7results about How to "Launch evenly" patented technology

This utility model provides an LED display module mask, including a mask body, which comprises two sets of first mask plates and a second mask plate. The second mask plate is located between the two sets of first mask plates, and multiple sets of connecting ribs are provided between the second mask plate and the two sets of first mask plates. The second mask plate is integrally formed with the two sets of first mask plates through the multiple sets of connecting ribs. Multiple sets of lamp holes are provided on the first mask plate, the second mask plate, and the connecting ribs. Multiple sets of buckles are provided on the top surface of the connecting ribs. This LED display module mask has a reasonable structural design, which can effectively protect the LED module. Its integrated mask body can resist the intrusion of external impurities, the lamp holes ensure the orderly arrangement of LED beads to optimize the display effect, and the buckles on the connecting ribs facilitate a secure connection with other components. In addition, the mask's good heat dissipation design can dissipate heat in time, ensuring the stable operation of the LED module and greatly improving the practicality and reliability of the product.

The invention discloses a heat preservation plate lossless conveying device, and relates to the technical field of heat preservation plate conveying, the heat preservation plate lossless conveying device comprises a machine body, a chain plate is arranged on the machine body, and the heat preservation plate lossless conveying device further comprises a positioning locking mechanism and an unlocking separation mechanism; by means of the design of a half gear, a toothed plate, a first reset spring, a pressing plate, a first linkage plate, an L-shaped rod and a push plate, two oppositely-arranged centering clamping plates can be driven to move oppositely on a chain plate, a heat preservation plate placed between the two centering clamping plates is pushed to be centered, the heat preservation plate can be conveyed on the chain plate in a centered mode, and the heat preservation plate conveying efficiency is improved. The problem of unstable conveying caused by position deviation in the conveying process of the heat preservation plates is avoided, so that vibration and shaking of the heat preservation plates in the conveying process are reduced, the heat preservation plates are protected against damage, and lossless conveying is achieved.

This invention provides a method for cleaning ultra-deepwater long-distance gas-liquid mixed transport subsea pipelines, belonging to the field of marine oil and gas engineering and flow safety assurance technology. The method includes the following steps: accurate data analysis and operational condition simulation; calculation of the minimum ethylene glycol injection volume required for each stage; prediction of the maximum slug flow rate and its impact on the platform separator and trap; determination of the specific duration, gas volume control range, and gas source switching node for each cleaning stage based on the simulation results, while developing an emergency plan; sequential execution of the four stages: production gas carrying liquid stage, recirculating gas purging and carrying liquid stage, recirculating gas cleaning stage, and production gas cleaning stage; and depressurization via a balancing valve, removal of the cleaning tool, and product analysis. This invention achieves controllable risks, reduced time, and minimized production loss in pipeline cleaning operations through a multi-stage gas source switching strategy, integrated real-time online simulation and early warning technology, and optimized slug flow control and ball launch / receiver procedures.

The application relates to a deep-sea aquaculture platform launching lifting device, which comprises a float box, a support pier, a plurality of air bags and a water inlet and outlet system. The deep-sea aquaculture platform launching lifting device and method are characterized in that when the aquaculture platform is built on a shipway, the float box is arranged at the bottom of the aquaculture platform, the support pier arranged between the float box and the aquaculture platform enables the frame pipe body at the bottom of the aquaculture platform to be well limited. The air bags are arranged at the bottom of the float box, the air bags can form a rollable cylinder after being inflated, the float box lifts the aquaculture platform to be launched. Through the deep-sea aquaculture platform launching lifting device, the aquaculture platform built on land can be smoothly launched, the aquaculture platform does not depend on a dock, and the deep-sea aquaculture platform launching can be facilitated. The float box can be separated and recycled after the aquaculture platform, and the feasibility is high.

The utility model discloses a top launching toy which comprises a launching main body and a top, the launching main body comprises a shell, a driving mechanism, a launching mechanism and a control mechanism, and the driving mechanism, the launching mechanism and the control mechanism are all installed in the shell; the driving mechanism is in transmission connection with the gyroscope and is used for driving the gyroscope to rotate; the launching mechanism is in transmission connection with the gyroscope, and the launching mechanism is used for pushing the rotating gyroscope out of the launching main body; the launching mechanism comprises a frame body and a push plate, the frame plate is connected with the shell, and the push plate is slidably connected with the frame plate; the control mechanism comprises control buttons arranged on one side of the shell or on the two sides of the shell, the control buttons are connected with the shell in a sliding mode, and the control buttons are connected with the push plate in a clamped mode. The top launching toy comprises the control mechanism, the control mechanism comprises at least one control button, compared with the prior art, the top launching toy has diversified structural forms, more choices are provided for users, and the playability of the toy is improved.

This utility model belongs to the field of steel fiber processing technology, specifically a steel fiber end deformation processing device. It provides a steel fiber end deformation processing device with efficient bending and precise output. The device includes a side plate, an extrusion roller, a slitting and forming assembly, and a top-mounting structure. The slitting and forming assembly is located on the side plate near the extrusion roller, and a top-mounting structure is located inside the die for pushing the cut and extruded steel fibers upwards. Through the cooperation of the extrusion roller and the slitting and forming assembly, multiple steel fibers can be quickly cut and precisely bent at their ends simultaneously, significantly improving processing efficiency. The top-mounting structure allows the formed steel fibers to be quickly and smoothly ejected from the die, and the cooperation of the pad and guide groove ensures the stability of the steel fiber output process, effectively avoiding the clogging problems common in traditional devices.

The utility model belongs to the field of food cooking technology especially relates to a convenient tableware delivery device, include: storage device, for storing a plurality of tableware box, and form the meal outlet in the most lower extreme of storage device, drive arrangement, including push rod motor and push rod, push rod motor can drive push rod linear motion, rotary push mechanism, including at least one paddle device, power steering device, push rod drives power steering device to drive paddle device rotation when linear motion, and then push the tableware box of the most lower extreme of storage device towards meal outlet delivery. The convenient tableware delivery device of the application adopts the combination of push rod motor and power steering device, converts linear motion into rotary motion, drives paddle device to push tableware box towards meal outlet delivery, and this process is simple and efficient, avoids the complex debugging and easy to loosen problem in traditional gear transmission, improves the stability and durability of equipment.