49results about How to "Simplify work content" patented technology

The invention provides an NVME SSD automatic formatting method and device, a terminal and a storage medium. The NVME SSD automatic formatting method comprises the steps that formatting tools for NVMESSDs of different specifications are packaged into a configuration file; Packaging the execution script corresponding to the formatting tool into a configuration file; Obtaining an NVME SSD specification; Calling a corresponding formatting tool and an execution script according to the specification; And executing the corresponding execution method through the corresponding formatting tool by utilizing the execution script. According to the method, when the SSD encounters a problem in the using process, formatting can be rapidly carried out, the working efficiency is prompted, and the working content is simplified.

The invention discloses an optimized construction method for a double-arc tunnel. The optimized construction method for the double-arc tunnel comprises the following steps that temporary support is carried out after a middle pilot tunnel is mechanically excavated by a benching tunnelling method; a structural steel arc frame is installed on the side, close to a first cave, of the middle pilot tunnel, construction of a hanging net, connecting bars, anchor rods and sprayed concrete is carried out, and a primary support structure is formed by installing the structural steel arc frame, the hangingnet and sprayed concrete construction; plain concrete is backfilled integrally on the side, close to a back cave, of the middle pilot tunnel; the first cave is mechanically excavated by the benching tunnelling method, and a primary support is closed to form a ring; and a back cave is mechanically excavated by the benching tunnelling method, and the primary support is closed to form a ring. The optimized construction method for the double-arc tunnel can reduce construction processes, improve the construction speed and effectively reduce the construction cost.

The invention discloses a valve monitoring method of a power plant, and the method is applied to a control system of a generating set of the power plant. The monitoring method comprises that a basic valve state list of valves in the generating set is obtained; a present adjustment operation of a staff of the power plant is obtained, and a corresponding typical operation list is generated on the basis of the adjustment operation; a screening operation list is generated on the basis of the basic valve state list and the typical operation list; and an operation of a user is obtained, the basic valve state list is updated on the basis of the operation instruction and the screening operation list, and an updated basic valve state list is obtained. The invention also discloses a valve monitoringdevice of the power plant, States of the valves of equipment in the power plant are monitored in real time, the typical heat engine operation list is optimized on the basis of a monitoring result, operation steps of a power plant staff are reduced, the work content is simplified, the working efficiency is improved, the valve states of equipment of the power plant are synchronized in real time, the operation safety of an enterprise is guaranteed, and hidden troubles are eliminated from work.

The present invention relates to an automation tool based on code-level support sw_64 architecture. The execution process of the tool includes the following steps: Step S1: perform one-time batch processing on source code packages, and filter out source code packages related to code-level support sw_64 architecture; Step S2: Install the srpm source package in the filtered source package list; step S3: run the aname command on the srpm source package in the filtered source package list to perform text filtering and replacement; step S4: generate files before and after replacement patch file. In the process of transplanting the software package, the present invention only needs to pay attention to the source code related to the architecture, and when transplanting the source code package on a brand-new architecture platform, the automation tool can be applied to other platforms with a slight modification. Strong readability, easy maintenance, and strong portability can greatly simplify the work content, save manpower, and improve work efficiency.

The present invention relates to a reinforcement device for hatch cover, fixedly connected on the top portion of original top plate. It includes new surface plate, supporting and external web plate. The described external web plate is connected with new surface plate, and they are formed into one body with T-shaped structure or the described external web plate and original top plate are formed into one or several box body structures together. After the above-mentioned reinforcement device is adopted, the main structure of original hatch cover can be remained, has no need of makking new component, and the technical transformation with large range can be implemented.

The invention provides a BTM protocol configuration identification unit, which is mainly composed of the user information configuration area of ​​the off-chip EEPROM and the FLASH program section in the chip; the APP user program is divided into a main function program and a plurality of user protocol programs; the user protocol program It is mainly to complete the relevant data interaction according to the communication protocol of the target user (ATP / VOBC); the main function program is fixed and will not change with the change of the user protocol, and the user protocol program does not correspond to BTM‑ATP of multiple users / VOBC communication protocol; the connection between the user protocol program of the target user and the main function program is established by the guide program. The present invention brings the following technical effects: it provides a multi-user (ATP / VOBC) software modularization processing method for BTM software, simplifies the work content, and provides a configurable burning method in the operation and maintenance stage.

The invention relates to the field of mobile communication and provides a method for initializing and registering an industry application mobile terminal. The method in the invention comprises the following steps of: receiving user input information and obtaining local solid information by the mobile terminal, wherein the user input information at least comprises a user service code distributed by an industry application system and a user defined password; submitting initialization / registration information comprising the user input information and the local solid information to a network server by the mobile terminal; comparing the user service code in the received initialization / registration information with a user service code preset in the network server by the network server so as to judge whether the initialization / registration information is effective or not; and if so, persisting the initialization / registration information and returning initialization / registration result information to the mobile terminal. The method provided in the invention can initialize the mobile terminal while registering the mobile terminal by the network server, and can be applied to the industry applications, such as food safety supervision in the circulation link and the like.

The invention relates to a device for measuring bump height difference distribution at a bridge head and a working method of the device. The device comprises a movable base and directional wheels arranged on the movable base, wherein the movable base is provided with a measuring part used for feeding back the fluctuation degree of a road surface, an amplifying part used for amplifying an output signal of the measuring part and a recording part used for recording the output signal of the amplifying part. The measuring part comprises a support fixed on the movable base, a sliding sleeve vertically fixed on the support, a sliding shaft slidably connected with the sliding sleeve and a roller arranged at the lower end of the sliding shaft. The amplifying part comprises a stand column arranged on the movable base, a connecting beam hinged to the stand column, a sliding column arranged on the movable base and a clamping seat slidably connected with the sliding column. When used, the device ispushed to advance along a measuring route, the value of the height difference between the bridge head and the road surface on the modified route can be completely recorded, and the device has the characteristics of simplicity in operation, comprehensive data acquisition and high acquisition speed.

The invention discloses a novel low-voltage variable-frequency speed regulation device. The novel low-voltage variable-frequency speed regulation device comprises a main low-voltage variable-frequencyspeed regulation device body, wherein a casing is arranged in the middle of the main low-voltage variable-frequency speed regulation device body; buttons are arranged on one side of the casing; a display is arranged at the top end of the buttons and forms an integrated structure with the buttons; sliding columns are arranged on two sides of the main low-voltage variable-frequency speed regulationdevice body and form an integrated structure with the main low-voltage variable-frequency speed regulation device body; a groove is formed in the middle of each sliding column. With the arrangement of the sliding columns and fixed columns, mounting and dismounting steps of the low-voltage variable-frequency speed regulation device are improved, working content is simplified, so that the device ismore efficient, all that is required for a worker is to align the sliding columns to sliding chutes in the fixed columns and slowly slide the sliding columns down, damping springs and rubber pads inthe bottom ends of the fixed columns have a protecting effect on the low-voltage variable-frequency speed regulation device, the mounting is simplified, time is saved, meanwhile, working difficulty ofthe worker is reduced, and practicability is improved.

The invention discloses an automatic initialization method based on a frequency modulation filter of a pulse stepping motor. It simulates manual operation through the automatic initialization system composed of computer, motor driver, frequency modulation filter of pulse stepping motor, test equipment and regulated power supply. The automatic initialization tool is preset in the computer, computer, motor driver, frequency modulation filter of pulse stepping motor 1. The test instrument forms a loop, completes the characteristic data collection after several cycles, and generates the initial data required by the filter after calculation by the computer. The method has high precision, fast efficiency, convenient operation, and is applicable to various frequency ranges, and the initialization process can be unattended, and the generated initialization data can be verified. Process data and results can be saved as files to make the process traceable. The feature of this method is to control the tested product while controlling the testing instrument, and the two are coordinated to completely simulate manual operation, record process data, and avoid human error.