66results about How to "Avoid repeated revisions" patented technology

The invention relates to an adjustable ventilation structure applied in a notebook computer with a shell, the shell is provided with a ventilation opening and a driver positioned at one side of the ventilation opening, and the driver is connected with a baffle plate and used for driving the baffle plate to shade, or locally shade, or not to shade the ventilation opening, so as to adjust the opening area and the relative ventilation quantity of the ventilation opening.

The invention discloses a method and device for editing a webpage. The method and device are used for achieving webpage editing synchronization of a PC side and a mobile terminal. The method includes the steps that when a webpage editing request is received, a mobile terminal preview layer is generated on a current page, wherein the preview layer comprises an editing interface identical to a display interface of the mobile terminal, and a global variable of the editing interface is identical to that of the display interface of the mobile terminal; editing operation conducted on the editing interface by a user is identified; according to the editing operation, the editing interface is edited. When the webpage is edited, the display interface of the mobile terminal is simulated to edit to the webpage, so that the display effect of the edited webpage on the mobile terminal is conveniently previewed, the problem that the display effect on the mobile terminal is not satisfactory and repeated modification is needed after the webpage content is issued is solved, the webpage editing workload is greatly reduced, and the webpage content can be better browsed by the user through the mobile terminal.

The invention provides an editable internet intelligent dynamic advertisement generation system. The editable internet intelligent dynamic advertisement generation system comprises a template selection module used by a client to select edit modes, a template module which is connected with the template selection module through a signal and comprises a frame, a logo setting frame, a commodity picture setting frame, a background setting frame, a text description setting frame and a control button, a parameter setting module used to set parameters of the template module and a storage module connected with the parameter setting module through another signal and used to store parameter information. The editable internet intelligent dynamic advertisement generation system has the advantages that designers can rapidly generate internet intelligent dynamic advertisements through the editable internet intelligent dynamic advertisement generation system, and personalized dynamic advertisements are provided for each advertiser. The advertisers can voluntarily use the editable internet intelligent dynamic advertisement generation system to select a favorite advertisement style assortment, and repeated modification of designs drafts are avoided to a large extent. Due to the fact that the editable internet intelligent dynamic advertisement generation system is simple and rapid to operate, update frequency of advertisement styles is greatly improved, advertisement clicking conversion effects are effectively improved, and twofold results are achieved through half effort.

The invention provides a station yard graph engineering method, a station yard graph engineering device and equipment. The station yard graph engineering method comprises the steps of: receiving lineinformation by a station yard graph editing module; generating a corresponding station yard graph representation file based on the line information; calculating a check value corresponding to data contained in the station yard graph representation file, and writing the check value into the station yard graph representation file; and transmitting the station yard graph representation file to a human-computer interface (HMI) in a rail transit signal system, so that the human-computer interface (HMI) generates a target station yard graph interface of the rail transit signal system according to the station yard graph representation file, and the station yard graph editing module and the human-computer interface (HMI) in the rail transit signal system are independently arranged. According to the station yard graph engineering method, the work of drawing the station yard graph is separated from the work of developing the human-computer interface of the rail transit system, and the station yard graph is drawn by engineers on a specific line, so that the station yard graph on the specific line is drawn in an engineering mode, and the efficiency and accuracy of drawing the station yard graph are improved.

The invention provides a top level design platform of an electronic system, which comprises an output part, an entry part and a configuration part. The entry part transforms inputted data information to a communication data message and physical resource information to be outputted to the configuration part; after the communication data message and the physical resource information are subjected to network configuration in the configuration part, the communication data message and the physical resource information are transformed into configuration information to be transmitted to the output part; and the output part transforms the configuration information into corresponding output information in a template mode, and outputs the output information to an simulation platform, a document collecting device and a test platform. The device is the top level design platform of the electronic system which dynamically generates a final proposal, and uniformly manages simulating, filing and testing, effectively prevents occupancy of invalid information to resource in a real-time communication network, fundamentally reduces network delay of communication, shortens designing time, and improves designing efficiency.

The invention provides an anchor-pulling test method for simulating an anchor recess of a real ship. The method is characterized by comprising the following steps of 1, drawing an actual shape of the anchor recess according to a location dimension of a design drawing and a lines plan of a ship hull plate; 2, simulating multiple states of an anchor during dropping, judging whether the anchor is collided with a bulbous bow plate or not, and according to the judgment, determining the position of an outlet point of a hawse pipe; 3, simulating a state of the anchor when an anchor rod just enters the hawse pipe in a lifting process, judging whether an anchor sticking phenomenon occurs or not, and according to the judgment, determining an included angle between a central line of the hawse pipe and a vertical direction; and 4, simulating a state of the anchor during lifting in the anchor recess, and according to the state, determining the length of the hawse pipe, an angle of an anchor recess backboard, and the height of an anchor mouth. According to the method, by statically simulating an anchor-pulling test process on design software of a computer, a few defects of anchor recess design can be discovered in advance and then corresponding modification is performed, so that repeated modification of the hawse pipe and an anchor rack in an anchor-pulling test is avoided and manpower and material resources are saved.

The invention relates to a system for producing a substation main wiring model used for PSD-BPA simulation. According to the system, a substation main wiring configuration file is acquired and read, a power system data file is acquired and read, the substation main wiring configuration file is matched with the power system data file, a network data file is modified according to the matching result so as to form a main wiring model to be used for PSD-BPA simulation, and therefore, main wiring model can be established quickly, repeated modification can be avoided, and the workload can be lightened; because change of the substation main wiring configuration file is small, only the substation main wiring configuration file needs to be simply maintained, so that the workload can be effectively reduced, and the accuracy of the main wiring model can be ensured.

The invention discloses an automatic test data processing method, device and equipment and a readable storage medium, and relates to the blockchain technology, the method comprises the following steps: when an automatic test instruction is detected, receiving a demand document of an automatic test, and extracting modification parameters from the demand document; acquiring the type of each modification parameter, determining the data hierarchy of each modification parameter according to the type of the modification parameter, and determining each piece of to-be-modified automatic test data associated with the modification parameter according to the data hierarchy of each modification parameter; and modifying the to-be-modified automatic test data to obtain to-be-combined target test data ofthe automatic test instruction, and combining the to-be-combined target test data to obtain a target automatic test case. The technical problems that in the prior art, the automatic test developmentefficiency is low, and the code maintenance cost is too high are solved.

The invention discloses a designing method for continuously storing FRU (Field Replaceable Unit) information and relates to the field of computer software development. The FRU information is stored in an EEPROM (Electrically Erasable Programmable Read-Only Memory) and a BMC system file through BMC management software, is read from the BMC system file and is co-modified to the BMC system file and the EEPROM, so that after a server updates a BMC FW version, the originally-set information of an FRU is kept invariable, and the FRU information does not need to be repeatedly modified. The FRU information can be continuously stored by the server and is prevented from being repeatedly modified after a BMC FW file is updated, so that the manual maintenance and management of a machine room can be reduced, and the defects of management and maintenance of the machine room through the server are overcome.

The invention discloses a display setting method, which is applied to an operating system with multi-user login. When a user logs in the system, a host of the system can automatically call display setting data which corresponds to the user and is latest stored, and a display automatically adjusts the setting of the display according to the display setting data corresponding to the user, thereby avoiding the repeated modification on the display setting data when the same user logs in the system, and being humanized and convenient.

The invention relates to the technical field of structural design, and discloses a boiler steel structure space detection method based on NX three-dimensional design software. Includes the following steps: (1) establishing a boiler steel structure assembly structure tree and completing the establishment of the whole boiler steel structure solid model; 2, establish a main steel structure, a platform escalator and a maintenance structure in that coordinates of the whole steel structure solid model of the boil; 3, checking that correctness of the solid model of the steel structure; 4, carry out three-dimensional interference checking to judge whether it is qualified or not, and returning to that step 2 if it is unqualified; 5, carry out man-machine analysis on that three-dimensional space ofthe steel structure of the boiler, and return to the step 2 if the analysis result is unqualified; 6, for a three-dimensional space detection analysis report. A technical scheme of that invention adopt three-dimensional space interference inspection and three-dimensional space man-machine analysis, and modifies a model accord to the inspection structure, so as to improve the rationality of the design of the boiler steel structure, improve the work efficiency and reduce the design cost.

The embodiment of the invention relates to the technical field of data communication, and discloses a following state synchronization method and terminal equipment. The following state synchronization method comprises steps: the terminal equipment receives a confirmation signal of a following operation of a flowed item, wherein the confirmation signal is returned by a server; the terminal equipment obtains a local record state of the followed item from a local database; the terminal equipment determines whether the local record state and a corresponding state after the execution of the following operation are the same; and if the local record state and the corresponding state after the execution of the following operation are not the same, the terminal equipment modifies the local record state into the corresponding state after the execution of the following operation. The embodiment of the invention also provides terminal equipment. According to the following state synchronization method and the terminal equipment, the condition that the local record state of the followed item is repeatedly modified by the terminal equipment due to uncertain factors such as network delay or transmission errors is avoided, and the resource consumption brought by repeated data processing is avoided.

The invention discloses a CAD (computer aided design)-based complicated mechanical design method, belongs to the technical field of CAD, in particular relates to the improvement of the CAD-based complicated mechanical design method, and aims to provide a CAD-based top-down complicated mechanical design method. According to the technical scheme, the method comprises the following steps: (1) entirely splitting N functions of complicated machinery into N functional parts; (2) searching for a possible embodiment of each functional part; (3) permuting and combining the possible embodiments of all the functional parts to obtain a plurality of groups of possible implementation schemes; (4) performing comprehensive analysis, and keeping two to five schemes; (5) after the analysis, selecting an optimum scheme from the two to five schemes kept in the step (4); (6) establishing an upper-layer framework model through CAD software according to the optimum scheme selected in the step (5); (7) on the basis of the upper-layer framework model, splitting into components, and then dividing each component into single pieces in detail; (8) completing the design of each single piece, namely completing the overall design.

The invention relates to a user information processing method and a device, electronic equipment and a storage medium. The method is applied to a server, and comprises the following steps: receiving an information viewing request sent by a client; determining a target type of the information viewing request; determining a target storage address corresponding to the information viewing request based on a corresponding relationship between a preset type and a storage address; wherein the storage address comprises a storage address before information modification and a storage address after information modification; and acquiring user information based on the target storage address, and returning the user information to the client. The embodiment of the invention provides a technical scheme.According to the method, the to-be-audited user information and the audited user information are stored respectively, so that the user information before or after modification is returned from different storage areas according to different types of information viewing requests, and other users can view the audited information while the user can view the modified information in time.

The invention discloses a method for quickly positioning and installing double I-shaped beams on a cabin section of a container ship. The method comprises the following steps: checking and constructing the squareness of a main deck in a cabin section plate splicing stage; drawing the center line of the position of the longitudinal girder in the assembling process and rebounding the center line to a non-component surface; strictly constructing a 150M. K datum line at the bow part position, and ensuring that a right angle is formed between the bow part datum line and the center line; checking the accuracy of I-beam incoming goods; and after the segmented components are installed, the installation position, size and precision of the I-shaped beam are positioned at a time through a total station. According to the method disclosed by the invention, the I-shaped beam is quickly positioned and mounted in the segmented assembly stage, so that the defects of low precision and repeated correction are avoided, the production cycle of a ship is shortened, and the precision of the I-shaped beam is improved.

The embodiment of the invention discloses a data processing method, a related device, equipment and a storage medium, and the method comprises the steps: obtaining a data call request sent by a firstapplication, and determining a second application based on the data call request; determining an incoming parameter configuration file corresponding to the second application, configuring a request parameter carried in the data call request as a target request parameter based on the incoming parameter configuration file, and generating a target data call request based on the target request parameter; sending the target data calling request to a second application, and obtaining target data sent by the second application in response to the target data calling request; and sending the target data to the first application. By adopting the embodiment of the invention, the data calling process can be simplified, the data calling efficiency is improved, and the applicability is high.

The invention discloses a parameter designing method of a rope-driven under-actuated grab mechanism. A dedicated analytical form designing method is provided for the change form of a joint pulley radius, a joint torsion spring stiffness coefficient, an initial torque and a rope driving force. The parameter designing method avoids the repeated repairing of designing methods of experiences such as direct simulation or test and greatly improves the movement and control precision of an under-actuated system.

The invention provides a time table considering large and small intersections and a vehicle bottom application plan making method, and the method comprises the steps: drawing up a departure interval difference target function and a vehicle bottom warehouse-in and warehouse-out frequency target function according to the information of the time table for large and small intersections; constructing constraint conditions, wherein the constraint conditions comprise departure interval constraint conditions, train number continuing constraint conditions and intersection constraint conditions; based on the departure interval difference objective function and the vehicle bottom use objective function, drawing up a collaborative optimization model function; and solving the departure interval difference objective function and the vehicle bottom warehouse-in and warehouse-out frequency objective function based on constraint conditions, and further solving the collaborative optimization model function Z to obtain time table and vehicle bottom application plan scheme data. According to the method, the influence of large and small intersection plans on the compiling of the timetable and the underbody application plan is comprehensively considered, and an integrated compiling method is provided, so that the problem of repeated modification caused by compiling the timetable and the underbody application plan as two independent processes in the traditional compiling process is avoided.

The invention relates to an internet-based garment pattern arrangement method and system and a storage medium, and the method comprises the steps: obtaining a to-be-arranged garment image, carrying out mathematical modeling according to the to-be-arranged garment image, and obtaining a to-be-arranged garment model; obtaining a to-be-arranged pattern image, and preprocessing the to-be-arranged pattern image to obtain a target pattern image; and obtaining an arrangement mode, superposing the to-be-arranged garment model and the target pattern image according to the arrangement mode by adopting a preset pattern superposition method, and generating and displaying a garment pattern arrangement effect picture. Customized clothing pattern design can be carried out based on the Internet technology, the garment pattern arrangement effect picture most conforming to expectation is generated and displayed to the user, repeated communication and modification are not needed, the customization efficiency is improved, the rework rate is low, the intelligent degree is high, and the user experience feeling is high.

The invention discloses a database access method, device and equipment and a readable storage medium. According to the method and the device, the target component can automatically complement the library name and/or the table name for the access request, so various types of access requests do not need to specify specific library names and/or table names and can be completed by using general logic, the method and the device have universality, and the development workload is also reduced. Meanwhile, a library name and/or a table name are/is not specified in the configuration file, when the library name and/or the table name in the database are/is modified, the configuration file does not need to be modified, and repeated modification of the configuration file is avoided. The master database and the slave database are further arranged, so that the write operation accesses the master database, the read operation accesses the slave database, the write operation and the read operation can be prevented from competing for computer resources, and the database access efficiency is improved. Correspondingly, the invention provides a database access device and equipment and a readable storage medium, which also have the above technical effects.

The invention relates to a method for determining the position of a back door hinge shaft, and the method comprises the steps: determining initial coordinates (X0, Y0 and Z0) of the back door hinge shaft based on a rear modeling CAS surface, a back door hinge span condition and a static gap condition of a back door and a top cover; determining an initial coordinate of a back door lock based on the height of the back door threshold and the ground line; determining the maximum opening degree of the back door based on the back door ground clearance and the back door inner buckle ground clearance; adjusting and checking the performance index of the gas spring so that the gas spring can meet the back door maneuverability requirement; obtaining constraint conditions based on the cross-sectional diagram at the Y0 position of the back door and the cross-sectional diagram of the hinge; and in combination with the target function and the constraint condition, iteratively solving the abscissa X1 and the ordinate Z1 of the hinge shaft when the target function obtains the maximum value, and obtaining the position (X1, Y0, Z1) of the back door hinge shaft. The problems of long time consumption and low efficiency of determining the position of the hinge shaft in related technologies can be solved.

The invention discloses a method and device for modifying parameterized models in batches, and the device comprises a model pre-selection module which is used for pre-selecting a batch of parameterized models; a type editing module which is used for specifying an editing type according to the parameterized model characteristics, wherein the editing type comprises a variable value, a variable type, a sub-model style and a model attribute value; a model confirmation module which is used for determining a plurality of parameterization models needing to be subjected to editing operation from a batch of pre-selected parameterization models according to the editing type; a target input module which is used for inputting an execution target of an editing type; and an execution module which is used for executing batch editing operation on the determined parameterized models according to the execution target of the editing type so as to modify the editing type of the parameterized model. According to the method and the device, batch modification of the parameterized models can be efficiently and accurately realized.