7results about How to "Reasonable planning" patented technology

The invention discloses a tempered glass cover one-time forming manufacturing method which comprises the following steps: melting raw materials for producing glass into glass feed liquid through a glass melting furnace, shearing the glass feed liquid into glass feed liquid with corresponding weight through a servo shear according to the size of a glass cover, feeding the glass feed liquid into a pressing machine through a glass feed channel, and performing one-time pressing to obtain a required glass cover prototype; the concave surface is polished with natural gas to be smooth; a reverse manipulator is used for taking the glass cover prototype subjected to fire polishing from the pressing machine mold to a cup supporting mold, and after a laser machine is used for drilling holes, natural gas is used for fire polishing of a convex surface to enable the surface to be smooth; feeding the glass cover prototype into a tempering fan for tempering molding; and S4, cooling after molding and tempering, and inlaying a steel ring to obtain a finished product. A glass cover prototype can be rapidly produced, a tempered glass cover is processed through a fire polishing tempering process, the finished product quality is good, the raw material utilization rate is greatly improved, the energy consumption is reduced, the cost is greatly reduced, the production efficiency is improved, different specifications can be produced according to needs, and the size is stable.

The invention discloses a composite denitrification starting bacterial agent as well as a preparation method and application thereof, and belongs to the field of water pollution control. The method is used for rapidly removing nitrogen oxides in a high-salt degradation-resistant water body low-temperature environment. The microbial inoculum is prepared by compounding three functional strains, namely, pseudoarthrobacter coldtolerant LH-LT-1, petroleum terrestrial bacillus LH-HF0022 and LH-SA-1 (alkaline halophilic bacteria LH-SA-1), wherein the three functional strains are respectively a pseudoarthrobacter coldtolerant LH-LT-1 and a petroleum terrestrial bacillus LH-HF0022. The composite starting microbial agent can tolerate extreme conditions, can activate a denitrification path within 2 hours by adding 3-4 kg / m < 3 > of the composite starting microbial agent at the low temperature of 4 DEG C, and strengthens B / Clt; the method is suitable for scenes of pharmaceutical wastewater, mariculture tail water and the like, and has the advantages of high efficiency, rapidness and low cost.

This utility model discloses a chassis structure and a gearbox cleaning and oil change machine. The chassis structure includes a shell, a support member, and a mounting plate. The support member is disposed within the shell and connected to the inner wall of the shell; along the vertical direction of the shell, the support member can isolate the interior of the shell into a first mounting cavity and a second mounting cavity. The mounting plate is disposed in the first mounting cavity, one end of which is fixedly connected to the support member, and the other end is fixedly connected to the bottom of the shell; along the horizontal direction of the shell, the mounting plate can isolate the first mounting cavity into a third mounting cavity and a fourth mounting cavity; the mounting plate has a mounting surface, which, together with the inner wall of the shell, forms the third mounting cavity, and the mounting surface is used to install the power module and the piping module. This chassis structure can prevent the piping module from interfering with other components, thus making the piping module wiring neater and simpler. Workers can accurately locate the installation position and path, reducing installation difficulty and time costs.

This invention relates to a CPSS system, control method, and application based on cloud-edge collaborative control. The system includes a physical layer, an information layer, and a social layer. The physical layer collects user electricity consumption information and power generation information from power generation equipment, uploads the information to the information layer, executes dispatch instructions, and feeds back the execution results to the information layer. The information layer receives electricity consumption and power generation information, processes and calculates the information using cloud-edge collaborative technology, performs decision simulation based on the calculation results, generates dispatch instructions and guidance instructions, and sends them to the physical layer and user layer respectively. It also optimizes the simulation decisions based on the execution results fed back from the information layer and user layer. The social layer includes operators and users. Operators execute guidance instructions to adjust user electricity consumption behavior and feed back the execution results to the information layer. Through cloud-edge collaborative technology, the computing pressure on the cloud is reduced, and the supply relationship between users and operators can be quickly resolved.

The application discloses an air conditioner flexible regulation reference temperature calculation method, system, electronic equipment and medium, and belongs to the technical field of air conditioner load regulation and control. The air conditioner flexible regulation reference temperature calculation method provided by the application obtains a calculation result about an air conditioner reference temperature by constructing a data processing model, a feature processing model and an air conditioner set temperature relationship model, and can accurately realize the calculation of the air conditioner flexible regulation reference temperature, so that the application can provide a data basis for regulating air conditioner load. The application uses a normality analysis method to analyze and process original data, improves the accuracy of the features, and is beneficial to simplifying calculation. Meanwhile, based on the physical characteristics of the air conditioner, the air conditioner regulation reference temperature setting is calculated according to the original air conditioner data, so that the physical actuality is considered and the method is practical and convenient to implement. Therefore, the application provides a basis for further tapping the adjustable potential of the air conditioner and realizing more reasonable air conditioner regulation and control in the power industry.

This invention relates to an adaptive interactive navigation method and apparatus based on a large language model. The method includes: a robot capturing environmental information through sensors; constructing a primitive skill tree and generating an optimal task sequence using modules based on a large language model based on target indication and environmental information; the robot calling upon an atomic skill library to execute the optimal skill sequence; the robot receiving new observation information during movement and determining whether replanning needs to be triggered through an adaptive replanning mechanism; and the robot sequentially executing control commands based on a task decomposition scheme and making real-time replanning adjustments according to the replanning task decomposition. This application effectively overcomes the problem that single planning schemes are prone to failure due to misunderstandings of the large language model or environmental uncertainties, and can proactively and adaptively respond to environmental changes. By directly modifying the skill tree, it greatly improves the computational efficiency of replanning and achieves real-time rapid response in unknown environments.

The invention provides a data volume measurement method for core network data collection and related equipment, and relates to the technical field of communication. The method comprises the following steps: a performance measurement service provider receives a data volume measurement request from a performance measurement service user, wherein the data volume measurement request comprises a measurement time range; in response to the data volume measurement request, the data volume carried by the received notification and / or response is accumulated and counted by a counter in a measurement time range; and when the measurement time range is exceeded, the value of the counter is fed back to a performance measurement service user. According to the embodiment of the invention, the user of the performance measurement service can specify a clear time range to measure the data volume, so that the accurate data volume information in a specific time period can be acquired, and the storage space can be planned more reasonably.