8 results about "Siphonium" patented technology

The application relates to a water outlet nozzle structure of a water dispenser and the water dispenser. The water outlet nozzle structure of the water dispenser comprises a shell and a siphon pipe. The shell is internally hollow to form a water passing cavity. The shell is further provided with an air outlet channel and a water inlet channel which are communicated with the water passing cavity. The water inlet channel is used for allowing hot water to flow into the water passing cavity, and the air outlet channel is used for allowing water vapor to be discharged. The siphon pipe is arranged in the water passing cavity. The siphon pipe has a water outlet end and a water inlet end. The water inlet end is communicated with the water passing cavity, and the water outlet end is arranged in the shell and used for discharging hot water in the water passing cavity.

The utility model discloses a sinking type solid-liquid separation device for a pipeline, which relates to the field of solid-liquid separation devices and comprises a shell, a water inlet is arranged on the outer wall of the shell, a water outlet pipe is arranged in the shell, a water outlet is arranged in the water outlet pipe, a vortex tube is arranged in the shell, and a water outlet is arranged in the vortex tube. A vortex groove is formed in the shell, a vortex bin is formed in the shell, a siphon is installed in the shell, a baffle plate is installed in the shell, the vortex bin is arranged above the baffle plate, supporting legs are fixedly connected to the outer wall of the shell, and a drain outlet is fixedly connected to the bottom of the shell. A dirt collecting bin is formed in the shell, water in a pipeline tangentially enters the rotational flow bin through a water inlet and only enters the vortex bin through vortex grooves annularly formed in the vortex tube, and particles with large downward rotational flow density sink into the dirt collecting bin along the inner wall of the vortex tube, so that the solid-liquid separation efficiency is improved.

The utility model belongs to the technical field of siphon pipeline exhaust devices, and particularly discloses a siphon pipeline exhaust device which comprises a siphon pipeline, and an air inlet gate valve is fixedly installed on the circumferential face of the siphon pipeline through a pipeline. A motor is fixedly mounted on the outer side of the air inlet gate valve, a sealing ball is fixedly mounted on an output shaft of the motor, and the sealing ball is rotationally mounted in the air inlet gate valve; a water storage tank is fixedly mounted at the upper end of the air inlet gate valve, and a water injection gate valve is fixedly mounted at the upper end of the water storage tank; the water injection gate valve is opened to convey liquid into the water storage tank, the water storage tank is filled with the liquid, and gas can be discharged through the water injection gate valve due to the liquid, so that the liquid in the water storage tank can be emptied, the gas discharge operation is ensured, and the condition of water cut-off of the siphon pipeline is avoided; and the vacuumizing is carried out again.

This utility model relates to the field of aquarium technology, specifically to an adjustable flow siphon pipe and aquarium. The adjustable flow siphon pipe includes an inverted U-shaped pipe and a flow screw for adjusting the diameter and area of ​​the siphon drain. The flow screw is threadedly connected to the inverted U-shaped pipe, with one end inside the U-shaped pipe and the other end outside. This utility model effectively reduces the space occupied by the pipe by combining the safety overflow pipe and the inverted U-shaped pipe. Simultaneously, it innovatively adds an adjustable flow screw structure, allowing the inverted U-shaped pipe to flexibly adjust the drainage rate according to the constant flow characteristics of the fixed-frequency water pump. This solves the problems of unstable siphoning, debris impact, or insufficient drainage caused by water pump pressure fluctuations in traditional fixed-diameter siphon pipes, achieving the dual goals of space optimization and improved adaptability while ensuring filtration efficiency.

This invention discloses an outer frame, a pre-filter, and a water system, relating to the field of pre-filter technology. The outer frame includes a cylindrical frame and a bottom cover. The cylindrical frame includes a chassis and side frames disposed on the chassis. The siphon channel includes a sidewall channel and a bottom channel communicating with the sidewall channel. The sidewall channel is positioned corresponding to the side frames and has siphon holes communicating with the inner side of the cylindrical frame. The bottom cover and chassis together form the bottom channel. The chassis has a first discharge port communicating with the outside of the cylindrical frame, and the bottom channel communicates with the first discharge port. This invention improves the siphon tube structure and installation method of the outer frame, facilitating the fabrication of the siphon channel and making it easier to clean, avoiding blockages and ensuring optimal siphon performance.

The application relates to the technical field of salt rock underground energy storage, and discloses an anti-siphon experimental device and system for simulating energy storage in a salt cavern sediment gap, wherein the anti-siphon experimental device comprises an anti-siphon pipe and an exhaust valve; the anti-siphon pipe is a tubular container with open two ends and is vertically arranged; a connecting port is arranged on the side of the anti-siphon pipe and is connected with the outlet of a brine discharge pipeline; the bottom opening of the anti-siphon pipe is connected with a brine collector through a pipeline; the exhaust valve is arranged at the top opening of the anti-siphon pipe and is used for introducing air to cut off the continuous liquid column in the brine discharge pipeline when brine discharge is stopped or the gas injection pressure is lower than the required value for maintaining flow, so that the siphon formation condition is destroyed; and the application can improve the comparability of experimental conditions and engineering practice and the data authenticity.

The utility model discloses a kind of reservoir siphon water delivery systems, including siphon bridge pipe, water suction pipe and potential energy pipe, water suction pipe lower end is located underwater and is equipped with submersible water intake head, vacuum station is also equipped at siphon bridge pipe, potential energy pipe is equipped with several impeller machines, submersible water intake head includes the shell of bottom plugging circumferential opening, circumferential opening of shell is equipped with trash screen, water power impeller device is also set on submersible water intake head, water power impeller device includes water power rotating piece, rotating rod and the scraper of being pasted in the outside of trash screen;The reservoir siphon pipe structure of the utility model, pipeline is formed siphon to carry out unpowered water delivery by vacuum station initiative, set submersible water intake head circumferential open mesh hole water pumping, improve traditional siphon easy to bottom and the problem of silt accumulation, improve water pumping flow field distribution uniformity, eliminate the bottom vortex of inlet, guarantee the speed stability controllable of flow field, water power scraper and sector block cooperation carry out sustained cleaning to trash screen, maintain sustained and stable water pumping.

The utility model provides a mechanical automatic drainer which comprises a storage assembly, a floater and a plurality of drainage assemblies, the storage assembly is provided with a drainage port and a ventilation port, each drainage assembly comprises a branch pipe, a sliding sleeve, a siphon and a cover plate, and the bottom end of the branch pipe is provided with a water inlet hole. The cover plate is connected to the water inlet end of the siphon in an openable and closable mode through an elastic piece. Therefore, when the floater ascends along with the liquid level, the sliding sleeve is driven to slide upwards, the sliding sleeve drives the cover plate to be opened and communicated with the water inlet end of the siphon, the storage assembly is in a drainage state, and when the liquid level is higher than the top of the siphon, accumulated water is gradually drained under the siphon principle, and the self-drainage effect is achieved. When the floater descends along with the liquid level, the sliding sleeve is driven to slide down and be separated from the siphon, the cover plate seals the water inlet end of the siphon under the elastic action, the storage assembly is in an air storage state so as to avoid compressed air leakage, the whole process is in mechanical cooperation and does not depend on manpower and electric appliances, automation is high, drainage timeliness is guaranteed, and the system operation stability is guaranteed.