10results about How to "Guaranteed Sustainability" patented technology

The present application provides a kind of bamboo planting cutter device and cutting method, it is related to bamboo branch and leaf harvesting technical field, including cutter handpiece, the cutter handpiece is installed with telescopic positioning piece;The telescopic positioning piece is used to prevent pulling down bamboo branch;Telescopic positioning piece is installed with shear control part;The shear control part is used to prune bamboo branch;Two bamboo branch positioning pieces are fixedly installed on shear control part;Electric cutting bamboo branch can be adopted shear control part, is more labor-saving fast, improves bamboo branch harvesting efficiency, simultaneously, the present structure adopts telescopic positioning piece when cutting bamboo branch, can prevent artificial pull down shear control part or under the action of support rod self-weight pull down shear control part, easy to cause bamboo branch and the ingrowth site of main stem, that is, bamboo knot place split;To solve the problem that current bamboo planting cutter device is not convenient for preventing pull down protection, also inconvenient for bamboo branch at cut-off place to smear lime mortar sterilization protection.

This application discloses a device management method and an electronic device, relating to the field of computer technology. The device management method includes enabling the configuration parameters to be applied to the hardware parameter layer without requiring a configuration file layer or device restart when the storage protection function is switched to an enabled state. This reduces the need to restart the electronic device when enabling the storage protection function. Furthermore, it retains default parameters from the configuration file, so that when the storage protection function is disabled and the electronic device is restarted, the hardware parameter layer configuration can be restored using these default parameters, further reducing the restart frequency of the electronic device. This solves the technical problem of requiring the restart of the electronic device during storage management, achieving the technical effect of reducing the restart frequency of the electronic device to improve the business sustainability of the electronic device, thereby improving the performance of the electronic device.

The application discloses a garden engineering full life cycle dynamic simulation and collaborative design method and system based on digital twinning and BIM. The system comprises a data acquisition layer, a unified operation model core engine, a dynamic simulation and safety prediction module, a twinning visualization platform and a real-time early warning execution module. The unified operation model integrates a plant dynamic growth sub-model, a park static environment characteristic sub-model and an external force environment dynamic load sub-model, realizing multi-time scale coupling simulation of plant long-term growth succession and instantaneous external force response. The dynamic simulation module simulates the elastic swing, plastic deformation, branch breakage and overall collapse process of plants under the action of external force (wind, snow), and accurately predicts the damage risk of collapsed plants to road personnel, power lines, buildings, waterways and other infrastructure based on spatial swept volume collision detection and damage criterion. The application realizes the intelligent leap of garden engineering from static display to dynamic prediction, from post-disposal to pre-warning.

This disclosure provides a method, apparatus, device, medium, and program product for intermediate number switching, relating to the field of cloud communication technology. The method includes: determining a second target intermediate number from a second number pool when the service provider has reached a target location, the target user has not reached the target location, and the service provider's call to the target user via a first target intermediate number is intercepted; wherein the first target intermediate number is determined from a first number pool; and sending the second target intermediate number to the service provider so that the service provider can contact the target user via the second target intermediate number. This method can ensure communication continuity, improve user experience and service quality, and increase communication success rate.

The invention provides a nondestructive disassembly lithium battery recycling method based on laser positioning and mechanical arm cooperation, which comprises the following steps: S1, collecting the shape and coordinate data of a battery pack on a conveying line in real time, generating a scanning coverage parameter, performing judgment in combination with a conveying speed, and if the conveying speed exceeds a speed threshold value, eliminating noise of the coordinate data and generating accurate position data; s2, space matching is conducted on the shape of the battery pack based on the accurate position data, a relative position model of a laser head and a mechanical arm base is established, the scanning coverage range is judged by combining a mechanical arm operation radius limiting value, and if the limiting value is smaller than a scanning coverage range parameter, dynamic adaptation is achieved through joint parameter adjustment, and an adapted operation radius value is output; s3, according to the adapted operation radius value, carrying out collaborative path planning aiming at the equipment coordination requirement, avoiding a collision risk, and obtaining an optimized collaborative path; and S4, continuously monitoring the positioning precision based on the optimized collaborative operation path and the real-time change of the conveying speed.

This application provides a method for selecting the optimal production-injection distance in a two-production-one-injection geothermal resource development system, considering the influence of groundwater flow. The method includes: employing a simulation model based on multi-physics coupling to optimize the distance between production and injection wells during geothermal resource development, considering the influence of groundwater flow; simulating changes in production well water temperature and pressure, and analyzing these changes as well as injection well pressure to determine the optimal distance between the production and injection wells; and comprehensively considering changes in the temperature, velocity, and pressure fields within the region to achieve sustainable and efficient exploitation of the geothermal reservoir. The technical solution of this application addresses the problem in existing technologies regarding how to optimize the distance between production and injection wells in geothermal production and injection systems, especially under multi-physics coupling conditions, to ensure the long-term stability and efficient utilization of the geothermal reservoir.

The invention provides an intelligent regulation and control method and system for a plateau afforestation habitat, and belongs to the technical field of ecological intelligent regulation and control. The method comprises the following steps: S1, acquiring multi-source data to construct a habitat database, and quantifying habitat demand parameters of target species; s2, calculating a comprehensive ecological function value and a species suitability index, and identifying a habitat demand conflict region; s3, designing a regulation and control scheme and pre-evaluating benefits; s4, outputting an optimal scheme through a multi-objective optimization algorithm by taking multi-species overall benefit maximization and balance degree optimization as objectives; s5, after the scheme is implemented, feedback data are obtained through a monitoring network, actual and expected benefits are compared, and when the deviation exceeds a threshold value, model parameters are corrected in a linkage mode, and closed-loop optimization is formed. According to the intelligent regulation and control method and system for the plateau afforestation habitat, habitat quality dynamic accurate diagnosis and simulation optimization decision making are achieved, a real-time feedback self-adaptive management mechanism is constructed, and the diversity of plateau animals and birds is improved.

The invention relates to the technical field of agricultural intelligent monitoring, and discloses a method for detecting a multi-layer composite high-strength anti-aging agricultural mulching film, and the method comprises the steps: carrying out the high-frequency noise suppression and edge preservation smoothing of a mulching film image, and obtaining a smooth image; generating a degraded area mask based on the color distribution characteristics and morphological processing; calculating a roughness degree score in combination with the standard texture value; fusing the roughness and color data to perform clustering mapping to obtain a comprehensive aging map; calculating an intensity reduction proportion according to the aging map, and calculating a recovery risk and a pollution level in combination with edge fragmentation characteristics to obtain a final aging quantification index; and inputting the index into a neural network model for deviation calibration to obtain a target aging detection result. According to the invention, accurate quantification of the aging degree of the mulching film and scientific evaluation of the pollution risk in a complex environment are realized.

The invention provides a method for treating acidic wastewater by using a double-membrane method, which comprises the following steps: sequentially pre-treating acidic wastewater generated in an electrode foil formation process through a microfiltration unit and an activated carbon adsorption unit to obtain a pre-treatment solution; the pretreatment liquid is introduced into a nanofiltration unit for separation, and nanofiltration concentrated liquid and nanofiltration produced water are obtained; the nanofiltration produced water is introduced into a reverse osmosis unit for deep desalination, and reverse osmosis produced water is obtained; and returning the nanofiltration concentrated liquor to an electrode foil formation tank for recycling, and recycling the reverse osmosis produced water to a production line.