6results about How to "Realize reasonable configuration" patented technology

This application discloses a driving device, comprising: a base; a lens focusing section including: a focusing carrier movably mounted on the base; a focusing coil mounted on one side of the focusing carrier; and a common magnet disposed opposite to the focusing coil; and a chip-mounted image stabilization section including: a movable image stabilization carrier movably mounted on the base; at least one image stabilization magnet disposed on the base, opposite to the common magnet; and an image stabilization coil disposed on the movable image stabilization carrier, opposite to the image stabilization magnet and the common magnet; wherein the base includes an upward extension and a bottom lateral extension, the bottom lateral extension extending horizontally, the upward extension extending from the bottom lateral extension along the optical axis towards the object side of the base, the upward extension forming a magnet mounting position for mounting the common magnet, and the image stabilization magnet disposed on the bottom lateral extension.

The invention discloses a power distribution network planning method and device, computer equipment and a readable storage medium, and relates to the technical field of power system planning, and the method comprises the steps: constructing a power distribution network planning model with the minimum total cost as a target, and considering a power generation power supply constraint condition, a power distribution network flow constraint condition and a node power balance constraint condition in the model, therefore, the access position of the charging station can be optimized by comprehensively considering the actual condition of the whole power distribution network, the reasonable configuration of the charging load is realized, and the safe operation of the power distribution network is ensured. The method comprises the following steps: constructing a target function of power distribution network planning by taking total cost minimization as a target; on the basis of the objective function, introducing a power generation power supply constraint condition, a power distribution network power flow constraint condition and a node power balance constraint condition to construct a power distribution network planning model; and carrying out global planning on the access position of the charging station by adopting the power distribution network planning model and taking the access position of the charging station as a decision variable so as to obtain an optimal planning scheme.

This application provides an optical component and its assembly method. By fixing a third lens portion with its optical axis as a reference, the positions of the first and second lens portions are simultaneously adjusted. Based on the sensitivity of the optical lenses, the first lens portion, with higher sensitivity, is first fixed to the housing of the driving device. Then, the position of the second optical lens portion, with lower sensitivity, is adjusted. Finally, after the second lens portion can clearly image the image, it is fixed to the focusing carrier of the driving device, thus forming the optical component described in this application. This assembly method simplifies the assembly process while ensuring the accuracy of the assembled optical component.

The utility model discloses a kind of three-dimensional live water aquaculture systems suitable for different land use types, including supporting mechanism, breeding mechanism and live water control mechanism;The supporting mechanism is used to erect breeding mechanism above ground;The live water control mechanism is used to control the input and discharge of water body in breeding mechanism, regulate and control the flow and water level of water body in breeding mechanism.The utility model provides a new mode of three-dimensional live water aquaculture on land, breaks through the site limit of traditional aquaculture, realizes the optimal allocation of aquaculture equipment in paddy field, dry land, orchard, forest land and other various land use types, and is easy to accurately control breeding water body.In addition, when the system is applied to different land use types, it also forms a co-production ecosystem with different crops, which can not only exert the ecological effect of co-production, but also overcome the field management problems in co-production mode, realize efficient and accurate irrigation and compound ecological breeding, and has broad popularization and application prospect.

The present application relates to the technical field of energy system operation optimization, and particularly relates to a multi-energy coupling comprehensive energy system optimal operation method and system, which comprises the following steps: constructing an optimal operation model of an energy network containing electricity, gas, cold and heat; performing time scale discrete processing on system carbon emission quota and carbon emission amount to obtain time sequence carbon emission constraint parameters consistent with an energy dispatching period; establishing a new carbon energy joint transaction market and introducing carbon transaction prices into the optimal operation model; adjusting system load to obtain adjusted system load demand; and constructing an optimal dispatching model with the minimum operation cost and carbon emission as an objective function under the condition of considering new energy output uncertainty to obtain optimal operation results of the comprehensive energy system. Through the present application, the problem that carbon emission constraint and comprehensive energy system short-term operation dispatching are difficult to coordinate in time scale is effectively solved, and deep integration of carbon emission management and multi-energy system optimal operation is realized.

This invention discloses a resource allocation method, apparatus, terminal, and medium for a microgrid edge computing terminal. The resource allocation method for a microgrid edge computing terminal includes: obtaining a target function to be optimized associated with a computational resource cost function and a delay benefit function, as well as target constraints; generating a target optimization model based on the target function to be optimized and the target constraints; calculating the target additional capacity of each target edge node based on the microgrid edge node service data and the target optimization model, and allocating resources to each target edge node according to the target additional capacity. The technical solution of this invention can rationally allocate resources while considering delay constraints.