mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for dispatching a plurality of threads (654-1 - 654-128) of a graphics kernel encoded according to a V9 graphics encoding standard, the threads (654-1 - 654-128) of the graphics kernel are 64 vertical edge threads and 64 horizontal edge threads corresponding to a 64 × 64 pixel area of a superblock , the apparatus comprising: a graphics processor configured to execute the plurality of threads; and a thread dispatcher configured to determine an order of execution of the plurality of threads (654-1 - 654-128) based upon whether a respective one of the threads (654-1 - 654-128) is a vertical edge thread or a horizontal edge thread of the graphics kernel to increase an interval between execution of horizontal edge threads and vertical edge threads, the horizontal edge threads dependent upon the vertical edge threads; wherein the thread dispatcher is further configured to dispatch the threads (654-1, 654-3, 654-5, ...) that are vertical edge threads prior to dispatching the threads (654-2, 654-4, 654-6, ...) that are horizontal edge threads. a graphics processor configured to execute the plurality of threads; and a thread dispatcher configured to determine an order of execution of the plurality of threads (654-1 - 654-128) based upon whether a respective one of the threads (654-1 - 654-128) is a vertical edge thread or a horizontal edge thread of the graphics kernel to increase an interval between execution of horizontal edge threads and vertical edge threads, the horizontal edge threads dependent upon the vertical edge threads; wherein the thread dispatcher is further configured to dispatch the threads (654-1, 654-3, 654-5, ...) that are vertical edge threads prior to dispatching the threads (654-2, 654-4, 654-6, ...) that are horizontal edge threads.
A method of automatic agricultural pollination based on an air vehicle, the method having detailed steps as follows: in a current pollination working area (j), a central control system (CCS) assigning a work task to an air vehicle pollinator (μMAVi); capturing a data of flower (Fi) via a camera and a data acquisition device and the data of flower (Fi) is a photo of a flower (Fi); processing an original data collected from a specific data source, and then screening, filtering and preprocessing the original data; according to a data flow, performing an operation of recognizing the flower (Fi); assessing whether a designated flower (Fi) is successfully recognized or not; the air vehicle pollinator (μMAVi) pollinating the designated flower (Fi); assessing a pollination result and an effectiveness of the air vehicle pollinator (μMAVi); determining whether to end a work of the current working area (j) and to enter into the next working area (j+1) or not; and if the assessment being negative, then performing the pollination again, if the assessment being positive, then entering into the next working area (j+1), and repeating steps 1 to 7b and characterized in that - a sphere working range for the air vehicle is formed with a point (O) as the center of the camera and an effective working distance of the camera as a radius; - the air vehicle is an autonomous micro hummingbird air vehicle and - the work task in the step comprises pollinating flowers (Fi) of a specific type of grain crop, a type of the flowers (Fi) of the grain crop and a number of the flowers (Fi) of the grain crop. in a current pollination working area (j), a central control system (CCS) assigning a work task to an air vehicle pollinator (μMAVi); capturing a data of flower (Fi) via a camera and a data acquisition device and the data of flower (Fi) is a photo of a flower (Fi); processing an original data collected from a specific data source, and then screening, filtering and preprocessing the original data; according to a data flow, performing an operation of recognizing the flower (Fi); assessing whether a designated flower (Fi) is successfully recognized or not; the air vehicle pollinator (μMAVi) pollinating the designated flower (Fi); assessing a pollination result and an effectiveness of the air vehicle pollinator (μMAVi); determining whether to end a work of the current working area (j) and to enter into the next working area (j+1) or not; and if the assessment being negative, then performing the pollination again, if the assessment being positive, then entering into the next working area (j+1), and repeating steps 1 to 7b and - a sphere working range for the air vehicle is formed with a point (O) as the center of the camera and an effective working distance of the camera as a radius; - the air vehicle is an autonomous micro hummingbird air vehicle and - the work task in the step comprises pollinating flowers (Fi) of a specific type of grain crop, a type of the flowers (Fi) of the grain crop and a number of the flowers (Fi) of the grain crop.
a method of depositing an epitaxial layer on a front surface of a semiconductor wafer , comprising providing a susceptor comprising a susceptor ring and a susceptor bottom , wherein the susceptor ring lies around a center of the susceptor bottom on the susceptor bottom , and under the susceptor ring there are depressions in the susceptor bottom , which are arranged rotationally symmetrically distributed on the susceptor bottom and each have a radial width which is greater than a radial width of the susceptor ring ; providing the semiconductor wafer ; placing the semiconductor wafer on a ledge of the susceptor ring in the edge region of a back side of the semiconductor wafer , wherein the susceptor bottom has a number of depressions corresponding to a number of first of two alternating subregions of the edge region of the front side of the semiconductor wafer and a growth rate of the epitaxial layer due to a crystal orientation of the front side is lower in the first sub-regions than in the second sub-regions, such that the first sub-regions are located above the depressions in the susceptor bottom and the deposition of the epitaxial layer on the front side of the semiconductor wafer . providing a susceptor comprising a susceptor ring and a susceptor bottom , wherein the susceptor ring lies around a center of the susceptor bottom on the susceptor bottom , and under the susceptor ring there are depressions in the susceptor bottom , which are arranged rotationally symmetrically distributed on the susceptor bottom and each have a radial width which is greater than a radial width of the susceptor ring ; providing the semiconductor wafer ; placing the semiconductor wafer on a ledge of the susceptor ring in the edge region of a back side of the semiconductor wafer , wherein the susceptor bottom has a number of depressions corresponding to a number of first of two alternating subregions of the edge region of the front side of the semiconductor wafer and a growth rate of the epitaxial layer due to a crystal orientation of the front side is lower in the first sub-regions than in the second sub-regions, such that the first sub-regions are located above the depressions in the susceptor bottom and the deposition of the epitaxial layer on the front side of the semiconductor wafer .
A martensitic stainless steel consisting of in weight% (wt%): C 0.21 to 0.27; Si less than or equal to 0.7; Mn 0.2 to 2.5; P less than or equal to 0.03; S less than or equal to 0.05; Cr 11.9 to 14.0; Ni more than 0.5 to 3.0; Mo 0.4 to 1.5; W less than or equal to 0.5; N less than or equal to 0.060; Cu less than or equal to 1.2; Co less than or equal to 1.0; V less than or equal to 0.06; Nb less than or equal to 0.03; Zr less than or equal to 0.03; Ta less than or equal to 0.03; Hf less than or equal to 0.03; Al less than or equal to 0.050; Ti less than or equal to 0.05; and one or more-alloying elements, such as Ca, Mg, B, Pb and Ce, to improve the machinability or the hot working properties max. 0.05 wt%; balance Fe and unavoidable impurities; wherein the martensitic stainless steel comprises more than or equal to 75 % martensite phase and less than or equal to 25 % retained austenite phase and wherein said martensitic stainless steel has a PRE-value more than or equal to 14; and wherein the chemical composition of the said martensitic stainless steel is within an area formed in a Schaeffler diagram, which diagram is based on the following equations: Cr eq = Cr + Mo + 1.5 ∗ Si + 0.5 ∗ Nb x-axis Ni eq = Ni + 0.5 ∗ Mn + 30 ∗ N + 30 ∗ C y-axis ; wherein the values of Cr, Mo, Si, Nb, Ni, Mn, N and C are in weight%; and which area of the martensitic stainless steel is defined by the following coordinates: Cr eq Ni eq A1 12.300 9.602 B1 12.300 11.990 B4 15.702 9.199 A3 14.482 7.864 and one or more-alloying elements, such as Ca, Mg, B, Pb and Ce, to improve the machinability or the hot working properties max. 0.05 wt%; balance Fe and unavoidable impurities;
Process for partial colouring of plastic parts containing the steps of i) immersing a plastic part in a colouring bath, ii) optionally heating the colouring bath, iii)irradiating the plastic part from i) and optionally ii) with focused nonionizing electromagnetic radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, very particularly preferably with laser radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, wherein the partial colouring is effected substantially only at the sites irradiated in step iii) . i) immersing a plastic part in a colouring bath, ii) optionally heating the colouring bath, iii)irradiating the plastic part from i) and optionally ii) with focused nonionizing electromagnetic radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm, very particularly preferably with laser radiation having a wavelength in the range from ≥ 0.15 μm to ≤ 20 pm,
A process for removing endogenous folate and endogenous Vitamin B12 from an albumin preparation, the process comprising: - providing an aqueous albumin solution containing endogenous folate and endogenous Vitamin B12; - contacting the aqueous albumin solution with a mixture of anion and cation exchange resins to create a reaction mixture; - monitoring the pH of the reaction mixture; and - separating the exchange resins from the reaction mixture to form a supernatant fraction when the pH of the reaction mixture is at an initiation pH of between 3,5 to 5,0 which is sufficient to initiate separation of folic acid and Vitamin B12 from the reaction mixture, thereby obtaining an albumin preparation containing from 0 to 1,0 ng/ml of folate and from 0 to 50 pg/ml of Vitamin B12. - providing an aqueous albumin solution containing endogenous folate and endogenous Vitamin B12; - contacting the aqueous albumin solution with a mixture of anion and cation exchange resins to create a reaction mixture; - monitoring the pH of the reaction mixture; and - separating the exchange resins from the reaction mixture to form a supernatant fraction when the pH of the reaction mixture is at an initiation pH of between 3,5 to 5,0 which is sufficient to initiate separation of folic acid and Vitamin B12 from the reaction mixture, thereby obtaining an albumin preparation containing from 0 to 1,0 ng/ml of folate and from 0 to 50 pg/ml of Vitamin B12.
A method for processing a request, comprising: receiving , by a cache network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, the request carries a name of the content, a network address of the original content provider and a network address of the user, and the cache network node is a network node responsible for caching the content; characterized by checking a local cache, updating a hit rate of the local cache to the content, if hitting the content, generating a content data packet, and sending the content data packet to the user as a response to the request, wherein the content data packet carries hit rate information of the cache network node to the content, or, if not hitting the content, sending a processed request to the original content provider, wherein the processed request carries hit rate information of the cache network node to the content. receiving , by a cache network node, a request from a user, wherein the request is used for requesting an original content provider to provide a content, the request carries a name of the content, a network address of the original content provider and a network address of the user, and the cache network node is a network node responsible for caching the content; characterized by checking a local cache, updating a hit rate of the local cache to the content, if hitting the content, generating a content data packet, and sending the content data packet to the user as a response to the request, wherein the content data packet carries hit rate information of the cache network node to the content, or, if not hitting the content, sending a processed request to the original content provider, wherein the processed request carries hit rate information of the cache network node to the content.
A mobile communications antenna for mounting on a mast-like or wall-like support with at least two interchangeable amplifier modules, having the following features: - at least one antenna housing with a housing front side , a housing rear side and a first lateral housing side and a second lateral housing side opposite to the first housing side, which together form an enveloping housing wall, wherein the antenna housing extends along a longitudinal axis ; - in the antenna housing , a plurality of radiating elements or radiating element pairs are positioned spaced apart in front of at least one reflector ; - at least two amplifier modules , with a respective first connection port and a second connection port ; - the amplifier modules are fastened to or mounted on the exterior of the antenna housing , at the housing rear side and/or at the first or second lateral housing side ; - at least one signal processing and/or control unit ; - the at least one signal processing and/or control unit is disposed in a housing, which is separate from the amplifier modules , in or on the antenna housing of the mobile communications antenna ; - the at least one signal processing and/or control unit comprises at least one digital interface to a baseband unit or to the mobile communications network and interfaces to the separate amplifier modules ; - the first connection port and the second connection port of the at least two amplifier modules are connected via associated connection openings in the antenna housing to associated first and second connection contact devices via a plug-in connection. - at least one antenna housing with a housing front side , a housing rear side and a first lateral housing side and a second lateral housing side opposite to the first housing side, which together form an enveloping housing wall, wherein the antenna housing extends along a longitudinal axis ; - in the antenna housing , a plurality of radiating elements or radiating element pairs are positioned spaced apart in front of at least one reflector ; - at least two amplifier modules , with a respective first connection port and a second connection port ; - the amplifier modules are fastened to or mounted on the exterior of the antenna housing , at the housing rear side and/or at the first or second lateral housing side ; - at least one signal processing and/or control unit ; - the at least one signal processing and/or control unit is disposed in a housing, which is separate from the amplifier modules , in or on the antenna housing of the mobile communications antenna ; - the at least one signal processing and/or control unit comprises at least one digital interface to a baseband unit or to the mobile communications network and interfaces to the separate amplifier modules ; - the first connection port and the second connection port of the at least two amplifier modules are connected via associated connection openings in the antenna housing to associated first and second connection contact devices via a plug-in connection.
A method comprising: 1) receiving, by a computer system from a mobile device , i) an embedded universal integrated circuit card, eUICC, identity and ii) an eUICC public key ; 2) generating, by the computer system , an eUICC subscription manager private key and an eUICC subscription manager public key ; 3) deriving, by the computer system , a profile key using an elliptic curve Diffie Hellman, ECDH, key exchange with the eUICC subscription manager private key and the eUICC public key ; 4) encrypting, by the computer system with the profile key , a first portion of an eUICC profile ; 5) encrypting, by the computer system with a symmetric key , a second portion of the eUICC profile comprising a subscriber identity and a key K , wherein the second portion is distinct from the first portion ; 6) sending, by the computer system to the mobile device , i) the encrypted first portion of the eUICC profile and ii) the encrypted second portion of the eUICC profile ; and 7) after authenticating a user associated with the mobile device , sending, by the computer system to the mobile device , the symmetric key . 1) receiving, by a computer system from a mobile device , i) an embedded universal integrated circuit card, eUICC, identity and ii) an eUICC public key ; 2) generating, by the computer system , an eUICC subscription manager private key and an eUICC subscription manager public key ; 3) deriving, by the computer system , a profile key using an elliptic curve Diffie Hellman, ECDH, key exchange with the eUICC subscription manager private key and the eUICC public key ; 4) encrypting, by the computer system with the profile key , a first portion of an eUICC profile ; 5) encrypting, by the computer system with a symmetric key , a second portion of the eUICC profile comprising a subscriber identity and a key K , wherein the second portion is distinct from the first portion ; 6) sending, by the computer system to the mobile device , i) the encrypted first portion of the eUICC profile and ii) the encrypted second portion of the eUICC profile ; and 7) after authenticating a user associated with the mobile device , sending, by the computer system to the mobile device , the symmetric key .
An ophthalmic treatment device for photobiomodulation of a retina comprising: a treatment light source configured to produce a continuous wave or quasi-continuous wave output beam having: a wavelength in the range of 600nm to 1000nm; and a power in the range of 1mW to 500mW; a beam homogenizing module configured to homogenize the output beam of the treatment light source ; a beam shaping module configured to modify the output beam profile to produce a treatment light beam with an annular light beam profile; and a beam delivery and viewing module that allows an operator to observe and operate to deliver the treatment light beam to the treatment location on the retina with an intensity in the range of 1mW/cm 2 to 500mW/cm 2 , characterized in that the output beam is an annular light beam profile having a central void with a diameter in the range of 1mm to 2.5mm , preferably in the range of 1.5mm to 2mm, on the retina a treatment light source configured to produce a continuous wave or quasi-continuous wave output beam having: a wavelength in the range of 600nm to 1000nm; and a power in the range of 1mW to 500mW; a wavelength in the range of 600nm to 1000nm; and a power in the range of 1mW to 500mW; a beam homogenizing module configured to homogenize the output beam of the treatment light source ; a beam shaping module configured to modify the output beam profile to produce a treatment light beam with an annular light beam profile; and a beam delivery and viewing module that allows an operator to observe and operate to deliver the treatment light beam to the treatment location on the retina with an intensity in the range of 1mW/cm 2 to 500mW/cm 2 , characterized in that the output beam is an annular light beam profile having a central void with a diameter in the range of 1mm to 2.5mm , preferably in the range of 1.5mm to 2mm, on the retina
System having: a sound sensor for continuously capturing airborne sound, a service sensor for continuously measuring a useful variable, a processor unit , and a data memory , wherein the useful variable is an acceleration, a velocity V, a distance, a force, a pressure, a volumetric flow or a temperature, wherein the sound sensor is designed to generate a sound signal, which continuously represents the airborne sound captured by the sound sensor , and to transmit the sound signal to the processor unit , wherein the service sensor is designed to generate a useful signal, which continuously represents the useful variable, and to transmit the useful signal to the processor unit , wherein the processor unit is configured to take the sound signal as a basis for recognizing a predetermined sound pattern , which is characteristic of the occurrence of an event, in the continuously captured airborne sound and wherein the system is characterized in that the processor unit is further configured to determine, from the positively recognized sound pattern , an event time (Z) of the occurrence of the sound pattern in the airborne sound, and wherein the processor unit is configured to respond to the event time (Z) being determined from the positively recognized sound pattern by storing event data having a limited data size in the data memory , which event data represent the useful variable measured at the event time (Z) and the useful variable measured during a predetermined recording period (A) immediately after the event time (Z).
A system for storing and supplying water to an internal combustion engine of a motor vehicle with a reservoir for the water, with at least a delivery pump for the water, and with at least a pipeline system comprising at least a feed line from the reservoir to a consumer which is preferably designed in the form of at least a metering unit, and at least a return line into the reservoir as well as with means for demineralizing the water, wherein the means for demineralizing the water are arranged inside the reservoir or on the reservoir or in the pipeline system or communicating with the pipeline system, characterized in that at least one filter is provided, preferably as a mixed bed filter , as the means for demineralizing the water and that the filter is arranged in the feedline or the return line.
A mobile communication system in which a mobile station apparatus is configured to periodically transmit (S61, S62) to a base station apparatus, first feedback information concerning a number of spatially multiplexed signal sequences and second feedback information concerning channel quality which is calculated based on the first feedback information, characterized in that the mobile station apparatus is configured to not transmit the first feedback information concurrently with the second feedback information; the mobile station apparatus is configured to calculate (S64, S65, S66) the second feedback information based on a predetermined number of spatially multiplexed signal sequences when the first feedback information has not been transmitted and to transmit the second feedback information to the base station apparatus, and the base station apparatus is configured to process the second feedback information based on the predetermined number of spatially multiplexed signal sequences when the first feedback information has not been transmitted. the mobile station apparatus is configured to not transmit the first feedback information concurrently with the second feedback information; the mobile station apparatus is configured to calculate (S64, S65, S66) the second feedback information based on a predetermined number of spatially multiplexed signal sequences when the first feedback information has not been transmitted and to transmit the second feedback information to the base station apparatus, and the base station apparatus is configured to process the second feedback information based on the predetermined number of spatially multiplexed signal sequences when the first feedback information has not been transmitted.