4results about How to "Change dependencies" patented technology

The invention discloses a foldable multifunctional coarse cereal cultivation all-in-one machine which comprises a Z handrail and a machine body frame. The left end of the Z-shaped handrail is connected with the handrail connector, and the Z-shaped handrail is connected with the long vertical rod through the inclined supporting rod connecting block. The Z handrail connector is connected with the upper U-shaped fork through a rotating shaft and is fixed at the top end of the long vertical rod through an inner hexagon bolt; a rotary tillage head, a plowshare, a throttling block, a seed flow control shaft, a water tank, a ball valve, a water pipe, a burying head and the like are installed on the machine body frame. The rotary tillage head is driven by the stepping motor and the belt pulley to rotate, the rotary tillage head, the plowshare, the seed flow control shaft, the water pipe and the burying head sequentially perform corresponding operation along with advancing of the cultivator, and the cultivation process of coarse cereals is achieved. According to the device, five steps of rotary tillage, ditching, seeding, watering and burying are achieved at a time, the cultivation efficiency is greatly improved, and the labor intensity of farmers is reduced. In addition, the device can be stored in a folding mode, space is saved, and carrying and transferring are convenient.

The present application relates to the technical field of ring piece processing, and particularly relates to a rolling process control method and control system based on a special-shaped ring piece intelligent production line, comprising the following steps: S1: confirming a bevel angle, and calculating a maximum outer diameter of a fourth blank, a maximum inner diameter of the fourth blank, and a height of the fourth blank; S2: calculating a maximum outer diameter of a third blank, a maximum inner diameter of the third blank, and a height of the third blank; S3: calculating a maximum outer diameter of a second blank, a maximum inner diameter of the second blank, a height of the second blank, and a flat-bottom continuous skin thickness; S4: calculating a bottom outer diameter of a first blank and a thickness of the first blank; S5: calculating a thickness of a round bar; and S6: calculating a free forging upsetting speed, a tire membrane forging punching speed, a free forging punching continuous skin speed, a core roller feeding speed, and an expansion machine main cylinder movement speed during expansion. The present application improves the processing and forming quality of special-shaped ring pieces.

The application discloses a visual configuration type system construction method and platform of GIS, relates to the application technical field of geographic information system, and solves the problems of system structure solidification, complex configuration, difficult expansion, and difficult unified management of multi-map collaborative display and component linkage of existing GIS systems; the application comprises the following steps: configuring a platform structure, a page layout, a function module, a map component and a map layer of a GIS system through a visual configuration mode, generating structured configuration data, and dynamically constructing a page structure and a business function module of the GIS system during system operation; based on the structured configuration data, a map component instance is uniformly managed; through an event response mechanism between components, spatial linkage display between the multiple map instances is realized; through configuration of business metadata for the map layer, unified management and linkage control of the map layer are realized; and the application reduces dependence on a hard coding mode and reduces system customization and adjustment cost.

This application relates to a method for generating a data indicator system based on a large model. The method includes constructing large model prompts for the content of the current business system; using the large model to obtain a list of business domains within the current business system; constructing corresponding large model prompts for each business domain in the business domain list; and using the large model to obtain data indicator-related information for each business domain; importing the data indicator-related information into a data indicator platform to complete the construction of the data indicator system; and managing the data on the data indicator platform. This method can quickly generate a data indicator system using large model knowledge, which business experts can then modify. On the one hand, it changes the traditional reliance on business experts, significantly reducing workload. On the other hand, this method also generates SQL statements on how to extract data indicators from the database, greatly reducing the workload of data engineers in developing data indicators.