7results about How to "Efficient cooperation" patented technology

The utility model discloses an underground micro-infiltrating irrigation and fertilization device for a garden green land, and relates to the field of landscaping. The top protection plate, the top protection frame and the handle are arranged, reasonable structural design is combined, large-area excavation can be avoided, faults can be accurately positioned, cost is reduced, landscape damage is reduced, stable pipeline installation is achieved through the pre-buried protection frame, the pipe base and reasonable through hole layout, accurate conveying of water and fertilizer is guaranteed, the service life of the pipeline is prolonged, and the service life of the pipeline is prolonged. Good landscape fusion capability is reflected in the design of the top protection frame, the lawn and the like, attractiveness is improved, the landscape is protected, the structural strength of the device is enhanced through related reinforcing design of the pre-embedded protection frame and the top protection frame, various external force can be borne, damage is reduced, cooperative work of components is efficient, the components are reasonable in layout and tacit in cooperation, and the service life of the device is effectively prolonged through the overall design. The cost performance is improved, and reliable guarantee is provided for irrigation and fertilization of garden greenbelts.

The application relates to the technical field of unmanned planes, and discloses an unmanned plane adaptive task planning method and system fusing real-time environment perception, which has the technical scheme as follows: inputting unmanned plane cluster physical parameters and task target parameters, completing system hardware calibration, software environment and key module parameter initialization setting; based on a full-closed loop technical architecture of "perception-cognition-modeling-decision-cooperation-feedback", the following sub-steps are executed until the task termination condition is met; through the full-closed loop technical architecture, deep understanding of environment essential laws, dynamic self-evolution of planning schemes and autonomous emergence of cluster global intelligence are realized, and core technical support is provided for efficient, safe and intelligent task execution of unmanned planes in a complex dynamic environment.

This invention relates to the field of electronic materials technology, specifically disclosing a copper-based varistor chip electronic paste and its preparation method. The paste is composed of a specific ratio of sheet-like and nano-copper powder, a glass binder phase, an organic carrier, and functional additives. The preparation method employs a multi-stage vacuum dynamic degassing device. This device gently releases large bubbles through a pretreatment chamber, and utilizes a dynamic stirring mechanism with combined revolution, rotation, and reciprocating motions within the main degassing chamber to achieve strong shearing and agitation of the paste across its entire surface. Combined with ultrasonic cavitation, this deeply breaks down bubbles, thereby efficiently and thoroughly removing them. Simultaneously, the device integrates an online viscosity monitoring and intelligent solvent vapor compensation system, enabling real-time adjustment and stabilization of the paste's rheological properties. This invention effectively solves the problems of incomplete bubble removal and performance fluctuations caused by solvent evaporation, significantly improving the density, uniformity, and production consistency of the paste product.

The invention discloses a knee joint effusion extraction instrument and an operation method, and belongs to the technical field of effusion extraction devices. The auxiliary piece is connected with the main body piece and the knee joint and is connected with a traditional Chinese medicine patch; the main body piece comprises a shell, and an extraction channel is formed in the shell; a limiting piece is arranged in the extraction channel, and the limiting piece limits the moving position of the extraction piece; through cooperation of the auxiliary part and the main part, stable supporting and guiding are provided for the puncture process.

This utility model discloses a vacuum sealing device for packaging bags, comprising two hot-press sealing blocks arranged opposite each other and supported by a support block to maintain reverse movement; a heat source pipe disposed on the side of the hot-press sealing blocks and supplying a heating medium to the interior of the hot-press sealing blocks; and a vacuum pipe disposed between the two hot-press sealing blocks and continuously moving up and down; when the vacuum pipe descends to its lowest point, the bottom of the vacuum pipe is inserted into the opening of the packaging bag and positioned above the hot-press sealing blocks. This vacuum sealing device can be used on automatic packaging machines to facilitate automatic sealing and vacuuming of the packaging bag opening, thereby extending the storage time of the material.

The utility model discloses a fresh air pipe elbow, and relates to the technical field of air pipeline connecting accessories. The fresh air pipe elbow comprises an elbow body, extending pipe openings and flow guide plates, the two sides of the elbow body are open openings, the extending pipe openings are formed in the open openings, the elbow body and the extending pipe openings are arranged in a layered mode, and the flow guide plates are arranged in the extending pipe openings. Through the arrangement of the first extension pipe orifice and the second extension pipe orifice, the connection stability and the sealing effect of the elbow main body and other pipelines are improved. A plurality of flow guide plates are arranged in the extension pipe orifice, and the flow guide plates can efficiently cooperate to guide flow along the structural direction of the flow guide plates. The partition plate is arranged between the outer wall of the extending pipe opening and the inner wall of the elbow body, the hollowed-out space is formed, the heat preservation material is filled in the hollowed-out space, the heat preservation effect of the air pipe head is improved, and the use requirements of a fresh air machine with condensation and heat preservation functions are efficiently met.

This invention belongs to the field of boiler exhaust gas treatment and intelligent control technology, specifically a boiler exhaust gas separation device and control system combined with a heat pump. First, by collecting multi-dimensional parameters of the exhaust gas and combining them with the boiler tonnage and scenario database to identify operating condition characteristics, the priority of treatment needs is determined. Then, after standardized fusion processing, the module configuration information is matched to generate a targeted control strategy, while simultaneously predicting potential faults and formulating contingency plans. Afterwards, the various units are coordinated to execute in conjunction, and operational data is collected and fed back in real time. Based on this, this invention, through modular architecture design and hierarchical logical closed-loop construction, effectively solves the core pain points of traditional control systems, achieving deep synergistic linkage between heat pump recovery and exhaust gas separation functions, breaking down the barriers of independent control, and allowing the two to dynamically adapt and cooperate efficiently according to real-time operating conditions.