mhurhangee/ep-ind-claims huggingface dataset:
A method for processing a thread in a pipelined processor, the thread comprising a plurality of sequential instructions, the plurality of sequential instructions comprising some short-latency instructions that may be completed in a predetermined number of clock ticks; some long-latency instructions requiring more than the predetermined number of clock ticks to complete; and at least one hazard instruction, the hazard instruction requiring one or more preceding long latency instructions to be processed before the hazard instruction is processed, the method comprising the steps of: a) receiving instructions from the thread at an instruction decoder able to distinguish between the short latency instructions and long-latency instructions; b) before executing each long-latency instruction, incrementing by one a counter associated with the thread at the instruction decoder; c) after each long-latency instruction has been executed, decrementing by one the counter associated with the thread at the instruction decoder; d) receiving at the instruction decoder an instruction preceding each hazard instruction or bits within each hazard instruction causing the decoder to check the value of the counter associated with the thread before executing each hazard instruction, and i) if the counter value is zero, executing the hazard instruction, or ii) if the counter value is non-zero, pausing processing of the thread until a later time. a) receiving instructions from the thread at an instruction decoder able to distinguish between the short latency instructions and long-latency instructions; b) before executing each long-latency instruction, incrementing by one a counter associated with the thread at the instruction decoder; c) after each long-latency instruction has been executed, decrementing by one the counter associated with the thread at the instruction decoder; d) receiving at the instruction decoder an instruction preceding each hazard instruction or bits within each hazard instruction causing the decoder to check the value of the counter associated with the thread before executing each hazard instruction, and i) if the counter value is zero, executing the hazard instruction, or ii) if the counter value is non-zero, pausing processing of the thread until a later time. i) if the counter value is zero, executing the hazard instruction, or ii) if the counter value is non-zero, pausing processing of the thread until a later time.
A method for measuring glycated hemoglobin in a sample, wherein the method comprises directly oxidizing glycated hemoglobin in a sample using a glycated hemoglobin oxidase, and measuring a substance produced or consumed by the oxidation, wherein the glycated hemoglobin in the sample is hemoglobin A1c.
A hot steam generator, particularly for a thermal spraying machine, for generating hot steam from a liquid, comprising a wound pipe coil, on the end of which or in the further course of the steam delivery at least one cross-sectional reduction is located, through which the flow is critical, the pipe coil consisting of a plurality of wound pipe coils (1a, 1b, 1c) which are arranged one inside the other, and the ends of which are connected to form a closed flow channel, the pipe coil being cast into a body consisting of a material or an alloy of high thermal conductivity, preferably of aluminum, particularly with temperature sensors, characterized in that heating elements, consisting of electric heating cartridges, are provided in the body, wherein bores are provided in the body for accommodating the heating elements.
A positive displacement expander that generates power using fluid energy generated while a high-pressure fluid, supplied to a plurality of expansion chambers (81a, 81b, 82a, 82b) partitioned by an orbiting scroll or a rolling piston, is being expanded and decompressed, the positive displacement expander comprising: an expander discharge space to which the fluid expanded at the expansion chambers (81a, 81b, 82a, 82b) discharges; a discharge pipe that discharges the fluid from the expander discharge space; a communicating pipe that allows each of the expansion chambers (81a, 81b, 82a, 82b) to communicate with the discharge pipe; and an opening and closing device that is a solenoid valve and disposed in the communicating pipe, characterized in that when supply of the high-pressure fluid is stopped, the opening and closing device is configured to open by the time when high and low pressures of each of the expansion chambers (81a, 81b, 82a, 82b) and the discharge pipe are equalized, thus stopping the orbiting scroll or the rolling piston at a predetermined position. an expander discharge space to which the fluid expanded at the expansion chambers (81a, 81b, 82a, 82b) discharges; a discharge pipe that discharges the fluid from the expander discharge space; a communicating pipe that allows each of the expansion chambers (81a, 81b, 82a, 82b) to communicate with the discharge pipe; and an opening and closing device that is a solenoid valve and disposed in the communicating pipe, characterized in that when supply of the high-pressure fluid is stopped, the opening and closing device is configured to open by the time when high and low pressures of each of the expansion chambers (81a, 81b, 82a, 82b) and the discharge pipe are equalized, thus stopping the orbiting scroll or the rolling piston at a predetermined position.
Process for depolymerization of lignin comprising thermal conversion of an aqueous mixture having a pH of at least 9 comprising lignin, catalyst and primary alcohol in a non-oxidizing atmosphere at a temperature of at least 280°C.
Composite slab, comprising a tension layer and a concrete layer connected to the tension layer, the tension layer having, on a tension-layer inner side facing the concrete layer, a predeterminable plurality of predeterminably shaped recesses (5, 6), in which recesses (5, 6) the concrete layer engages in order to forms a shear-resistant composite between the concrete layer and the tension layer, the tension layer having at least one wooden beam, at least one first recess being arranged in the at least one wooden beam, characterized in that the at least one first recess is embodied as a stepped recess which has at least two different depths.
A wireless cellular device comprising: physical layer circuitry configured to transmit and receive radio frequency electrical signals to communicate directly with one or more separate wireless devices using a communication channel of a cellular network and a WiFi communication channel of a WiFi communication spectrum; and processing circuitry configured to initiate transmission of a message comprising a WiFi subframe via the WiFi communication channel to reserve communication time on the WiFi communication channel for use by the same or a different cellular device during the reserved communication time; wherein the message is recorded in the time domain, re-sampled in the frequency supported by the cellular device, and stored in the cellular device, and is retrieved from memory and transmitted in alignment with a time slot of a last sensed transmission by a WiFi device. physical layer circuitry configured to transmit and receive radio frequency electrical signals to communicate directly with one or more separate wireless devices using a communication channel of a cellular network and a WiFi communication channel of a WiFi communication spectrum; and processing circuitry configured to initiate transmission of a message comprising a WiFi subframe via the WiFi communication channel to reserve communication time on the WiFi communication channel for use by the same or a different cellular device during the reserved communication time; wherein the message is recorded in the time domain, re-sampled in the frequency supported by the cellular device, and stored in the cellular device, and is retrieved from memory and transmitted in alignment with a time slot of a last sensed transmission by a WiFi device.
An aerosol-generating device comprising a reservoir for a liquid, a release medium, and a heater, • wherein the reservoir and the release medium are arranged, during use of the aerosol-generating device, to transport liquid from the reservoir to the release medium, • wherein the release medium and the heater are arranged such that the heater and the release medium are in physical contact with each other, • wherein the aerosol-generating device further comprises a means for reversibly releasing the physical contact between release medium and heater such that a gap between heater and release medium is formed, and • characterized in that the device is adapted to activate the heater when the gap is formed between the heater and the release medium. • wherein the reservoir and the release medium are arranged, during use of the aerosol-generating device, to transport liquid from the reservoir to the release medium, • wherein the release medium and the heater are arranged such that the heater and the release medium are in physical contact with each other, • wherein the aerosol-generating device further comprises a means for reversibly releasing the physical contact between release medium and heater such that a gap between heater and release medium is formed, and • characterized in that the device is adapted to activate the heater when the gap is formed between the heater and the release medium.
Method for operating radar sensors in a motor vehicle, wherein the radar sensors are installed in different installation positions in the motor vehicle, characterised in that after the installation of a radar sensor in an installation position, configuration information comprising an operating software and/or configuration parameters is transmitted by a central control device communicating with the radar sensors to the radar sensor and is used there for configuring the radar sensor, after which the radar sensor is operated according to the configuration information, wherein as configuration information operating parameters are used describing adjustments of the measurement process relating to the installation surroundings, wherein operating parameters are used which take into consideration properties of a component of the motor vehicle to be penetrated with radiation during the measuring process and/or detected by secondary radar lobes, wherein as operating parameters at least one evaluation parameter describing a detection threshold and/or at least one tracking parameter related to tracking an object and/or at least one misalignment parameter related to monitoring a misalignment and/or at least one evaluation parameter related to a rapid Fourier transformation and/or at least one transmitting parameter describing the number of chirps and/or the frequency bandwidth are used.
A method of inspecting a gas turbine engine, the method comprising providing one or more capsule cameras comprising: a sensor configured to generate data, the sensor comprising a camera configured to generate images; a housing having an exterior surface, the sensor being housed by the housing; one or more foam members coupled to the exterior surface of the housing, the one or more foam members being resilient; and inserting one or more of the capsule cameras into a gas turbine engine so that the one or more capsule cameras are secured between at least two surfaces of the gas turbine engine. a sensor configured to generate data, the sensor comprising a camera configured to generate images; a housing having an exterior surface, the sensor being housed by the housing; one or more foam members coupled to the exterior surface of the housing, the one or more foam members being resilient; and
A gluing device for a box forming machine and configured to apply liquid glue to a flat blank of paper or cardboard having a base and a plurality of segments connected to the base and foldable to form a box sidewall, where the free sides of the segments, designed to be joined to form the edges of the box sidewall, are bevelled to define oblique faces contained in the thickness of the segments, comprising: - a supporting structure configured to enable the blank to move in a feed plane along a longitudinal feed direction to convey it to a gluing station; - at least one liquid glue dispensing nozzle movable along a predetermined direction parallel to the feed plane in such a way as to spread the glue on one or more of the oblique faces, characterized in that the supporting structure comprises: - a first and a second guide positioned longitudinally in the feed plane and shaped in such a way as to prevent transversal movements of the blank and to slidably support lateral end portions of segments of the blank; - positioning means operating on the blank to move it to a predetermined longitudinal position in the gluing station; - locking means operating on the blank in order to hold the blank in place in the same plane as the feed plane, while it is in the predetermined longitudinal position, wherein said at least one liquid glue dispensing nozzle is inclined with respect to the feed plane, in such a way as to spread the glue perpendicularly to said one or more of the oblique faces. - a supporting structure configured to enable the blank to move in a feed plane along a longitudinal feed direction to convey it to a gluing station; - at least one liquid glue dispensing nozzle movable along a predetermined direction parallel to the feed plane in such a way as to spread the glue on one or more of the oblique faces, - a first and a second guide positioned longitudinally in the feed plane and shaped in such a way as to prevent transversal movements of the blank and to slidably support lateral end portions of segments of the blank; - positioning means operating on the blank to move it to a predetermined longitudinal position in the gluing station; - locking means operating on the blank in order to hold the blank in place in the same plane as the feed plane, while it is in the predetermined longitudinal position,
A vehicle floor structure, wherein a main structure of the vehicle floor structure is a double deck structure including two sheets of panels (3, 4) formed from a fiber-reinforced thermoplastic composite material, wherein, in a region including the double deck structure, each of the panels forms at least two continuous elongate reinforcing structures projecting perpendicularly to the planar extension of the panels and having a convex open cross-sectional shape, recesses are provided in at least two places along the reinforcing structures, and the panels are joined in such a manner that the reinforcing structures of the respective panels intersect with each other, and that the recesses provided in the reinforcing structures of the respective panels are fitted to each other.
A Machine-Type-Communication Inter-Working Function, MTC-IWF,, for a communication system comprising a User Equipment, UE,, a Service Capability Server, SCS,, and a Home Subscriber Server, HSS,, the MTC-IWF comprising: means for receiving a device trigger message from the SCS, the device trigger message including an identifier of the UE; characterized by means for sending, to the HSS, a request message including type information indicating that a request from the SCS is device trigger; means for receiving, from the HSS, a response message including parameters related to derivation of a key, a confidentiality key and an integrity key; and means for deriving the key, the confidentiality key and the integrity key based on the parameters, the key being used for deriving the confidentiality key and the integrity key to perform secure communication with the UE using the confidentiality key and the integrity key. means for receiving a device trigger message from the SCS, the device trigger message including an identifier of the UE; characterized by means for sending, to the HSS, a request message including type information indicating that a request from the SCS is device trigger; means for receiving, from the HSS, a response message including parameters related to derivation of a key, a confidentiality key and an integrity key; and means for deriving the key, the confidentiality key and the integrity key based on the parameters, the key being used for deriving the confidentiality key and the integrity key to perform secure communication with the UE using the confidentiality key and the integrity key.
An anchoring device for compressing anatomical tissue, said device comprising an introduction device configured to introduce the anchoring device into the anatomical tissue; an anchor assembly comprising: a proximal anchor, a distal anchor, a tensioning member connected at one end to the distal anchor; a deployment assembly configured to deploy the distal anchor at a distal surface of the anatomical tissue, to define a compression region of the anatomical tissue between the proximal anchor and the distal anchor; a severing element; characterized in that when the compression region is under compression, and tension is applied to the tensioning member, the proximal anchor is slidable over the tensioning member in order to lock the proximal anchor on to the tensioning member; and the severing element is configured to remove excess length of the tensioning member located proximal to the proximal anchor after the proximal anchor is locked to the tensioning member. an introduction device configured to introduce the anchoring device into the anatomical tissue; an anchor assembly comprising: a proximal anchor, a distal anchor, a tensioning member connected at one end to the distal anchor; a proximal anchor, a distal anchor, a tensioning member connected at one end to the distal anchor; a deployment assembly configured to deploy the distal anchor at a distal surface of the anatomical tissue, to define a compression region of the anatomical tissue between the proximal anchor and the distal anchor; a severing element; characterized in that when the compression region is under compression, and tension is applied to the tensioning member, the proximal anchor is slidable over the tensioning member in order to lock the proximal anchor on to the tensioning member; and the severing element is configured to remove excess length of the tensioning member located proximal to the proximal anchor after the proximal anchor is locked to the tensioning member.
A photovoltaic structure for covering at least one part of a facade of a building, including at least one mast (5, 105, 205, 305) having a longitudinal axis for being vertically oriented and photovoltaic modules attached to the mast, said mast (5, 105, 205, 305) being self-supporting and including a lower first longitudinal end configured to be attached to the ground and an upper second longitudinal end configured to be attached to an upper part of the building, characterised in that it includes first photovoltaic modules on a side of the longitudinal axis of the mast, and second photovoltaic modules on the other side of the longitudinal axis of the mast, the first and second photovoltaic modules being oriented relative to each other so as to form an angle to each other, and so that when the mast is mounted along an angle of the building, the first photovoltaic modules cover a part of a first facade and the second photovoltaic modules cover a part of a second facade, the first and second facades joining together at said angle.
Method of invocation, in a terminal, of at least one application service (S1, S3) by a browser, said method comprising: - a step of detection, in a first page loaded in said browser, of at least one invocation datum (DN, DN2) according to at least one type (TY1, TY2) of invocation datum stored for said at least one service (S1, S3); and - a step of invocation, in said loaded first page, of said at least one service (S1, S3) on the basis of said at least one detected invocation datum, said method being characterized in that it comprises, prior to the detection step, a step of reception of a first instruction defining at least one second page (TAB1, TAB3) providing said at least one service (S1, S3), said first instruction defining said at least one type (TY1, TY2) of invocation datum, a network address pointing to at least one third page (TAB1', TAB3') and an invocation function of said at least one service (S1, S3); said invocation step comprising: o a step of initiation of the download of said at least one third page (TAB1', TAB3') on the basis of said at least one address; and o a step of invocation of said function; said method comprising a step of execution of said at least one service (S1, S3) in said at least one third page (TAB1', TAB3'), said execution step comprising execution of said function, causing display, in said loaded first page, of a control unit (UNIT) that may be accessed by a user with a view to controlling said at least one service (S1, S3) during its execution in said third page (TAB1', TAB3'). - a step of detection, in a first page loaded in said browser, of at least one invocation datum (DN, DN2) according to at least one type (TY1, TY2) of invocation datum stored for said at least one service (S1, S3); and - a step of invocation, in said loaded first page, of said at least one service (S1, S3) on the basis of said at least one detected invocation datum, said method being characterized in that it comprises, prior to the detection step, a step of reception of a first instruction defining at least one second page (TAB1, TAB3) providing said at least one service (S1, S3), said first instruction defining said at least one type (TY1, TY2) of invocation datum, a network address pointing to at least one third page (TAB1', TAB3') and an invocation function of said at least one service (S1, S3); said invocation step comprising: o a step of initiation of the download of said at least one third page (TAB1', TAB3') on the basis of said at least one address; and o a step of invocation of said function; o a step of initiation of the download of said at least one third page (TAB1', TAB3') on the basis of said at least one address; and o a step of invocation of said function; said method comprising a step of execution of said at least one service (S1, S3) in said at least one third page (TAB1', TAB3'), said execution step comprising execution of said function, causing display, in said loaded first page, of a control unit (UNIT) that may be accessed by a user with a view to controlling said at least one service (S1, S3) during its execution in said third page (TAB1', TAB3').