6results about How to "Extend the interval" patented technology

The present application relates to sewage treatment technical field, especially to a kind of biological aerated filter, comprising: pool body, aeration body and filter plate, the filter plate is located in the lower part of pool body, pool body is divided into two parts, the lower part of pool body is pipe gallery, the upper part of pool body is sequentially provided with supporting layer, filter material layer and effluent zone from bottom to top, the aeration body is set in the upper part of filter plate, the upper part of aeration body passes through supporting layer and extends into filter material layer, sewage inlet pipe and backwash inlet pipe are respectively arranged on the side wall of one side of pipe gallery, the effluent outlet is arranged on the side wall of one side of pool body in effluent zone, the present application provides a kind of biological aerated filter, increases the running direction and running path of oxygen, makes filter material and oxygen in multidirectional contact sufficiently, improves the transfer efficiency of oxygen and the utilization rate of filter material, improves the oxidation degradation efficiency to sewage, effectively improves sewage treatment efficiency.

The utility model discloses a continuous feeding device which comprises a machine box, a material tilting groove is formed in the middle of one side of a platen of the machine box, a guide plate is connected to the upper portion of the platen of the machine box, a concentric-square-shaped guide groove is formed in the guide plate, a plurality of stock bins are placed in the concentric-square-shaped guide groove, each stock bin comprises a sliding plate, and a hopper is hinged to the upper portion of each sliding plate. The bottom of the platen of the machine box is provided with a material stirring assembly for driving the material bin to circularly move in the concentric-square-shaped guide groove, and the bottom of the platen of the machine box is provided with a jacking air cylinder located on one side of the material tilting groove. Compared with the prior art that materials are directly supplied into the flexible vibration disc manually, on the premise of not influencing the feeding of the flexible vibration disc, the interval time of manual feeding can be greatly increased, one worker can be responsible for a plurality of feeding devices at the same time, the timeliness and continuity of feeding are guaranteed, and the labor intensity of the worker is reduced.

This invention relates to the field of drilling equipment technology, and more particularly to a mobile drilling device suitable for mineral exploration engineering. It includes a drilling rig body, a fixed base mounted on the drilling rig body, a lifting base movably mounted on the fixed base, a movable base slidably connected to the lifting base, a rotating cylinder rotatably connected to the movable base, a drill bit rotatably mounted at the bottom of the rotating cylinder, a drive assembly on the lifting base, and an auxiliary assembly inside the drill bit. This invention uses the drive assembly to drive the drill bit and the rotating cylinder to rotate in opposite directions at a differential speed. First, it causes the rotating cylinder to synchronously and intermittently lift, enabling impact crushing of the bottom of the borehole to improve drilling efficiency. Then, combined with the rotation of the rotating cylinder, it drives multiple auxiliary crushing discs within the auxiliary assembly to revolve around the drill bit while simultaneously rotating rapidly on their own axis. These auxiliary crushing discs thoroughly crush the area around the bottom of the drill bit, assisting in the overall crushing effect after the drill bit descends, further improving drilling efficiency.

The invention discloses a remote control automatic inspection device which comprises a track and a mounting seat, the mounting seat moves along the track through a guide wheel, the remote control automatic inspection device further comprises an inspection mechanism, the inspection mechanism comprises an inspection chamber, an inspection probe and an environment monitoring sensor, and the inspection probe and the environment monitoring sensor are installed on the inspection chamber. The guide wheel is in rolling connection with a guide groove formed in the rail edge, and the mounting seat is connected with a rail roller through a main driving motor mounted at the bottom; and the obstacle avoidance mechanism comprises a deflection mechanism used for controlling the inspection room to deflect, and a waterproof skin connected with the mounting seat and the outer ring of the inspection room. Structures such as bridges are automatically inspected through the inspection mechanism, a certain obstacle avoidance effect is achieved, the maintenance interval time of personnel is prolonged, the labor amount and danger of the personnel are reduced, and the inspection room on the inspection mechanism can be controlled to actively avoid for places which cannot be avoided during track installation, so that the installation difficulty is reduced.

This invention belongs to the technical field of washing equipment, and discloses a drain pump and washing equipment for a washing device. The drain pump has a filter chamber, a connecting port, and a drain chamber connected in sequence. The filter chamber is provided with a water inlet. The drain pump is provided with a water guiding mechanism, the outlet of which is located between the water inlet and the connecting port. During the drainage process, part of the water discharged by the drain pump is introduced into the filter chamber, agitating the water inside. In this invention, by guiding part of the water discharged by the drain pump back into the filter chamber through the water guiding mechanism, water flow disturbance can be increased in the filter chamber during the drainage process, making it impossible for small lint to accumulate stably and allowing it to be smoothly discharged with the drainage water flow. This reduces the frequency of drain pump clogging by lint, extends the interval between manual cleaning by the user, and thus improves the user experience.

This invention belongs to the field of wastewater treatment and discloses an aeration method for an aerated biological filter for wastewater treatment. This method continuously changes the direction and path of oxygen flow, improving oxygen transfer efficiency and filter media utilization, thereby effectively improving wastewater treatment efficiency. The aeration method includes: Step 1: Opening the valve of the wastewater inlet pipe, closing the valve of the backwash inlet pipe, and opening the outlet. Wastewater enters the filter body through the wastewater inlet pipe and moves upwards within the filter body, passing sequentially through the filter plate, support layer, and filter media layer. Opening the valve of the air inlet pipe allows the first airflow to enter the aeration ring, providing auxiliary aeration and oxygenation to the filter media in the filter media layer. Opening the valve of the aeration pipe allows the second airflow to provide primary aeration and oxygenation to the filter media in the filter media layer. Step 2: After a preset working time, closing the wastewater inlet pipe and outlet, and backwashing the aerated biological filter. Step 3: Returning to Step 1 until aeration stops.