70results about How to "OK automatically" patented technology

The invention provides a volume measurement method for an object on a conveyor belt. The method is capable of quickly and automatically determining the volume of the object on the conveyor belt. The method comprises the steps of collecting an image without light stripes and an image with light stripes by means of a monocular camera; according to the image without light stripes and the image with light stripes, determining the internal parameter matrix of the camera and a pixel coordinates set for the center of the light strips; based on the pixel coordinates set for the center of the light strips, determining a light plane equation; according to the internal parameter matrix of the camera and the determined light plane equation, determining the three-dimensional coordinates of a surface point of the conveyor belt and the three-dimensional coordinates of a surface point of the object; according to the determined three-dimensional coordinates of the surface point of the conveyor belt and the determined three-dimensional coordinates of the surface point of the object, determining the volume of the object. The method is applicable to the technical field of measuring.

The present invention provides a shaping rate deciding method capable of deciding the shaping rate of a pressing apparatus properly and promptly. In the shaping rate deciding method for deciding the shaping rate of the pressing apparatus, a plate material is provided with a plurality of measurement points, and is pressed at a predetermined shaping rate by the pressing apparatus. Next, the distorted states (at points Q1 - QN) at the individual measurement points thus pressed are plotted in a shaping limit diagram containing a shaping limit line (FL) of the plate material, thereby to form a distortion distribution diagram. Of the points (Q1 - QN) plotted in the distortion distribution diagram, the point the closest to the shaping limit line (FL) is adopted as a specific measurement point. The shaping rate of the pressing apparatus is made lower than the predetermined shaping rate, in case the specific measurement point is located in an extended region (Epsilon2 > 0), but is made higher than the predetermined rate, in case the specific measurement point is located in a drawn region (Epsilon2 = 0).

The invention relates to the technical field of railway dispatching and discloses a train dispatching optimization method and system. The method comprises the following steps: when a train leaves a station or passes through a station, acquiring the state information of the next station; acquiring the interval total time data when the train runs to the next station according to the state information of the next station and the state information of the train; and determining the optimal interval running time when the train runs to the next station according to the relation between the interval total time and train dispatching optimization indexes. According to the invention, the optimal train running time can be automatically and accurately determined in real time according to the train dispatching optimization indexes, safe running is ensured, the railway transportation efficiency is greatly improved, and energy sources are saved.

The embodiment of the invention provides an alarm processing method and device. The method comprises the following steps: acquiring first alarm information in original alarm data reported by OMC (Operation Maintenance Center) equipment, wherein the first alarm information is alarm information carrying an alarm indication of an RRU (Remote Radio Unit); according to the alarm identification information of each alarm information entry in the original alarm data, determining second alarm information of the RRU equipment to which the alarm belongs in the alarm information entries; when the first alarm information is consistent with the second alarm information, determining that the RRU equipment gives an alarm, and determining a fault geographical range of the RRU equipment according to the alarm information of the RRU equipment, wherein the alarm information of the RRU equipment is the first alarm information or the second alarm information. The embodiment of the invention solves the problems that in the prior art, the RRU fault position cannot be timely and accurately obtained in the high-speed rail private network, the maintenance efficiency is low, and the equipment fault duration is prolonged.

The invention provides an air-conditioner installing position determining method. The method comprises the following steps that when an air-conditioner receives an installing position determining detection command, the air-conditioner is controlled to enter a refrigeration mode, and an infrared sensor is started; according to a preset air guide angle combination scheme, an air guide angle of a horizontal air guide strip and an air guide angle of a vertical air guide strip are adjusted; the infrared sensor is controlled to scan an object region, and object region temperature data correspondingto the preset air guide angle combination scheme are obtained; and according to the multiple sets of obtained object region temperature data, the installing position of the air-conditioner is determined. The invention further provides an air-conditioner installing position determining device, a readable storage medium and the air-conditioner. The problem that an existing air-conditioner cannot automatically determine the self installing position is solved.

The patent relates to a method for determining the position of at least one local antenna in an examination space of a magnetic resonance system, wherein magnetic resonance signals emitted by a body arranged in the examination space are received by the at least one local antenna location-encoded in at least one coordinate direction, intensity values that are spatially resolved in the coordinate direction are generated from the received magnetic resonance signals, and the position of the local antenna in the coordinate direction is determined from a curve of the intensity values along the coordinate direction, the intensity values having been subjected as needed to post-processing. The determination of the position of the local antenna ensues by adapting a function to the curve of the intensity values, the function being manipulable to approximate the shape of a sensitivity profile of the local antenna, and the position of a maximum of the adapted function is utilized as the position of the local antenna. A noise-insensitive determination of the position of local antennas with high precision is achieved.

The invention relates to a video synthesis method and device, computer equipment and a storage medium. The method relates to the field of network media and the technical field of artificial intelligence, and comprises the following steps: acquiring content description text information of a target object; the content description text information is text information for describing content expressed by the target object; performing semantic feature extraction on the content description text information to obtain text semantic features; obtaining candidate video content features; the candidate video content features are obtained by performing semantic feature extraction on picture contents of the candidate video clips; based on the matching degree between the text semantic feature and the candidate video content feature, determining a video clip matched with the content description text information to obtain a target video clip; and synthesizing the object video based on the content description text information and the target video clip. By adopting the method, the multimedia data processing efficiency can be improved.

The embodiment of the invention discloses a method for determining the ink-jet interval time. A plurality of scanning images are obtained by scanning a plurality of test samples obtained by printing at different ink-jet time intervals; each scanning image is subjected to gray processing to obtain a corresponding ink mark gray image; a test area corresponding to each printing test point is determined, and each test area includes a plurality of pixels; a scatter distribution matrix corresponding to each ink mark gray image is determined according to gray values of the multiple pixels in each test area; a preset convergence threshold is obtained; a convergence interval corresponding to the corresponding ink mark gray image is determined according to the corresponding scatter distribution matrix and the preset convergence threshold; and the ink-jet interval time corresponding to the ink mark gray image with the minimum convergence interval is determined as the target ink-jet interval time,thus the ink-jet printing quality is improved, and the ink-jet interval time is automatically determined.

The invention relates to a method for recognising a fault in a system (105) by detecting load curves with an anomalous course in a plurality of load curves, wherein a load curve represents the course of a characteristic variable over a range of values of an observed parameter of a respective component of the system (105), said method comprising the following steps: inputting (11) a plurality of load curves; providing (12) more than one group for load curves with a similar course; assigning (13) each of the input load curves to a group; determining (14) the anomalous load curves within every individual group of load curves; and releasing (15) the determined anomalous load curves and / or information relating to the determined anomalous load curves for further analysis of the fault and / or for checking the components of the system (105).

The invention relates to a washing mode determination method and device and intelligent equipment. The washing mode determination method includes the following steps that motion data of users in the set time period is obtained; based on the motion data, a washing mode is determined; the washing mode is sent to the washing machine. According to the technical scheme, based on the motion data of theusers in the set time period, the washing mode can be determined, and therefore, through the combination of the actual condition of clothes of the user, the washing mode can be automatically and accurately determined. The problem that in the prior art, it is troublesome for the users to manually select the washing mode is solved, at the same time, the time is saved for the users, and the user experience is optimized.

The invention provides a test case processing method and device, equipment and a storage medium, and relates to the technical field of case testing. The method comprises the following steps: receivinga first case removal notification sent by a first server; calling a test task to run test cases in the second test case set to obtain a first test running result of the second test case set; and if the test operation of the removed test case in the first test operation result fails, determining that the removed test case is a first misinformation test case. Compared with the prior art, the methodhas the advantages that the problems of low efficiency and high cost caused by manual troubleshooting of misinformation test cases are avoided.

The invention relates to an electronic equipment fault device detection technology, in particular to a method for determining a fault calculation core in a multi-core processor and electronic equipment. The method is applied to the electronic equipment configured with a multi-core processor, the multi-core processor is integrated with a plurality of computing cores, the computing cores in the computing cores are mutually independent, and the computing cores comprise a first computing core; wherein when the electronic equipment runs, at least one computing core in the plurality of computing cores executes a program instruction, and the program instruction is distributed based on a dynamic scheduling strategy; the method comprises the steps of determining a calculation core corresponding toeach operation exception in N operation exceptions, wherein the operation exception is caused by exception occurring when any calculation core in a plurality of calculation cores executes a program instruction; and when the number of operation exceptions corresponding to the first calculation core in the N operation exceptions is greater than or equal to M, determining that the first calculation core is a fault calculation core and M is a preset value.

The invention discloses a test method and device, electronic equipment and a computer readable storage medium. The method comprises the steps of determining current frame data related to tested equipment and determining reference data corresponding to the current frame data; determining a first test result corresponding to the current frame data according to the current frame data and the reference frame data; obtaining at least one second test result from a plurality of second test result, obtained before the current frame data, in a preset time period, wherein each second test result corresponds to a frame of history frame data in the preset time period; and determining a third test result of the tested equipment according to the obtained at least one second test result and the first test result. Through implementing the method, test results can be immediately obtained in the test periods.

The embodiment of the invention discloses a method and device for determining element information in a page, electronic equipment and a storage medium, and the method comprises the steps: obtaining atarget position currently corresponding to a cursor, and determining a to-be-measured element corresponding to the target position; copying the to-be-measured element in a preset transparent layer toobtain the target element; and obtaining attribute information of the target element, and determining size information of the to-be-measured element based on the attribute information. According to the technical scheme, the technical problems that in the prior art, when the element size is manually determined, the error rate is high, the labor cost is high, and the measurement efficiency is low are solved, and the technical effect of automatically, conveniently and accurately determining the size of the element to be measured is achieved.

The embodiment of the invention discloses a method and device for determining traffic light crossings, and an electronic device. The method includes: acquiring coordinates of each traffic light crossing and static data of each road segment chain; according to the position information of each road segment chain, generating at least one first road according to the manner that each road segment chaincorresponding to a same road marking is connected in sequence; and segmenting each first road according to the coordinates of each traffic light crossing, to determine the road segments related to each traffic light crossing. In this embodiment, the first road corresponding to the same road marking is generated by the position information of each road segment chain and the first road is segmentedaccording to the coordinates of the traffic light crossing, to automatically and accurately determine each traffic light crossing at high speed and high efficiency, and determination of batch of traffic light crossings can be realized.

The embodiment of the invention provides a method and equipment for determining a common channel. The method comprises the following steps: determining the IP (Internet Protocol) address of an RNC (Radio Network Controller) and the IP address of a base station; determining a one-way transmission channel between the RNC and the base station and the direction of the one-way transmission channel according to the IP address of the RNC and the IP address of the base station; and performing cyclic redundancy check on the FP (Frame Protocol) head of data in the one-way transmission channel according to the direction of the one-way transmission channel to determine whether the one-way transmission channel is the common channel or not. By adopting the method and the equipment, the common channel can be determined conveniently, and the efficiency of network operation and maintenance supervision is increased.

The embodiment of the invention discloses a delay calibration parameter determination method and device, electronic equipment and a storage medium. The method comprises the steps that according to analternative delay value set corresponding to to-be-calibrated data ports, a Monte Carlo tree of delay values is constructed, wherein nodes on each layer of the Monte Carlo tree correspond to alternative delay values of the same to-be-calibrated data port; according to delay values of iterative value paths in the Monte Carlo tree, delay values needed for all the to-be-calibrated data ports to output standard test signals are adjusted, and a target value path is obtained; and according to all the nodes included in the target value path, delay values corresponding to all the to-be-calibrated dataports are determined. Through the technical scheme in the embodiment, the technical effect of determining delay calibration parameters automatically, efficiently, rapidly and accurately is achieved,no manpower cost investment is needed, an existing delay calibration parameter determination mode is optimized, and the determination efficiency of the delay calibration parameters is improved.

Disclosed is a method for determining a reference position of a steel belt. The method comprises: (1) heating one section of the steel belt to the color changing temperature, and forming the color difference between a heating section and a non-heating section on the surface of the steel belt after the steel belt is heated; 2) identifying different colors formed after the surface of the steel beltis heated by adopting a color sensor, and determining the color changing position of the steel belt; and 3) taking the color changing position as a steel belt length metering reference point. The invention also correspondingly provides a device for determining the reference position of the steel belt by using the method. According to the invention, the color difference between the heating sectionand the non-heating section of the steel belt is identified by using the color sensor according to the color difference between the heating section and the non-heating section formed during heating ofthe steel belt, so that the discoloring position is determined, and the discoloring position is used as a reference point for metering, therefore, nondestructive, correct and simple positioning can be achieved. In particular, the initial position and the length of the steel belt can be conveniently and automatically determined by a sensing signal of the color sensor through the controller.

The invention provides a logistics warehouse medicine quantity verification method and system, and the method comprises the steps that a terminal collects a front first picture of a first storage space of a logistics warehouse, and after a set angle is selected, a top view second picture of the first storage space is collected; the terminal classifies and identifies the first picture to determine n two-dimensional codes in the first picture, and divides the n two-dimensional codes into n two-dimensional code areas according to RGB values of peripheral pixels of each two-dimensional code; the second picture is classified and identified to determine w icons in the second picture, and w icon areas corresponding to the w icons are acquired; and the terminal determines the medicine quantity S of the first storage space according to n and w, and verifies the record quantity of the first storage space according to the medicine quantity S. The technical scheme provided by the invention has the advantage of high efficiency.

The invention is suitable for the technical field of vehicles, and provides a vehicle function detection method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining the vehicle information of a target vehicle; determining vehicle type information of a target vehicle according to the vehicle information; and searching a vehicle function module corresponding to the vehicle type information from a preset database. The vehicle type information of the target vehicle can be directly determined according to the vehicle information; the vehicle function module corresponding to the vehicle type information is searched from the preset database, the vehicle function module can be automatically determined, a user does not need to check the vehicle type function through a vehicle type table or a specification provided by an equipment manufacturer, the vehicle function module can be automatically and rapidly determined, and therefore the convenience of determining the vehicle function is improved.

The embodiment of the invention discloses a method and device for determining a target image, electronic equipment and a storage medium, and the method comprises the steps: determining a target region, and determining the vertex information of the target region; obtaining to-be-selected inflection point information of each to-be-selected line graph, and determining to-be-processed inflection point information according to the vertex information and at least one piece of to-be-selected inflection point information; for each piece of to-be-processed inflection point information, obtaining control point information corresponding to the current to-be-processed inflection point information and the next to-be-processed inflection point information, and obtaining a to-be-processed array according to the current to-be-processed inflection point information, the next to-be-processed inflection point information and the control point information; and processing the current to-be-processed array through a target point determination model to obtain at least one piece of target point information, and determining a target broken line graph located in the target area according to the at least one piece of target point information and the vertex information. According to the technical scheme of the embodiment of the invention, the convenience of determining the target image and the reusability of the image are improved.

The invention relates to the technical field of finance science and technology, in particular to a text replacement method, device and equipment, and aims to solve the problem that manual searching of statements needing multilingual display wastes time and labor in the prior art. According to the embodiment of the invention, after the file type of a to-be-processed source code file is a preset type, a target text needing to be processed is determined from the source code file, wherein the target text comprises a preset language which needs to be displayed in multiple languages; and replacement processing is performed on the target text by using a replacement rule corresponding to the file type of the source code file to be processed. Through the method, the device and the equipment in the embodiment of the invention, the text needing to be displayed in multiple languages can be quickly and accurately determined from a large number of source code files.

The invention provides an interface verification method and a device, electronic equipment and a storage medium, and the method comprises the steps: obtaining interface information of a plurality of to-be-verified UI interface groups; wherein the interface information is element information of each UI component element of the UI interface in each to-be-verified UI interface group; pairing and combining the UI interfaces among the to-be-verified UI interface groups to obtain a paired UI interface group; displaying the paired UI interface group in an interface verification area of a verification interface; in response to a verification operation for the paired UI interface group in the interface verification area, comparing UI composition elements of a plurality of UI interfaces of the paired UI interface group based on the interface information; determining difference data of difference elements in the multiple UI interfaces based on a comparison result, and displaying the difference data; wherein the difference data comprises at least one of color difference, shape difference, position difference, size difference and pattern difference.

The invention discloses a photographing focal length regulating method. The method comprises steps of: determining first position information of at least one motion object; according to second position information of a photographing device and the first position information of the at least one motion object, determining a distance between the photographing device and the at least one motion object; and calculating a focal length of the photographing device according to the distance, wherein the focal length is used for regulating a focal length of the photographing device. In the method, position information of the motion object is acquired, the focal length of the photographing device is determined through the position information of the motion object and position information of each photographing device, the focal length of the photographing device is determined accurately and automatically, and better photographing effect is achieved. The invention further discloses a photographingfocal length regulating device, a server and a storage medium.

This application relates to a method and device for acquiring database types, belonging to the field of data storage. The method includes: acquiring a database table; acquiring statistical information of data items in the database table, the statistical information of the data items at least includes the number of data records in the database table, and the data set corresponding to the database table and the storage times of each data in the data set, the data set includes the data stored in the column corresponding to the data item after deduplication; according to the statistical information of the data item in the database table, Determines the database type of the database table. The device includes: a first acquisition module, a second acquisition module and a determination module. This application can improve the efficiency of database types.

The invention provides a data labeling method and device, and relates to the technical field of image labeling and deep learning. The specific implementation mode comprises the steps of obtaining to-be-labeled data and a labeling requirement of the to-be-labeled data; determining a labeling mode type meeting the labeling requirement, wherein the labeling mode type is the type of a labeling mode adopted for the to-be-labeled data in order to meet the labeling requirement; according to the labeling requirement, generating labeling questions conforming to the annotation mode type, wherein the labeling questions are used for prompting the labeling content in the annotation tool; and generating a labeling tool comprising the to-be-labeled data, the labeled questions and the question logic relationship. According to the method and the device, the labeling mode type can be determined according to different to-be-labeled data and labeling requirements, so that an appropriate evaluation method for the labeling requirements is found, and a labeling tool meeting a specific labeling requirement scene is automatically and flexibly customized.

The invention discloses a method and device for establishing an application dependency relationship, and the method comprises the steps: calling quintuple information and process information through a TCP network, and obtaining an association relationship between processes; and based on the established association relationship between the processes and the applications to which the processes belong, determining the applications with the dependency relationship. According to the method for constructing the incidence relation between the applications, the method is irrelevant to languages and platforms and has no invasion to the service system, and the application dependency relation is automatically and simply determined. Furthermore, according to the embodiment of the invention, a real fault injection mode is adopted, faults are injected in sequence for each dependency, and judgment of the dependency degree between applications with the dependency relationship is realized by verifying a service steady-state index result.