11results about How to "Solve productivity" patented technology

The invention relates to the technical field of vehicle cleaning equipment, in particular to a vehicle cleaning device which comprises a rack, a clamping assembly, a cleaning assembly and a conveying assembly. A stopping area and a cleaning area are arranged at the rack; the clamping assembly is used for clamping a vehicle; the cleaning assembly is arranged in the cleaning area and used for cleaning a to-be-cleaned part of the vehicle; the clamping assembly is arranged on the conveying assembly, the conveying assembly moves to drive the clamping assembly to get close to the cleaning area, the clamping assembly moves and gets close to the cleaning area to drive the vehicle to get close to the cleaning area, and the cleaning assembly can clean the to-be-cleaned part. According to the vehicle cleaning device, the vehicle is clamped through the clamping assembly, then the conveying assembly drives the clamping assembly to move so that the clamping assembly can clamp the vehicle to enter the cleaning area, and the vehicle is suspended so that the to-be-cleaned part of the vehicle can be cleaned in the cleaning area; the problems that in the prior art, manual vehicle cleaning is low in efficiency, and the production process is hindered are solved.

The utility model provides a kind of solid raw material dewatering equipment for three-proofing glue production, belong to the technical field of glue production, including bearing mechanism, including adsorption tower, fixed installation in the top of adsorption tower pipe body and the sealing cover of movable installation in the top of pipe body;Mounting mechanism, including ring sleeve.The utility model is by box body and support disc to realize molecular sieve granule board whole quick replacement, greatly shorten downtime, avoid production interruption;Sealing cover and mechanical interlock's positioning assembly ensure that adsorption tower is airtight when disassembling, prevent air moisture absorption or dust leakage;Spring support and limiting structure of jacking assembly auxiliary one-key type release locking mechanism, reduce artificial intervention, avoid the risk of forcible disassembly when high temperature is not pressure relief;Prepackaged filling type molecular sieve granule board is directly replaced, and particle crushing and pipeline pollution are eliminated.These designs comprehensively improve replacement efficiency, safety and sealing, solve the production bottleneck and hidden danger of traditional replacement mode.

This application discloses an industrial energy and carbon management system and method based on digital twins, belonging to the field of energy and carbon management technology. It includes steps such as data acquisition and digital twin modeling, construction of a multi-dimensional energy and carbon constraint model, construction of a multi-objective scheduling optimization function, multi-objective optimization scheduling, decomposition and correction of long-term and short-term objectives, collaborative execution, and three-level linkage. This application constructs a digital twin model of the entire industrial production chain, establishes a real-time mapping between production data and processes, and generates energy and carbon feature tags. Combined with a multi-dimensional energy and carbon constraint model, a multi-objective scheduling optimization function, and a long-term and short-term objective linkage mechanism, it achieves coordinated control of energy and carbon management and production operations throughout the entire industrial production process. It constructs a multi-dimensional energy and carbon model integrating static constraints, dynamic constraints, and coupled constraints, quantifies the coupling relationship between energy consumption and carbon emissions, and dynamically adapts to production scenarios, breaking the limitations of traditional fragmented constraints.

The application discloses a heat conducting plate manufacturing method, comprising: preparing a heat conducting plate semi-product with a liquid injection port and a gas extraction port; injecting a working fluid into a chamber of the heat conducting plate semi-product; performing a sealing operation on the heat conducting plate semi-product to make the liquid injection port in a sealed state; performing a temperature feedback pressure adjustment operation on the heat conducting plate semi-product to adjust the pressure in the chamber to ensure that the instantaneous temperature difference between two temperature measurement points of the heat conducting plate semi-product is lower than a threshold value, wherein the temperature feedback pressure adjustment operation comprises heating the heat conducting plate semi-product, extracting gas from the chamber through the gas extraction port to adjust the pressure in the chamber, and fixing the pressure in the chamber when the instantaneous temperature difference is lower than the threshold value; and performing a sealing operation on the gas extraction port of the heat conducting plate semi-product to form a heat conducting plate. The application can ensure that the performance of the heat conducting plate meets the specifications in an automatic manner, thereby improving the manufacturing yield of the heat conducting plate.

This invention discloses a method for preparing polycrystalline fluoride composites through template-based slow-release in-situ molding, belonging to the field of inorganic luminescent functional materials technology. The method includes: providing raw materials, including at least one bulk material as a template, with the raw materials collectively providing A, B, and M ions; mixing the raw materials in a solvent and maintaining the reaction temperature for a specified time, allowing the template to slowly dissolve and release ions; the ions provided by the raw materials react with fluoride ions provided by the solvent and / or the raw materials to grow fluoride crystals in situ on the template surface, with the crystals interpenetrating and fusing to form a polycrystalline composite; after the reaction, the product is obtained by washing and drying. This invention eliminates the need for tableting, high-temperature sintering, and organic binders, and can generate polycrystalline fluorescent fluoride composites of predetermined sizes in a single self-stacking process, avoiding the defects of powder breakage and high-temperature degradation of luminescent ions in traditional two-step methods. It features high luminescence quantum efficiency, a simple process, and ease of industrial production.

The application belongs to the technical field of heterocyclic compounds, and particularly relates to an epoxypropane synthesis reaction system and a synthesis method. The epoxypropane synthesis reaction system comprises a mixer, a mixing pipe arranged at the top of the mixer, a circulating pipe arranged at the bottom of the mixer, a methanol raw material tank connected to the middle of the mixer, a propylene raw material tank connected to the top of the mixing pipe, a circulating pump connected to the circulating pipe, a feeding pipe arranged at the upper part of the mixer, a thermostat connected to the feeding pipe, a pipeline reactor connected to the thermostat, a hydrogen peroxide raw material tank connected between the feeding pipe and the thermostat, a plurality of groups of reaction units arranged in parallel in the pipeline reactor, and a deoxidation tower connected to the pipeline reactor and provided with a liquid sprayer and a gas nozzle inside. The application realizes a green new method for producing epoxypropane.

This invention provides a solid welding wire and method for welding ultra-high strength steel of grade 1650MPa and above, to solve the technical problem that the tensile strength of the weld metal is insufficient to reach 1650MPa or above when welding 30CrMnSiA ultra-high strength steel with existing welding wires, while ensuring that the weld has sufficient impact toughness, that is, the weld impact toughness KU2 is maintained above 45J. The invention is characterized by the following chemical composition and its wt% content: C=0.38~0.45, Si=0.20~1.20, Mn=0.20~0.70, Cr=0.25~1.25, Ni=0.20~1.20, Mo=0.10~1.00, V=0.05~0.07, Al=0.02~0.05, Cu≤0.1, S≤0.005, P≤0.012, Fe=balance.

The utility model relates to the technical field of cutting dies, in particular to a detachable cutting die mechanism. Comprising a frame and a cutter body installed on the inner side of the frame, fixing holes are formed in the side walls of the frame and the cutter body, fixing buckles are installed at the fixing holes, grooves are formed in the positions, below the fixing holes, of the side walls of the frame, guide columns fixedly connected with the frame are arranged in the grooves, and L-shaped buckles slidably connected with the guide columns are arranged on the guide columns in a penetrating mode. The L-shaped buckle is matched with the fixing buckle, and two springs connected with the frame are arranged at the bottom of the L-shaped buckle. According to the cutting die mechanism, the cutter body can be conveniently replaced, and one-time complete cutting of a positioning point can be achieved.

The assembly type foundation pile for the building comprises a first pile body and a second pile body, a fixing opening is formed in the upper surface of the first pile body, a fixing hole is formed in the outer surface of the first pile body, a fixing block is fixedly connected to the bottom face of the second pile body, the outer surface of the fixing block makes contact with the inner wall of the fixing opening, and the outer surface of the fixing block makes contact with the inner wall of the fixing opening. A storage groove is formed in the outer surface of the fixing block, a spring is fixedly connected to the inner wall of the storage groove, a fixing rod is fixedly connected to one end of the spring, and the outer surface of the fixing rod is slidably connected with the outer surface of the storage groove. According to the device, the first pile body and the second pile body are embedded through the cooperation of the fixing opening and the fixing block, the fixing rod can be retracted into the storage groove through the storage groove when the fixing block is inserted into the fixing opening, and the fixing opening and the fixing block can be fixedly connected through the cooperation of the spring, the fixing rod and the fixing hole, so that the assembly work is completed; the problem that the whole base assembly is inconvenient to transport, produce and install is solved.