mhurhangee/patent-ind-claim-en huggingface dataset:
A method for characterizing performance of a legacy application running on a legacy system in a testing stage for subsequent adjustment of operating parameters when running the legacy application on a new system, the new system having a computer architecture which is different to and newer than the computer architecture of the legacy system used in the testing stage, the method comprising: running the legacy application on a legacy system in a testing stage; recording or deriving performance information for the legacy application while running the legacy application on the legacy system in the testing stage, wherein recording or deriving the performance information includes counting clock cycles between events during program execution of the legacy application; determining one or more performance characteristics for the legacy application running on the legacy system by analyzing the performance information, wherein analyzing the performance information includes using the counted clock cycles between events during program execution of the legacy application, the one or more performance characteristics including one or more key performance metrics and other performance information, wherein the one or more key performance metrics must be met when the legacy application is run on the new system and wherein the other performance information is useful for later adjustment of operating parameters of the new system when running the legacy application on the new system. running the legacy application on a legacy system in a testing stage; recording or deriving performance information for the legacy application while running the legacy application on the legacy system in the testing stage, wherein recording or deriving the performance information includes counting clock cycles between events during program execution of the legacy application; determining one or more performance characteristics for the legacy application running on the legacy system by analyzing the performance information, wherein analyzing the performance information includes using the counted clock cycles between events during program execution of the legacy application, the one or more performance characteristics including one or more key performance metrics and other performance information, wherein the one or more key performance metrics must be met when the legacy application is run on the new system and wherein the other performance information is useful for later adjustment of operating parameters of the new system when running the legacy application on the new system.
Device (100; 100a) for the generative production of components , wherein the component can be generated by building up in layers and melting layer by layer powder material of the uppermost layer of a powder bed with a high energy beam and solidifying powder melt, wherein a first and a second heating device (20, 30; 30a) is provided in each case with at least one heating element , wherein the heating elements have locationally separate areas of effect on the powder bed , wherein the area of effect of the at least one second heating element of the second heating device is adjoined by a locationally separate area of impingement of the laser beam on the powder bed , wherein the powder bed and the beam are arranged movably in relation to one another, wherein the second heating device (30; 30a) is designed to increase the temperature of the powder bed locally in the area which subsequently comes into the area of impingement of the beam during the relative movement between the powder bed and the beam , and wherein the second heating device (30; 30a) is designed to heat the powder bed to a temperature that is increased in comparison with the temperature achieved by the first heating device , characterized in that at least one heating element of the heating devices (20, 30; 30a, 50), preferably all of the heating elements , has an infrared radiation source, in that the second heating device (30; 30a) is arranged between the powder bed and at least one heating element of the first heating device , in that the second heating device (30; 30a) is directly preceded by a movably arranged coater unit (28; 28a), which is connected to the second heating device (30; 30a), and in that the areas of effect of the first heating device are altogether larger than the areas of effect of the second heating device (30; 30a).
Plant rearing device , comprising: - an irrigation device ; - a lighting device ; - a receiving chamber for receiving one or more carrier substrates and seeds; - a control unit which is set up to control the watering device and the lighting device by means of a programme control; wherein the lighting device is variable in its lighting parameters, characterised in that the plant growing device has an optical evaluation unit for determining the plant species and its growth stage, its vitality and for diagnosing mould infestation, and in that the device for promoting plant growth adjusts the lighting parameters of the lighting device in accordance with a determined correlation between the lighting parameters and a measured photosynthesis rate and/or a measured plant growth, and in that a plurality of light sources above and/or to the side and/or below the plant are controlled by the control unit in such a way that the direction of growth of the plant along radii of curvature is selected in such a way that the area utilisation of the carrier substrates is increased, and in that the plant rearing device is provided with a detection unit for detecting a spatial extent of plants , the detection unit being designed in such a way that the detection unit can transmit the detected spatial extent of the plants to an evaluation unit. - an irrigation device ; - a lighting device ; - a receiving chamber for receiving one or more carrier substrates and seeds; - a control unit which is set up to control the watering device and the lighting device by means of a programme control;
Optical device comprising an optical guide (1.5; 4.5) adapted for propagating a light beam by successive total internal reflections and an injection device adapted for injecting the light beam into the optical guide via an injection section of said optical guide, said injection section being located on one of the faces of this optical guide, the injection device comprising a prism (1.4; 3.4; 4.4) and a set formed by a quarter-wave plate (1.6) and a curved mirror (1.7), the injection device being arranged in such a way that a light beam reflected in the prism by a polarising material in the direction of the curved mirror passes through the quarter-wave plate and is then reflected by the curved mirror in the direction of the polarising material and passes through the quarter-wave plate again, characterised in that the polarising material (1.9) is present between the optical guide and the prism of the injection device at the injection section in such a way that the polarizing material is located on said injection section of the optical guide and on a face of the prism of the injection device.
A stacked propeller system (115a; 115b; 140a; 140b) comprising: a first propeller including two blades coupled to a first blade hub , the first propeller configured to rotate about an axis of rotation ; a second propeller including two blades coupled to a second blade hub , the second propeller configured to rotate about the axis of rotation and positioned behind the first propeller such that fluid displaced by the first propeller is incident on the second propeller ; and at least one motor configured to rotate the first and second propellers, wherein the first propeller and the second propeller co-rotate about the axis of rotation , wherein the first propeller and the second propeller are coupled to a rotor mast and a control effector configured to rotate about an axis perpendicular to the axis of rotation to direct at least a portion of an airflow in a desired direction, and characterized in that the control effector is further configured to continuously oscillate about the axis perpendicular to the axis of rotation , an oscillation frequency being tuned to align with a frequency of a boom (120; 145) that functions as a resonator. a first propeller including two blades coupled to a first blade hub , the first propeller configured to rotate about an axis of rotation ; a second propeller including two blades coupled to a second blade hub , the second propeller configured to rotate about the axis of rotation and positioned behind the first propeller such that fluid displaced by the first propeller is incident on the second propeller ; and at least one motor configured to rotate the first and second propellers, wherein the first propeller and the second propeller co-rotate about the axis of rotation , wherein the first propeller and the second propeller are coupled to a rotor mast and a control effector configured to rotate about an axis perpendicular to the axis of rotation to direct at least a portion of an airflow in a desired direction, and characterized in that the control effector is further configured to continuously oscillate about the axis perpendicular to the axis of rotation , an oscillation frequency being tuned to align with a frequency of a boom (120; 145) that functions as a resonator.
The nanocomposite comprising: - Magnetic alloy nanoparticles at least partly consisting of a soft magnetic alloy, - An insulating matrix supporting the magnetic alloy nanoparticles , characterised in that it further comprises insulating nanoparticles supported by the matrix and interposed between the magnetic alloy nanoparticles so as to space said magnetic alloy nanoparticles from each other and thus ensure, alone, the electrical insulation of said magnetic alloy nanoparticles and eliminate the electrical conduction paths of length greater than 200 nm. - Magnetic alloy nanoparticles at least partly consisting of a soft magnetic alloy, - An insulating matrix supporting the magnetic alloy nanoparticles ,
A method of manufacturing a combustor panel of a gas turbine engine comprising: defining a particle deposit near-steady state for at least a portion of a combustor panel , the particle deposit near-steady state representative of a build-up of particles on the at least a portion of the combustor panel during use; generating a template based on the defined particle deposit near-steady state, wherein the template includes one or more augmentation elements based on the representative of build-up of particles; and forming a combustor panel (406; 600) based on the template, wherein the formed combustor panel includes one or more augmentation elements (412; 604, 606) defined in the template; wherein the one or more augmentation elements (412; 604, 606) are integrally formed with the formed combustor panel (406; 600) and formed of the same material as the combustor panel; and wherein the one or more augmentation elements have the geometry of the particle deposit near-steady state. defining a particle deposit near-steady state for at least a portion of a combustor panel , the particle deposit near-steady state representative of a build-up of particles on the at least a portion of the combustor panel during use; generating a template based on the defined particle deposit near-steady state, wherein the template includes one or more augmentation elements based on the representative of build-up of particles; and forming a combustor panel (406; 600) based on the template, wherein the formed combustor panel includes one or more augmentation elements (412; 604, 606) defined in the template; wherein the one or more augmentation elements (412; 604, 606) are integrally formed with the formed combustor panel (406; 600) and formed of the same material as the combustor panel; and wherein the one or more augmentation elements have the geometry of the particle deposit near-steady state.
Fixing device with a fixing element actuable by means of an electric drive , wherein the fixing element can be brought by means of the electric drive into a blocking setting in such a way that an actuator of a safety switch can be fixed by this, wherein the fixing element is so connected with the electric drive by way of a coupling that a rotational movement of the electric drive is converted into a pure translational movement of the fixing element , wherein the coupling comprises a transverse pin and wherein the transverse pin is guided in a longitudinal guide , characterised in that the coupling comprises a cylinder pin extending transversely to the transverse pin , wherein the cylinder pin secures the transverse pin , and that a torsionally stiff and play-free coupling is produced in axial direction by the coupling between the fixing element and the electric drive and compensation for tolerance of these units is provided in lateral direction, wherein the longitudinal axes of the transverse pin and the cylinder pin extend transversely to the longitudinal axis of the fixing element , wherein the transverse pin is mounted with play in a receptacle of the fixing element and wherein the cylinder pin is mounted with play in a receptacle of the transverse pin .
A dietary composition for use in a method of protecting an animal or human against chemotherapy or radiotherapy, including administering the dietary composition comprising: 0.05-0.2% (by weight) L- methionine; L-tryptophan, L-isoleucine, L-leucine, L-lysine, L-phenylalanine, L- threonine, and L-valine in the amount of at least 0.05% (by weight) each; and no protein, the composition being administered to an animal or human for 3-10 consecutive days prior the animal or human being exposed to chemotherapy or radiotherapy. 0.05-0.2% (by weight) L- methionine; L-tryptophan, L-isoleucine, L-leucine, L-lysine, L-phenylalanine, L- threonine, and L-valine in the amount of at least 0.05% (by weight) each; and no protein, the composition being administered to an animal or human for 3-10 consecutive days prior the animal or human being exposed to chemotherapy or radiotherapy.
A method for wireless communications, comprising: determining a rate matching resource set for a transmission time interval, TTI, of a shared channel, wherein the rate matching resource set comprises resources of the TTI allocated for rate matching; determining a rate matching configuration for the rate matching resource set; transmitting , to a user equipment, UE, a multi-TTI grant for communication via the shared channel over multiple TTIs, wherein the multi-TTI grant comprises an indication of the rate matching configuration for the rate matching resource set; transmitting, to the UE, information for configuring a resource allocation pattern for the indication via the multi-TTI grant; performing rate matching of a set of data based at least in part on the rate matching resource set and the rate matching configuration; and communicating with the UE to transmit or receive the rate matched set of data via the TTI. determining a rate matching resource set for a transmission time interval, TTI, of a shared channel, wherein the rate matching resource set comprises resources of the TTI allocated for rate matching; determining a rate matching configuration for the rate matching resource set; transmitting , to a user equipment, UE, a multi-TTI grant for communication via the shared channel over multiple TTIs, wherein the multi-TTI grant comprises an indication of the rate matching configuration for the rate matching resource set; transmitting, to the UE, information for configuring a resource allocation pattern for the indication via the multi-TTI grant; performing rate matching of a set of data based at least in part on the rate matching resource set and the rate matching configuration; and communicating with the UE to transmit or receive the rate matched set of data via the TTI.
An optically variable security element for security papers, value documents and other data carriers, having - a single or multilayer central body having opposing first and second main surfaces , - an arrangement, arranged on the first main surface of the central body , of microlenses of the same kind whose refractive effect defines a focal plane , - a laser-sensitive recording layer arranged on the second main surface of the central body , - a mask layer that is arranged between the arrangement of microlenses and the laser-sensitive recording layer and outside of the focal plane of the microlenses, and - a plurality of micromarks produced in the laser-sensitive recording layer by the action of laser radiation, each micromark being associated with a microlens and being visible when the security element is viewed through the associated microlens, - the mask layer comprising a macroscopic gap region that is in register with the plurality of micromarks . - a single or multilayer central body having opposing first and second main surfaces , - an arrangement, arranged on the first main surface of the central body , of microlenses of the same kind whose refractive effect defines a focal plane , - a laser-sensitive recording layer arranged on the second main surface of the central body , - a mask layer that is arranged between the arrangement of microlenses and the laser-sensitive recording layer and outside of the focal plane of the microlenses, and - a plurality of micromarks produced in the laser-sensitive recording layer by the action of laser radiation, each micromark being associated with a microlens and being visible when the security element is viewed through the associated microlens, - the mask layer comprising a macroscopic gap region that is in register with the plurality of micromarks .
A versioned records management computing system comprising: a persistent store that includes a multi-versioned record collection comprising a plurality of records (211A-211E) collectively corresponding to multiple versions, the plurality of records associated with a restart era ; and an object collection media having thereon an object collection that conforms to an object model such that the object model is used to operate upon the plurality of records, the object collection media operable such that the object collection is durable; the version records management computing system configured to perform at least some atomic operations upon the object collection such that at least in the case of an impending crash, the object collection is durable in a consistent state, and is available for use consistent with the object model in subsequent recovery of the versioned records management computing system, the versioned records management computing system configured to manage visibility of the plurality of records based on the version of each record, and to make records associated with a prior restart era invisible unless promoted to a current restart era. a persistent store that includes a multi-versioned record collection comprising a plurality of records (211A-211E) collectively corresponding to multiple versions, the plurality of records associated with a restart era ; and an object collection media having thereon an object collection that conforms to an object model such that the object model is used to operate upon the plurality of records, the object collection media operable such that the object collection is durable; the version records management computing system configured to perform at least some atomic operations upon the object collection such that at least in the case of an impending crash, the object collection is durable in a consistent state, and is available for use consistent with the object model in subsequent recovery of the versioned records management computing system, the versioned records management computing system configured to manage visibility of the plurality of records based on the version of each record, and to make records associated with a prior restart era invisible unless promoted to a current restart era.
A method performed by a mobile management entity, the method comprising: detecting, for an extended service request for a mobile originated circuit switched fallback by a user equipment, that the circuit switched fallback is due to an emergency; and marking (X1) an interface association for the user equipment as not valid if it is detected that the circuit switched fallback is due to an emergency. detecting, for an extended service request for a mobile originated circuit switched fallback by a user equipment, that the circuit switched fallback is due to an emergency; and marking (X1) an interface association for the user equipment as not valid if it is detected that the circuit switched fallback is due to an emergency.
A secondary battery, comprising: an electrode assembly including a first electrode , a second electrode , and a separator interposed between the first and second electrodes; a case configured to accommodate the electrode assembly therein, with an opening formed in a top of the case; a cap plate configured to close the opening of the case; and a bottom retainer disposed on a bottom in the case, wherein the bottom retainer comprises a support portion formed in a shape of a flat plate and supporting the electrode assembly , and at least one contact portion making contact with the bottom of the case, wherein the contact portion of the bottom retainer extends from a predetermined position on an underside of the support portion towards the bottom of the case, characterized in that at least one hole is formed in the support portion at a location above the contact portion and wherein the contact portion comprises an inclined portion that extends obliquely from the support portion towards the bottom of the case, and a horizontal portion that extends from an end of the inclined portion in such a way as to be parallel to the bottom of the case, and wherein the contact portion of the bottom retainer is configured to continuously push the electrode assembly upwards. an electrode assembly including a first electrode , a second electrode , and a separator interposed between the first and second electrodes; a case configured to accommodate the electrode assembly therein, with an opening formed in a top of the case; a cap plate configured to close the opening of the case; and a bottom retainer disposed on a bottom in the case, wherein the bottom retainer comprises a support portion formed in a shape of a flat plate and supporting the electrode assembly , and at least one contact portion making contact with the bottom of the case, wherein the contact portion of the bottom retainer extends from a predetermined position on an underside of the support portion towards the bottom of the case, characterized in that at least one hole is formed in the support portion at a location above the contact portion and wherein the contact portion comprises an inclined portion that extends obliquely from the support portion towards the bottom of the case, and a horizontal portion that extends from an end of the inclined portion in such a way as to be parallel to the bottom of the case, and wherein the contact portion of the bottom retainer is configured to continuously push the electrode assembly upwards.