mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: modulating a property of laser light with a reference signal to generate a transmit signal; diverging the transmit signal to illuminate a scene corresponding to a field of illumination with the transmit signal, wherein the scene and the field of illumination include an object; receiving, at a sensor, a reflected signal formed by the transmit signal reflecting off the object; comparing a phase of the received signal to a phase of the reference signal; calculating a distance to the object based on the comparing; and capturing, in a camera, the reflected signal to form an image for viewing by an operator of a field of view, wherein the field of view is illuminated by the transmit signal, corresponds to the scene, and includes the object, and characterised in that modulating the property of the laser light includes reducing the amplitude of modulation and increasing the frequency of modulation of the laser light to reduce speckling of the image captured by the camera. modulating a property of laser light with a reference signal to generate a transmit signal; diverging the transmit signal to illuminate a scene corresponding to a field of illumination with the transmit signal, wherein the scene and the field of illumination include an object; receiving, at a sensor, a reflected signal formed by the transmit signal reflecting off the object; comparing a phase of the received signal to a phase of the reference signal; calculating a distance to the object based on the comparing; and capturing, in a camera, the reflected signal to form an image for viewing by an operator of a field of view, wherein the field of view is illuminated by the transmit signal, corresponds to the scene, and includes the object, and characterised in that modulating the property of the laser light includes reducing the amplitude of modulation and increasing the frequency of modulation of the laser light to reduce speckling of the image captured by the camera.
A method for collecting application performance data, comprising: instrumenting pre-determined functions of a server-side application on a server to obtain instrumented function operation data, wherein the server-side application comprises a thread; maintaining an instrumented function call stack for each thread; identifying threads of the application which are executing server requests based on emptiness of thread stacks of the instrumented selected functions; sampling the threads executing server requests to obtain sampled function operation data; and combining the instrumented function operation data and the sampled function operation data to form a unified application performance report; characterised in that the instrumented function operation data comprises timestamps of application threads, and wherein sampling the application threads further comprises sampling application threads having a timestamp older than a predetermined period of time; and wherein sampling application threads having a timestamp older than a predetermined period of time further comprises only sampling threads with a timestamp older than a predetermined period of time and which are known to have exceeded typical latency. instrumenting pre-determined functions of a server-side application on a server to obtain instrumented function operation data, wherein the server-side application comprises a thread; maintaining an instrumented function call stack for each thread; identifying threads of the application which are executing server requests based on emptiness of thread stacks of the instrumented selected functions; sampling the threads executing server requests to obtain sampled function operation data; and combining the instrumented function operation data and the sampled function operation data to form a unified application performance report; characterised in that the instrumented function operation data comprises timestamps of application threads, and wherein sampling the application threads further comprises sampling application threads having a timestamp older than a predetermined period of time; and wherein sampling application threads having a timestamp older than a predetermined period of time further comprises only sampling threads with a timestamp older than a predetermined period of time and which are known to have exceeded typical latency.
A liquefied gas tank comprising: a tank body that stores liquefied gas; a protruding part protruding upward from the tank body, the protruding part being a hollow part whose interior communicates with an interior of the tank body; a first thermal insulation layer that encompasses the tank body; a cylindrical second thermal insulation layer that encompasses the protruding part except a distal end portion of the protruding part; and a plurality of discs (6A, 6B, 6C) disposed in a region in the interior of the protruding part, the region overlapping the second thermal insulation layer, the discs (6A, 6B, 6C) partitioning off the interior of the protruding part into a plurality of cells that are arranged in a protruding direction of the protruding part, characterised in that, the distal end portion of the protruding part is provided with a manhole, and each of the plurality of discs (6A, 6B, 6C) is provided with a manhole and mounted with a manhole cover by which the manhole is opened and closed. a tank body that stores liquefied gas; a protruding part protruding upward from the tank body, the protruding part being a hollow part whose interior communicates with an interior of the tank body; a first thermal insulation layer that encompasses the tank body; a cylindrical second thermal insulation layer that encompasses the protruding part except a distal end portion of the protruding part; and a plurality of discs (6A, 6B, 6C) disposed in a region in the interior of the protruding part, the region overlapping the second thermal insulation layer, the discs (6A, 6B, 6C) partitioning off the interior of the protruding part into a plurality of cells that are arranged in a protruding direction of the protruding part, characterised in that, the distal end portion of the protruding part is provided with a manhole, and each of the plurality of discs (6A, 6B, 6C) is provided with a manhole and mounted with a manhole cover by which the manhole is opened and closed.
A system comprising: a processor and a memory; and a compiler configured to cause the processor to: receive source code comprising a resumable method, the resumable method comprising a syntactically distinguishable control point expression having a signature, wherein the compiler calls a program module of a plurality of program modules, the called program module determined by the signature of the control point expression, wherein the compiler creates at least one purpose specific object from the called program module, wherein each purpose specific object is an instance of a driver class, wherein an object instantiated from a particular driver class represents a particular resumable method call under execution, and wherein the compiler rewrites a control point in the control point expression in the received source code into a call to a method that is executed before the resumable method is paused, and a call to a method that is executed after the resumable method is resumed; and load a library external to the compiler, wherein the library comprises the plurality of program modules. a processor and a memory; and a compiler configured to cause the processor to: receive source code comprising a resumable method, the resumable method comprising a syntactically distinguishable control point expression having a signature, wherein the compiler calls a program module of a plurality of program modules, the called program module determined by the signature of the control point expression, wherein the compiler creates at least one purpose specific object from the called program module, wherein each purpose specific object is an instance of a driver class, wherein an object instantiated from a particular driver class represents a particular resumable method call under execution, and wherein the compiler rewrites a control point in the control point expression in the received source code into a call to a method that is executed before the resumable method is paused, and a call to a method that is executed after the resumable method is resumed; and load a library external to the compiler, wherein the library comprises the plurality of program modules. receive source code comprising a resumable method, the resumable method comprising a syntactically distinguishable control point expression having a signature, wherein the compiler calls a program module of a plurality of program modules, the called program module determined by the signature of the control point expression, wherein the compiler creates at least one purpose specific object from the called program module, wherein each purpose specific object is an instance of a driver class, wherein an object instantiated from a particular driver class represents a particular resumable method call under execution, and wherein the compiler rewrites a control point in the control point expression in the received source code into a call to a method that is executed before the resumable method is paused, and a call to a method that is executed after the resumable method is resumed; and load a library external to the compiler, wherein the library comprises the plurality of program modules.
A processor core (109 (1...N)) comprising: a decoder configured to decode instructions into decoded instructions: an execution unit configured to execute the decoded instructions: a branch predictor circuit configured to predict a future outcome of a branch instruction; and a branch predication manager circuit configured to disable use of the predicted future outcome for a conditional critical branch comprising the branch instruction; characterized in that the branch predication manager circuit is configured to throttle the disabling of the use of the predicted future outcome based at least in part on a comparison of performance for a first proper subset of a plurality of retired instances of the conditional critical branch where the branch predication manager circuit is allowed to disable use of the predicted future outcome and performance for a second proper subset of the plurality of retired instances of the conditional critical branch where the branch predication manager circuit is not allowed to disable use of the predicted future outcome. a decoder configured to decode instructions into decoded instructions: an execution unit configured to execute the decoded instructions: a branch predictor circuit configured to predict a future outcome of a branch instruction; and a branch predication manager circuit configured to disable use of the predicted future outcome for a conditional critical branch comprising the branch instruction; characterized in that the branch predication manager circuit is configured to throttle the disabling of the use of the predicted future outcome based at least in part on a comparison of performance for a first proper subset of a plurality of retired instances of the conditional critical branch where the branch predication manager circuit is allowed to disable use of the predicted future outcome and performance for a second proper subset of the plurality of retired instances of the conditional critical branch where the branch predication manager circuit is not allowed to disable use of the predicted future outcome. a branch predictor circuit configured to predict a future outcome of a branch instruction; and a branch predication manager circuit configured to disable use of the predicted future outcome for a conditional critical branch comprising the branch instruction; characterized in that the branch predication manager circuit is configured to throttle the disabling of the use of the predicted future outcome based at least in part on a comparison of performance for a first proper subset of a plurality of retired instances of the conditional critical branch where the branch predication manager circuit is allowed to disable use of the predicted future outcome and performance for a second proper subset of the plurality of retired instances of the conditional critical branch where the branch predication manager circuit is not allowed to disable use of the predicted future outcome.
A method for checking the tightening tension of at least one fastening bolt for fastening at least two aeronautical parts, comprising the steps consisting in: a) mounting a centring device (300, 500) on a head of a screw of the bolt, this centring device comprising a first orifice aligned with an axis of the screw; b) engaging one end of a sensor in the orifice of the device (300, 500) until that end contacts the head of the screw; c) checking at least one physical parameter of the bolt by means of said sensor, this parameter being representative of the tightening tension of the bolt; then d) removing the centring device (300, 500), the method comprising, between the steps a) and b), a step of applying a coupling liquid to the head of the screw, characterized in that an excess of coupling liquid is evacuated through a second orifice of the device (300, 500) in the step b), said second orifice being transverse and opening into said first orifice. a) mounting a centring device (300, 500) on a head of a screw of the bolt, this centring device comprising a first orifice aligned with an axis of the screw; b) engaging one end of a sensor in the orifice of the device (300, 500) until that end contacts the head of the screw; c) checking at least one physical parameter of the bolt by means of said sensor, this parameter being representative of the tightening tension of the bolt; then d) removing the centring device (300, 500), the method comprising, between the steps a) and b), a step of applying a coupling liquid to the head of the screw, characterized in that an excess of coupling liquid is evacuated through a second orifice of the device (300, 500) in the step b), said second orifice being transverse and opening into said first orifice.
A trim part with an airbag cover, in particular for use in a motor vehicle, comprising a carrier and a haptics layer which are weakened along a tear line delimiting the airbag cover, and a decor layer of leather which covers the carrier and the haptics layer, wherein additionally a reinforcement layer is arranged between the haptics layer and the decor layer, wherein the decor layer and the reinforcement layer both have a constant thickness, characterised in that the mentioned decor layer and the reinforcement layer only extend over a part region of the trim part, wherein the trim part comprises a surface decor which is arranged over the carrier and the haptics layer and which in this part region is formed by the mentioned decor layer with the reinforcement layer and in at least a region adjacent the part region by a ply of leather, wherein this ply has a thickness which corresponds to a thickness of a composite formed from the mentioned decor layer and the reinforcement layer.
Bottle crate having a divisible carrier handle, in particular central carrier handle, for carrying the bottle crate, the bottle crate having at least two carrier handle parts (22a, 22b), which are mounted movably in such a way that they can be arranged separated from one another in a first position, characterised in that the carrier handle parts (22a, 22b) can be transferred into a second position, directly above and along a row of bottle insertion spaces, in which position they come together to form the divisible carrier handle for carrying the bottle crate. having a divisible carrier handle, in particular central carrier handle, for carrying the bottle crate, the bottle crate having at least two carrier handle parts (22a, 22b), which are mounted movably in such a way that they can be arranged separated from one another in a first position, characterised in that the carrier handle parts (22a, 22b) can be transferred into a second position, directly above and along a row of bottle insertion spaces, in which position they come together to form the divisible carrier handle for carrying the bottle crate.
A crystal form H of ginsenoside C-K, characterized in that there are diffraction peaks at 2θ values (°) of 5.53, 6.71, 11.11, 13.36, 14.64, 15.59, 15.97, 17.25, 18.18, 19.67, 20.76, 22.40, 23.80, 24.69, 26.60, and 28.22 in the XRPD pattern, wherein the error range of 2θ value is ±0.2.
Plant for the manufacture of concrete, of the type comprising multiple silos for the loading of cement and inert materials, one or more scales for dosing the cement and the inert materials supplied by said silos through belt- and screw-conveyors (5, 6), a mixer supplied by said dosing scales and apt to manufacture the concrete, a water tank and possible tanks for additives, characterised in that said inert material silos (B g, B s) consist at least in part of a plurality of containers, stacked with no permanent, mutual-fastening means, each one of said containers having such a size as to be able to be road-transported full of inert materials by means of an ordinary means of transport, wherein each of said containers consists of a cylindrical body having a hopper-shaped inner bottom provided with a discharge opening, preferably recessed with respect to the base of said cylindrical body, and said opening being further provided with a diaphragm closing means which can be actuated from outside the container, wherein each one of said containers comprises an upper conical edge inclined towards the inside of the container and integral with said cylindrical body, said upper conical edge forming a guiding and centring element for a container stacked on top thereof and in that the plant furthermore comprises a crane for moving said containers.
A vesicular stomatitis virus comprising an RNA molecule, wherein said RNA molecule comprises, in a 3' to 5' direction, a nucleic acid sequence that is a template for a positive sense transcript encoding a VSV N polypeptide, a nucleic acid sequence that is a template for a positive sense transcript encoding a VSV P polypeptide, a nucleic acid sequence that is a template for a positive sense transcript encoding a VSV M polypeptide, a nucleic acid sequence that is a template for a positive sense transcript encoding an IFN polypeptide, a nucleic acid sequence that is a template for a positive sense transcript encoding a VSV G polypeptide, a nucleic acid sequence that is a template for a positive sense transcript encoding a NIS polypeptide, and a nucleic acid sequence that is a template for a positive sense transcript encoding a VSV L polypeptide.
An organic light-emitting diode (OLED) display, comprising: a first plastic layer; a first barrier layer formed over the first plastic layer; a first intermediate layer formed over the first barrier layer; a second plastic layer formed over the first intermediate layer; a second intermediate layer formed over the second plastic layer; a second barrier layer formed over the second intermediate layer; an OLED layer formed over the second barrier layer; and a thin-film encapsulation layer encapsulating the OLED layer, characterized in that the first barrier layer comprises a first silicon nitride layer, the second barrier layer comprises a second silicon nitride layer, and the silicon nitride density of the second barrier layer is greater than that of the first silicon nitride layer. a first plastic layer; a first barrier layer formed over the first plastic layer; a first intermediate layer formed over the first barrier layer; a second plastic layer formed over the first intermediate layer; a second intermediate layer formed over the second plastic layer; a second barrier layer formed over the second intermediate layer; an OLED layer formed over the second barrier layer; and a thin-film encapsulation layer encapsulating the OLED layer, characterized in that the first barrier layer comprises a first silicon nitride layer, the second barrier layer comprises a second silicon nitride layer, and the silicon nitride density of the second barrier layer is greater than that of the first silicon nitride layer.
A mold (910, 1710) for forming a fluid-filled chamber (970, 1770) formed from a first sheet (912, 1712) and a second sheet (914, 1714), the mold comprising: a first mold half (932, 1732) having a first weld portion (946, 1746); a second mold half (934, 1734) having a second weld portion (952, 1752), the second weld portion (952, 1752) aligned with the first weld portion (946, 1746) to create a perimeter weld (916, 1716) between the first sheet (912, 1712) and the second sheet (914, 1714) of the fluid-filled chamber (970, 1770) when the first mold half (932, 1732) and the second mold half (934, 1734) are moved from an open state to a closed state; and a gate valve (936, 1736) associated with one of the first mold half (932, 1732) and the second mold half (934, 1734) and including a weld portion (952, 1752) aligned with the first weld portion (946, 1746) and the second weld portion (952, 1752), the gate valve (936, 1736) moveable relative to the one of the first mold half (932, 1732) and the second mold half (934, 1734) to create an inflation channel (960, 1760) between the first sheet (912, 1712) and the second sheet (914, 1714) at the perimeter weld (916, 1716) by separating one of the first sheet (912, 1712) and the second sheet (914, 1714) from the other of the first sheet (912, 1712) and the second sheet (914, 1714). a first mold half (932, 1732) having a first weld portion (946, 1746); a second mold half (934, 1734) having a second weld portion (952, 1752), the second weld portion (952, 1752) aligned with the first weld portion (946, 1746) to create a perimeter weld (916, 1716) between the first sheet (912, 1712) and the second sheet (914, 1714) of the fluid-filled chamber (970, 1770) when the first mold half (932, 1732) and the second mold half (934, 1734) are moved from an open state to a closed state; and a gate valve (936, 1736) associated with one of the first mold half (932, 1732) and the second mold half (934, 1734) and including a weld portion (952, 1752) aligned with the first weld portion (946, 1746) and the second weld portion (952, 1752), the gate valve (936, 1736) moveable relative to the one of the first mold half (932, 1732) and the second mold half (934, 1734) to create an inflation channel (960, 1760) between the first sheet (912, 1712) and the second sheet (914, 1714) at the perimeter weld (916, 1716) by separating one of the first sheet (912, 1712) and the second sheet (914, 1714) from the other of the first sheet (912, 1712) and the second sheet (914, 1714).