5results about How to "Avoid rushing" patented technology

The utility model discloses a filter device for corrosion inhibitor production relates to corrosion inhibitor production technical field, including filter box, and the top of filter box is equipped with inlet, and the inside of middle part of filter box is equipped with outlet, and the inner wall of the middle upper portion of filter box is fixedly connected with filter plate, and filter plate is set up from left down to right up inclination, and the top front side of filter plate is fixedly connected with primary baffle, and primary baffle is fixedly connected with filter box, and the bottom front side of filter plate is fixedly connected with secondary baffle, and secondary baffle is fixedly connected with filter box. The utility model discloses a motor output end drive drive roll rotation, utilizes chain transmission, drives the rotation of the roller, thereby makes the scraper of chain inside move from right up to left down, and the filter residue on the top of filter plate is scraped to the inside of the collection drawer, and the filter residue is conveniently collected and handles, and filtrate then flows to the inside of filtrate collection tank through filter plate, and it is convenient to collect.

This utility model relates to the field of tailwater tank technology and discloses a tailwater tank with a buffering function, comprising: a tank body; a manifold plate installed inside the lower side of the tank body, the manifold plate having a manifold cavity inside, and several through holes on the circumferential side of the manifold plate, the output direction of the several through holes being inclined upwards; an inlet pipe installed in the tank body, the inlet pipe passing through the manifold plate; and several branch pipes connected to the circumferential side of the inlet pipe and the lower side of the manifold plate; wherein, tailwater is buffered and diverted into the manifold cavity through the inlet pipe and several branch pipes, and then buffered and diverted into the tank body through the several through holes inclined upwards. This utility model, by setting multiple branch pipes at the lower end of the inlet pipe, transforms single-point inlet into multi-directional low-speed diversion, reducing impact kinetic energy from the source; after the tailwater undergoes preliminary energy dissipation in the manifold cavity, it is output through the inclined upward through holes, reducing disturbance to deposited impurities, and multiple buffering ensures the stability and reliability of tailwater reuse.

The utility model discloses a magnetohydrodynamic power generation auxiliary device which comprises a power generation channel, an inlet is formed in one end of the side face of the power generation channel, electrodes are arranged at the upper end and the lower end of the inner wall of the power generation channel, flow guide plates are arranged at the upper end and the lower end of the inner wall of the power generation channel, and auxiliary supports are fixedly installed on the inner sides of the flow guide plates. The protruding direction of the auxiliary support points to one side of the inlet. By arranging the flow guide plate, the auxiliary bracket, the arc-shaped surface and the flat and straight surface, when airflow containing metal ions passes through the interior of the power generation channel in a high-intensity magnetic field at a high speed, the airflow firstly contacts with the arc-shaped surface above the flow guide plate and is guided to a deeper position in an inclined manner under the guidance of the arc-shaped surface; and the upper and lower air flows uniformly flow to the center of the power generation channel after being fused, so that the high-speed air flow is prevented from directly impacting the end part of the electrode, the local pressure of the electrode is reduced, the air flow uniformly flows through the middle part of the power generation channel in a large area, and the practicability of the electrode is improved.

This invention relates to a multi-dimensional dynamic jet soot blowing device for boiler flues, comprising a flue wall and a soot blowing device body. The device includes components such as a track, support base, nozzle, compressed air tank, and controller. The support base slides along the track, driving the nozzle to extend and retract. The nozzle can rotate to adjust the spray angle, achieving soot blowing throughout the entire flue without dead angles. The nozzle is connected to a gas delivery hose via a rotating pipe joint, ensuring a good seal and effectively preventing gas leakage. The equipment employs a gear and rack transmission structure, combined with a limit switch and servo motor, to precisely control the nozzle's extension and retraction stroke, rotation angle, and speed. It also presets three commonly used spray angles for accurate positioning. The device supports both automatic and manual control modes, offering simple operation and ensuring personnel safety. A dust baffle is installed at the flue inlet, and an automatically resetting baffle is provided at the nozzle outlet to prevent dust overflow and backflow. The inclined design at the nozzle's front end prevents high-pressure airflow from impacting the flue wall. The overall structure is pressure- and impact-resistant, and assembly and maintenance are convenient.

This application relates to the field of construction waste collection and transportation equipment, and in particular to a construction waste dispensing device and a construction waste pipeline transporter. It includes a construction waste dispensing device comprising a dispensing hopper, a baffle, an opening and closing mechanism, and a locking mechanism. The dispensing hopper has a dispensing opening at the top and an outlet at the bottom. The baffle is located at the dispensing opening for blocking. The opening and closing mechanism controls the opening and closing of the baffle via a lever, a pull rod, and a connector. The locking mechanism secures the wheels of the trolley. It also includes a construction waste transport pipeline comprising the aforementioned construction waste dispensing device, as well as a feeding section and a standard section. The feeding section is located at each floor and is fixedly connected to the building, while the standard section connects to the feeding sections on adjacent floors. This application achieves the technical effects of facilitating construction waste dispensing, improving dispensing efficiency and safety, and ensuring smooth transportation of construction waste.