Quality of Service, QoS, requirement of the application, the rates at which the at least two wireless connection types consume power, and a power level of the battery, the power management component is operative to monitor the power level of the battery by sending a request to the battery, and the power management component is operative to assign the application to a wireless connection type having different QoS parameters when the power level falls below a threshold.
A depth sensor module comprising a light emitting part for illuminating an object(l) and a light detector part, the light emitting part and the light detector part being spatially offset in the direction of a triangulation baseline, wherein the light emitting part comprises at least two light sources (32a, 32b) spatially offset in the direction of the triangulation baseline and arranged on a single die, wherein the light detector part is configured to acquire light and to provide along the direction of the triangulation baseline an intensity distribution of the acquired light, wherein the depth sensor module further including: control and evaluation circuitry operable to enable a triangulation evaluation by determining a zero-crossing point which is a difference between two intensity distributions of acquired light originating from the at least two light sources (32a, 32b) of the light emitting part and operable to perform the triangulation evaluation based on the determined zero-crossing point; and a full array of optical feedback pixels to increase signal-to-noise ratio of a measured feedback; wherein the optical feedback pixels are used as feedback pixel to adjust emitted light intensities. control and evaluation circuitry operable to enable a triangulation evaluation by determining a zero-crossing point which is a difference between two intensity distributions of acquired light originating from the at least two light sources (32a, 32b) of the light emitting part and operable to perform the triangulation evaluation based on the determined zero-crossing point; and a full array of optical feedback pixels to increase signal-to-noise ratio of a measured feedback; wherein the optical feedback pixels are used as feedback pixel to adjust emitted light intensities.
A printer comprising an opening through which one or more sheets to be treated could be introduced therein and further comprising a paper board (2A, 2B) for supporting said one or more sheets to be treated, wherein said paper board comprises two half paper boards (2A, 2B), wherein each half paper board comprises a root (20A, 20B) and a free end (21A, 21B), wherein each free end (21A, 21B) is rotatable about a respective horizontal axis (YA, YB) with respect to said root (20A, 20B) when it is subject to a vertical load, wherein said root (20A, 20B) and said free end (21A, 21B) are connected through a resilient means maintaining a top surface of the free end (21A, 21B) substantially at the same level of a top surface of the root (20A, 20B) when loaded with a load corresponding to a predetermined number of sheets, and wherein each half paper board (2A, 2B) is rotatable about a respective vertical axis (XA, XB) from a fully retracted configuration to a fully extended configuration. wherein said paper board comprises two half paper boards (2A, 2B), wherein each half paper board comprises a root (20A, 20B) and a free end (21A, 21B), wherein each free end (21A, 21B) is rotatable about a respective horizontal axis (YA, YB) with respect to said root (20A, 20B) when it is subject to a vertical load, wherein said root (20A, 20B) and said free end (21A, 21B) are connected through a resilient means maintaining a top surface of the free end (21A, 21B) substantially at the same level of a top surface of the root (20A, 20B) when loaded with a load corresponding to a predetermined number of sheets, and wherein each half paper board (2A, 2B) is rotatable about a respective vertical axis (XA, XB) from a fully retracted configuration to a fully extended configuration.
A method of generating an output video loop, comprising: receiving an input video, the input video comprises values at pixels over a time range; determining respective input time intervals within the time range of the input video for the pixels in the input video, an input time interval for a particular pixel comprises a per-pixel loop period of a single, contiguous loop at the particular pixel within the time range from the input video; temporally scaling the respective input time intervals for the pixels based on per-pixel loop periods and an output video loop period; and creating the output video loop having the output video loop period based on the values at the pixels over the respective input time intervals as scaled for the pixels in the input video. receiving an input video, the input video comprises values at pixels over a time range; determining respective input time intervals within the time range of the input video for the pixels in the input video, an input time interval for a particular pixel comprises a per-pixel loop period of a single, contiguous loop at the particular pixel within the time range from the input video; temporally scaling the respective input time intervals for the pixels based on per-pixel loop periods and an output video loop period; and creating the output video loop having the output video loop period based on the values at the pixels over the respective input time intervals as scaled for the pixels in the input video.
An offshore wind turbine comprising a buoyancy structure intended to provide a buoyancy force to support the wind turbine, wherein said buoyancy structure comprises at least one floater tank which contains a pressurized gas to at least partly balance a hydrostatic pressure exerted by the water on the walls of the tank, wherein the floater tank comprises two separate compartments (31,32,33), arranged one above the other and separate from each other by a substantially horizontal partition, wherein the buoyancy structure is submerged in a position above the sea bed and below the mean sea level so that a hydrostatic pressure is exerted by the sea water on the side wall of each of said compartments, wherein the pressure of the pressurized gas of the upper compartment is lower than the pressure of the pressurized gas of the lower compartment, wherein the gas pressure is set at different values in the different compartments, such that in each of the compartments the pressure is adapted to the hydrostatic pressure on the wall of that particular compartment, wherein the pressure of the pressurized gas in each compartment is higher than or equal to the maximum hydrostatic pressure exerted by the sea water on the side wall of the compartment, wherein the floater tank is closed such that the pressurized gas in the floater tank is isolated from the sea water.
A composition comprising fibroblast growth factor-8 (FGF-8) and/or fibroblast growth factor-8 and fibroblast growth factor-9 (FGF-9) for use in a method of regenerative medicine for enhancing cardiac tissue/cell regeneration or attenuating adverse cardiac tissue or cell remodeling in a subject.
Tile for covering combustion chambers, in particular for gas turbine energy production power plant, comprising a main body, which extends along a longitudinal axis and is provided with: - a main face, which faces, in use, the inner of the combustion chamber; - two lateral opposing faces, each of which is provided with a groove extending substantially along the longitudinal axis and adapted to be engaged by at least a respective retaining element configured to couple the tile to an inner face of the combustion chamber so as to block movements of the tile along a direction orthogonal to the longitudinal axis; - a rear face, adapted, in use, to be coupled to the inner face of the combustion chamber; the tile being characterized in that the rear face is provided with a coupling element, which protrudes from the rear face and is configured to engage a respective seat of the inner face of the combustion chamber so as to block movements of the tile along the longitudinal axis. - a main face, which faces, in use, the inner of the combustion chamber; - two lateral opposing faces, each of which is provided with a groove extending substantially along the longitudinal axis and adapted to be engaged by at least a respective retaining element configured to couple the tile to an inner face of the combustion chamber so as to block movements of the tile along a direction orthogonal to the longitudinal axis; - a rear face, adapted, in use, to be coupled to the inner face of the combustion chamber; the tile being characterized in that the rear face is provided with a coupling element, which protrudes from the rear face and is configured to engage a respective seat of the inner face of the combustion chamber so as to block movements of the tile along the longitudinal axis.
A laundry appliance comprising: a cabinet; a rotating drum positioned within the cabinet; a blower that directs process air through an airflow path, the airflow path including the drum; a motor coupled to the cabinet via a retaining bracket, the motor including a drive shaft operably coupled to one of the drum and the blower; and a damping ring positioned about the drive shaft and between the motor and the retaining bracket, wherein damping apertures are defined within a body of the damping ring, the damping apertures defining respective voids that absorb operational vibrations generated by the motor in an activated state. a cabinet; a rotating drum positioned within the cabinet; a blower that directs process air through an airflow path, the airflow path including the drum; a motor coupled to the cabinet via a retaining bracket, the motor including a drive shaft operably coupled to one of the drum and the blower; and a damping ring positioned about the drive shaft and between the motor and the retaining bracket, wherein damping apertures are defined within a body of the damping ring, the damping apertures defining respective voids that absorb operational vibrations generated by the motor in an activated state.
Refrigeration device with a compressor and an evaporation dish assembly installed on the compressor, said evaporation dish assembly having an evaporation dish and a fan support fastened to the evaporation dish, wherein the fan support is embodied as a housing accommodating a fan or as part of a housing accommodating the fan, characterised in that a ceiling panel of the housing extends over the evaporation dish and that a part of a water level of the evaporation dish which is not covered by the fan housing is larger than the covered part.
Disposable container, intended to contain at least one liquid component to be sprayed and having a bottom, at least one peripheral side wall extending from the bottom to an open end spaced apart from and facing said bottom, which is provided with a closable vent device comprising an aperture forming an air passage, provided in the bottom, the closable vent device further comprising a rotary valve mounted on an outer surface of said bottom in the extension of the aperture, in order to close and open the air passage, the rotary valve having a rotation axle extending in a plane parallel to the outer surface, the rotary valve comprising an actuating lever rotationally movable between two positions in abutment constituting end positions, and corresponding respectively to opening and closing of the aperture, the rotary valve comprising a central cylindrical portion in contact with the outer surface of the bottom and terminating longitudinally at each side by a coaxial end of a smaller diameter in order to constitute the rotation axle engaged within a jaw, characterized in that the rotation axle is tightly fitted into the jaws that are connected to, and projecting from, said outer surface of the bottom, and in that the central cylindrical portion has a groove open towards the exterior and located on at least a quarter turn of the central cylindrical portion, in order to make it possible, depending upon the rotational position of the rotary valve, to open the air passage by placing the aperture of the bottom in communication with open air or to close said aperture.
An aircraft wheel rim (1; 101; 201) made out of two portions of aluminum alloy, comprising a main portion and a removable portion, the main portion comprising a hub, a disk extending between the hub and an annular outer portion for receiving a tire and shaped to present a flange at one of its sides, its other side being shaped to receive the removable portion forming a removable flange that is fitted onto the annular outer portion after a tire has been put into place, the rim including blocking means (10; 110; 210) for blocking movement in rotation of the removable flange relative to the rim, the rim being characterized in that the blocking means comprise at least one key (10; 110; 210) having a head (11; 111; 211) engaged in a matching receptacle in the removable flange and a root (12; 112; 212) fastened by means of at least one steel peg (14; 114; 214) that is shrink fitted in the rim that extends parallel to an axis of rotation of the wheel in order to project from the rim and receive the root of the key.
An ultrasonic imaging apparatus comprising: an ultrasonic probe configured to acquire a plurality of shear wave data segments from a target object; and a controller configured to determine a first shear wave data group, a second shear wave data group and a third shear wave data group by grouping the plurality of shear wave data segments according to a predetermined condition; characterized in that the apparatus further comprises a display configured to: display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed. an ultrasonic probe configured to acquire a plurality of shear wave data segments from a target object; and a controller configured to determine a first shear wave data group, a second shear wave data group and a third shear wave data group by grouping the plurality of shear wave data segments according to a predetermined condition; characterized in that the apparatus further comprises a display configured to: display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed. display a first image corresponding to the first shear wave data group, a second image corresponding to the second shear wave data group and a third image corresponding to the third shear wave data group, and display the plurality of shear wave data segments at positions different from a specific position at which the first image, the second image and the third image are displayed.
A down-hole chemical heater for use in the deployment of eutectic/bismuth based alloy plugs and seals, the heater comprising a tubular heater body with an internal cavity defined by internal walls; wherein a chemical heat source material is housed within the internal cavity of the tubular heater body; and characterised in that the internal walls are coated with a refractory ceramic material with a similar coefficient of thermal expansion to the material used to form the tubular body of the heater. wherein a chemical heat source material is housed within the internal cavity of the tubular heater body; and characterised in that the internal walls are coated with a refractory ceramic material with a similar coefficient of thermal expansion to the material used to form the tubular body of the heater.