190 results about "Pressure pipe" patented technology

The application discloses a multi-channel shaft kiln for calcining magnesite, wherein a distributing vehicle and a discharging device are located at the top and bottom of a kiln body. The kiln body is provided with a preheating section, a calcining section and a roasting section from top to bottom, and square strip-shaped channels are arranged in the kiln. A combustion chamber is arranged in the furnace wall on both sides of the calcining section with a width of 40-80 cm, the combustion chamber is built by hollow integral combustion bricks, the combustion chamber is communicated with the calcining section by cross-distributed through holes, the through hole outlet is downwardly inclined, and an inclined convex block is arranged at the top. The lower part of the roasting section is provided with an upper collecting opening and a lower expanding opening structure, an air pressure pipe is arranged in the inclined brick of the upper collecting opening, the opening of the air pressure pipe is downwardly inclined and communicated with the roasting section, and the lower expanding opening is matched with the upper semicircular surface of the discharging device. The middle part of the upwardly inclined distributing main pipe of the distributing vehicle is communicated with the branch pipe which is inclined and changed in direction, and a change valve is arranged in the main branch pipe. The application provides a comprehensive solution of the shaft kiln with high calcining quality, energy saving, low investment and long service life for calcining magnesite, and can also be used for high-quality calcining of small-particle materials.

This utility model discloses a feeding device for PVC pipe production, comprising: an extruder body; a storage silo connected to the feed inlet of the extruder body; a feeding silo located on one side of the extruder body; a negative pressure pipe connecting the feeding silo and the storage silo, wherein a negative pressure fan is connected to the negative pressure pipe; and a weighing component located on the feeding silo for weighing materials. The advantages of this utility model are that it allows for the sequential weighing of different materials using the weighing component, resulting in accurate weighing data, avoiding uneven material proportions that could affect product quality, filtering materials to prevent clumping and impurities from entering, thus improving production quality, facilitating impurity removal, and increasing work efficiency.

This utility model discloses a tamping-type coking oven gas collection device. A gas collecting pipe and a negative pressure pipe are installed at the top of the coking oven. The negative pressure pipe connects to a heat energy cascade recovery assembly, a spray device, and a filter assembly. The valve at the front end of the negative pressure pipe is automatically flipped by a combined drive assembly. The combined drive assembly uses a baffle, slide rod, and rack and pinion linkage to drive the valve using gas pressure, with a spring assisting in reset, achieving dynamic pressure balance in the system. The screw can adjust the initial opening of the valve. The heat energy cascade recovery assembly includes high-temperature, medium-temperature, and low-temperature heat exchangers, increasing the gas heat energy recovery rate to 60-70%. The filter assembly uses a porous ceramic layer and a molecular sieve layer to effectively remove micron-sized particles and molecular-level impurities. This device requires no additional power, can precisely control pressure, efficiently recover heat energy, and purify gas, solving problems such as energy waste, pressure runaway, and insufficient filtration in traditional devices. It improves the safety and economy of coking oven operation and is suitable for tamping-type coking oven gas collection.

The utility model belongs to the technical field of flaw detector, concretely relates to a pressure pipeline flaw detection's flaw detector, including organism, the upper end of organism is hinged with the lid through damping shaft, the upper end of organism is provided with display screen, the upper end of organism is provided with button, the upper end of organism is provided with pilot lamp, the upper end of organism is provided with plug, the outside of plug is inserted with the connector, the upper end fixedly connected with fixed block of organism. The utility model discloses through setting fixed block, limit sleeve and positioning frame etc. parts, when the connector is inserted with the plug, the positioning frame can accurate positioning connector position, the limit sleeve can steady limit connector movable range, and the both cooperation ensures that the connector is inserted with the plug closely, keeps stable state, effectively solved the data detection inaccuracy problem that the present pressure pipeline flaw detector led to because the connector is inserted with the plug and is not stable.

This utility model relates to the field of water pipe transportation technology, and more particularly to an anti-clogging universal water pipe, comprising a main body, which is composed of a pipe body, an inlet pipe, and an outlet pipe. A filter plate for intercepting impurities is installed inside the inlet pipe via an installation component. A connecting delivery pipe is integrally connected to the pipe body, and an installation plate is fixedly installed on the delivery pipe. A matching pressure pipe is threadedly connected to the delivery pipe. This utility model, by setting a filter plate inside the inlet pipe and using a filter cover to disperse accumulated impurities, allows impurities to be intercepted when water is transported into the pipe body. The filter plate can be removed from the inlet pipe by moving the installation block. By installing the matching delivery pipe and pressure pipe on the pipe body, pressing the pressure plate causes a piston to squeeze the water flow in the pressure pipe. The high-speed impact of the water flow washes away residual impurities in the outlet pipe, thus ensuring the smooth flow of water within the pipe body.

This invention provides a pressure pipeline upgrade system that improves the power generation efficiency of hydropower stations by using a high-pressure air compressor to inject air and mix it with water. The system includes a pressure tank, an air compressor, a high-pressure connecting air pipe, a one-way check valve, a pressure equalization chamber, a pressure pipeline, a vortex guide pipe, a high-pressure jet nozzle, and a hydro-generator. The core components of this invention are: the pressure equalization chamber, the pressure pipeline, the vortex guide pipe, and the high-pressure jet nozzle. The vortex pipe and the pressure pipeline are an integral design; the vortex pipe is attached to the inner wall of the pressure pipeline, guiding the water flow in a vortex shape to accelerate and impact the hydro-generator. The vortex pipe is designed as a hollow structure with evenly distributed spiral air holes. The high-pressure air output from the air compressor is injected into the water flow spirally through these air holes along the path of the vortex pipe, thoroughly mixing with the water. Simultaneously, influenced by the water level difference in the upstream pressure pool, the water flow naturally forms a strong vortex effect, further enhancing the rotational power of the water flow. This achieves a dual pressurization effect from the high-pressure mixture of water and air, causing the water pressure and velocity to increase several times before impacting the turbine generator blades and driving them to generate electricity, thereby improving the power generation efficiency of the hydropower station. This invention has advantages such as simple structure, convenient installation, easy maintenance, water conservation, and environmental friendliness, and can also bring good social and economic benefits.

This utility model relates to the field of mechanical technology and discloses a cleaning device for cylindrical products. It includes a protective cover for creating internal airflow circulation to reduce dust spillage; the protective cover is cylindrical; a fixing plate for connecting the structure; and multiple negative pressure pipes for using a negative pressure device to extract gas from inside the protective cover. The multiple negative pressure pipes are disposed through the interior of the fixing plate. When cleaning the outer side of a mechanical part, the central shaft is unscrewed, and the air jet drives the external rotating seat to rotate. High-pressure airflow is ejected through a cleaning nozzle to clean the outer side of the mechanical part. When cleaning both the inner and outer sides of the mechanical part simultaneously, the central shaft is connected to the bottom of the external rotating seat. At this time, high-pressure airflow is then activated to achieve the effect of rotating and cleaning the inner side of the mechanical part. This allows for two different cleaning methods and enables comprehensive cleaning of the outer surface of the mechanical part.

A kind of orthogonal circular tube intersecting line welding equipment, including workbench, still fixedly installed with horizontal front-rear direction B axis on workbench, B axis is driven by motor, and the cylinder of branch pipe pressure pipe cylinder is fixedly connected with pressing plate on the cylinder rod of branch pipe pressure pipe cylinder, and the joint is fixedly connected on pressing plate, multiple front-rear distribution workpiece seats are fixedly installed on workbench, the V-shaped clamping groove of opening upward is set in workpiece seat, two for compacting main pipe compacting cylinders are also installed on workbench, main pipe is horizontal pipe, branch pipe is vertical pipe, the diameter of branch pipe is less than the diameter of main pipe, positioning plate is placed on one workpiece seat, V-shaped groove and arc-shaped groove are respectively set in the front and rear two end faces of positioning plate, in the view of top view, the bottom of V-shaped clamping groove, V-shaped groove, arc-shaped groove is on a straight line.This equipment effectively reduces the cost of welder.

The utility model relates to building water supply pipe network technical field discloses a kind of building water supply pipe network water pressure balance regulating valve, including adjusting assembly, adjusting assembly is used to adjust the water pressure adjustment of near end / low resistance branch, adjusting assembly includes valve body, extension pipe, fixed block and movable block, valve body and extension pipe are fixedly connected between, valve body and extension pipe are connected with corresponding pipeline respectively, and fixed block and extension pipe are fixedly connected, and elastic connection between movable block and fixed block, the middle part of the fixed block is provided with through-hole, and movable block is overall cone face, movable block and fixed block are in close contact, release pressure pipe is set around on fixed block, each release pressure pipe is fixedly connected with corresponding fixed block, water flow is buffered by the blocking of movable block, so as to buffer the pressure of water flow, and under the elasticity of movable block, avoid the damage of component under rigid buffering.

The utility model relates to a kind of rain season urban road low-lying road surface sewage well overflow prevention facilities, solve the problem of rainwater and sewage unable to be completely shunted when urban rainwater and sewage pipe network is reconstructed by objective condition, sewage pipe network congestion in rainy season, urban road low-lying place sewage well lid water problem of spouting.This facility includes the sewage well of being arranged in the urban low-lying road surface, the sewage well includes well shaft, well shaft upper end is provided with closed pressure well lid, pressure well lid upper side is provided with ordinary well lid;The top side of the well shaft is provided with high-level drainage pipeline, the high-level drainage pipeline is connected with regulating reservoir, the regulating reservoir is set in the high ground of urban low-lying road surface side, regulating reservoir bottom is provided with lifting pump, the lifting pump is connected to downstream non-low-lying place sewage well by pressure pipeline.The utility model avoids low-lying road surface sewage to spout, while setting regulating reservoir, shunt and regulate the sewage in sewage well, and play the role of adjustment between fine and rain, relieve the pressure of sewage pipe network.

The application provides a water turbine flat pressure pipe cavitation erosion suppression structure based on pressure propagation timing control, which comprises a pipeline installation base and a flat pressure pipe inlet structure. The flat pressure pipe inlet structure is provided with a bottom plate part and a pipe body. A plurality of first through holes are arranged on the outer side of the pipe body along the circumference of the bottom plate part. A plurality of second through holes are arranged on the outer side of the first through holes along the circumference. A plurality of third connection interfaces are arranged on the pipe body along the length and the circumference. The pipeline installation base comprises a sleeve part. A flange part is arranged at one end of the sleeve part. The sleeve part is sleeved on the outer side of the pipe body. The sleeve part is provided with a plurality of third connection interfaces aligned with the third through holes. The flange part is provided with a plurality of first connection interfaces and second connection interfaces aligned with the first through holes and the second through holes. A pressure wave conducting pipe is communicated at each second connection interface. The other end of the pressure wave conducting pipe is closed. A plurality of communication openings are arranged on the pressure wave conducting pipe along the length direction. A plurality of timing adjustment pipes are further arranged. One end of each timing adjustment pipe is communicated with the third connection interface. The other end of each timing adjustment pipe is communicated with the first connection interface or the communication opening.

The present application relates to a device and a method for testing the plugging effect of a plugging agent, the device comprising a feeding assembly for providing the plugging agent with a predetermined grading level, a testing assembly in communication with the feeding assembly, and a water tank in communication with the feeding assembly and the testing assembly, the testing assembly comprising an injection cylinder, a capillary tube in communication with the injection cylinder and used for containing the plugging agent, and a pressure tube in communication with the injection cylinder through the capillary tube, the injection cylinder and the pressure tube being respectively provided with a first pressure sensor and a second pressure sensor, the first pressure sensor and the second pressure sensor being configured to be able to detect the pressure values in the injection cylinder and the pressure tube respectively. When the plugging agent fills the capillary tube, the values of the first pressure sensor and the second pressure sensor are monitored, and the values of the first pressure sensor and the second pressure sensor after stabilization are compared, so as to evaluate the plugging effect of the plugging agent with the predetermined grading level.

The application relates to the technical field of pipeline dredging, and particularly discloses a flushing and twisting type waterwork pressure measuring pipe silt blocking and cleaning device and a silt cleaning method, which comprises a fixed chassis, the top of the fixed chassis is provided with an annular opening structure, and movable universal wheels are arranged at the bottom of the fixed chassis; the top of the fixed chassis is fixedly connected with a supporting mechanism; a first fixed plate is fixedly connected with a booster delivery pump at the top; and a first connecting pipe is connected with the water outlet of the booster delivery pump. The silt cleaning mode combining cutting and twisting with high-pressure flushing is adopted, the silt cleaning efficiency is greatly improved, the connecting assembly is arranged, quick disassembly and sealing are realized, the pressure stability is guaranteed without loss, the pressure leakage is avoided to affect the silt cleaning efficiency, the supporting mechanism is arranged, accurate limiting and protection are provided for silt cleaning operation, and the operation stability and safety are improved.

A kind of marine steam turbine communication pipe single section cover analog whole machine installation method, it is related to marine steam turbine technical field.The present application includes the following steps: step one: two tooling supports are set in assembly site, two tooling supports are arranged in the theoretical position of high pressure interface and low pressure interface of communication pipe respectively, there is height difference between two tooling supports, the height difference is consistent with the actual height position deviation of high pressure interface and low pressure interface of communication pipe, to compensate the height deviation of interface and form stable support to communication pipe;Step two: high pressure pipe section and low pressure pipe section of communication pipe are installed to two tooling supports respectively, aligning connecting hole and fastening;By setting tooling support with height difference in assembly site, the actual position of high pressure interface and low pressure interface of communication pipe is accurately simulated, without the need to reposition the whole high pressure steam turbine, low pressure steam turbine and speed reducer and find center, the assembly, structural modification and real allocation operation of communication pipe can be completed, to meet the manufacturing demand.

The application relates to a refrigerant circulation system and a control method and device thereof, electronic equipment and a storage medium. The system comprises a refrigerant circulation subsystem and a liquid storage module. The refrigerant circulation subsystem comprises a first pressure pipeline and a second pressure pipeline. The pressure of the first pressure pipeline is greater than that of the second pressure pipeline. The liquid storage module is connected with the first pressure pipeline through a first pipeline. A liquid inlet valve is arranged on the first pipeline. The liquid storage module is connected with the second pressure pipeline through a second pipeline. An air balance valve is arranged on the second pipeline. The air balance valve is used for adjusting the flow rate of refrigerant in the liquid storage module. The liquid storage module is connected with the second pressure pipeline through a third pipeline. A liquid outlet valve is arranged on the third pipeline. Therefore, the refrigerant amount in the refrigerant circulation system can be more accurately adjusted, and the energy efficiency of the refrigerant circulation system is improved.

The utility model relates to air purification, specifically disclose a kind of foundry workshop dust collection and purification equipment, including vertically arranged negative pressure tank, with the dust absorption pipe of negative pressure tank side wall intercommunication, with the collecting tank of negative pressure tank lower end intercommunication, filter tube is vertically arranged in negative pressure tank and both ends are closed, first negative pressure pipe is passed through negative pressure tank and with filter tube inside intercommunication, with the second negative pressure pipe of negative pressure tank inside intercommunication, and the air blowing pipe that is vertically arranged and simultaneously with negative pressure tank upper end and filter tube upper end sliding connection;Air blowing pipe lower end side wall is equipped with multiple air blowing holes, first negative pressure pipe and second negative pressure pipe are simultaneously connected with negative pressure machine.The foundry workshop dust collection and purification equipment of the utility model, it can efficiently carry out self-cleaning, reduce the period of shutdown maintenance.

This invention provides a refrigerant leak detector, in which a first sealing connector and a second sealing connector are respectively connected to the input and output ends of the pipe or equipment under test. The nozzle of a balloon is fitted onto a conical connecting nozzle. By rotating a retaining ring, the retaining ring moves along a threaded tube, causing the retaining ring to engage with the conical connecting nozzle and compress and fix the input end of the balloon nozzle. A pressure pump inputs high-pressure air into the pipe or equipment under test through a pressure output pipe and the first sealing connector. After passing through the pipe or equipment, the high-pressure air enters the balloon through the second sealing connector, pressure pipe, threaded tube, and conical connecting nozzle, inflating the balloon. A pressure gauge detects the air pressure inside the pressure pipe. When the air pressure reaches a preset value, the pressure pump stops working. After a preset time, the pressure gauge reading or the size of the balloon can be observed to determine whether the pipe or equipment under test is leaking refrigerant.

This invention relates to the field of underground engineering structural safety assessment methods, providing a method for analyzing the longitudinal deformation and stress of rectangular pipe jacking under existing pressure pipelines. The method includes: establishing a simplified mechanical model of the pressure pipeline; establishing a prediction model for ground settlement caused by the rectangular pipe jacking by modifying the Peck empirical formula, and establishing an analytical relationship between the vertical displacement of the pipeline and the free displacement of the soil; solving the longitudinal displacement field of the pipeline caused by the new rectangular pipe jacking under the pipeline based on the displacement compatibility equation; and applying the Mises stress criterion to calculate the composite stress state of the pipeline, thereby achieving a pipeline stress safety assessment. This invention proposes a calculation method considering the coupling of internal pressure, pipeline, and soil, and theoretically establishes a quantitative relationship between displacement and stress of municipal pipelines caused by the new rectangular pipe jacking under the pipeline. This method can consider the influence of internal forces in municipal pipelines, providing a reliable theoretical method for the safety assessment of rectangular pipe jacking under municipal pressure pipelines.

The application discloses a kind of boiler pressure pipeline detection methods, it is related to pipeline detection technical field, method includes collecting pipeline non-blind area surface image and completing standardization pretreatment, defect segmentation is carried out based on pretreatment image, defect feature is extracted and non-blind area defect state is judged;Cylindrical space mapping model is constructed to obtain the coordinate mapping relationship of non-blind area and blind area, while constructing blind area stress prior model to obtain blind area stress weight distribution;When there is defect in non-blind area, defect feature is conducted to blind area and is corrected to generate blind area defect reasoning feature, and when non-blind area is defect-free, blind area stress boundary verification is completed and safety result is generated;Corresponding data is fused to generate global defect representation data, and the global detection result of pipeline is determined accordingly.The present application can realize the global defect detection of boiler pressure pipeline, effectively eliminate the risk of blind area missed detection, and greatly improve the integrity and reliability of pipeline detection.

The application provides a low-heat high-anti-crack cementitious material for pumped storage power station mass concrete, relates to the technical field of building materials, and comprises low-heat Portland cement, active metakaolin, sulfate adjusting components, crystal nucleus filling components, grinding aids and temperature peak memory reverse activation self-limiting compensation function particles. The function particles are composed of a thermal memory core, a liquid storage and slow-release ring, a low-modulus decoupling film and a reverse reaction shell, can release water in a directional manner and trigger a shell compensation reaction after the temperature rise of the concrete exceeds the melting threshold and falls back to the crystallization threshold, realize peak cutting and heat reduction, post-peak internal curing and staged compensation. The cementitious material can significantly reduce the adiabatic temperature rise peak value, reduce its own shrinkage and prolong the restrained cracking time, and is suitable for pumped storage power station dams, underground powerhouses, volute foundations and pressure pipelines and other mass concrete structures. The preparation process is simple, and the cementitious material is convenient for factory production and engineering application.

The utility model relates to rice mill feeding technology field discloses a kind of feeding device for rice mill, including rice mill, the feeding inlet is communicated and installed in the top of rice mill, the feeding inlet top is communicated and installed with feeding tank, negative pressure pump is fixedly installed in the inner wall one side of feeding tank, the sealing mechanism is communicated and installed in the side of negative pressure pump outlet, and the sealing mechanism other end is communicated and installed with discharge cylinder.This utility model technical scheme is communicated and installed in the side wall of feeding tank by driving the negative pressure pump inside feeding tank, negative pressure is transported in the hose, rice in bag is sucked, and the exhaust end of negative pressure pump is communicated and installed with pressure pipe, the air pressure discharged will be transported to the inside of sealing cylinder by pressure pipe, when waiting extrusion continuously extruding the sealing plug inside sealing cylinder, sealing plug one end installed sealing plate will be extruded synchronously, discharge cylinder is sealed, effectively guarantee the sealing of feeding tank, and the negative pressure inside hose continuously sucks rice into the inside of feeding tank.

The utility model discloses a kind of negative pressure mechanism carried on unloading machine, including air suction pump, driving motor of driving air suction pump, negative pressure pipe of connecting air suction pump and suction cup, exhaust pipe connected with air suction pump, assembly frame is equipped on general assembly frame, the air suction pump and its driving motor are fixedly installed on assembly frame, the negative pressure pipe has telescopic elasticity. Its advantage lies in, negative pressure mechanism can follow unloading machine movement, when suction cup moves, the telescopic amount of negative pressure pipe can satisfy moving stroke demand, whole operation process negative pressure pipe will not be hindered by other obstacles, guarantee the efficient operation of unloading machine.

The application discloses a robot for automatically cleaning the inner wall of a pressure pipe of a river with much sediment, and relates to the technical field of robots, which comprises a vehicle-mounted mechanical arm, a supporting structure is fixedly installed at the bottom end of the vehicle-mounted mechanical arm, a cleaning execution structure is fixedly installed at the bottom end of the supporting structure, the cleaning execution structure comprises an L-shaped shell, an intermediate connecting seat, a mounting seat two and a rotating shunt frame, an extension shield is fixedly installed outside the intermediate connecting seat, a position control assembly is arranged between the L-shaped shell and the intermediate connecting seat, the sediment inside the pressure pipe is washed out of the pressure pipe by water flow, the rotating shunt frame is rotated to rotate a plurality of axial flushing holes arranged in a staggered mode, the vehicle-mounted mechanical arm is operated to move the cleaning execution structure up and down and left and right within a range, and the inside of the pressure pipe is cleaned comprehensively, the pressure measuring equipment inside the pressure pipe is washed by water flow impact, and the damage of the pressure measuring equipment inside the pressure pipe is reduced while ensuring that the pressure measuring equipment inside the pressure pipe is cleaned completely.

This utility model relates to the field of integrated pump station technology, and in particular to an integrated pump station debris interception and silt prevention device. It includes a cylindrical body, which is fixedly installed on the top surface of a concrete foundation. An inlet V-shaped wall is fixedly connected to the outer wall of the cylindrical body. A debris trap is provided inside the inlet V-shaped wall, and the debris trap is connected to one end of an inlet pipe. The outer wall of the inlet pipe is fixedly connected to the inner wall of the cylindrical body. A debris trap is placed on the lower surface of the cylindrical body. A submersible sewage pump is fixedly installed on the side wall of the cylindrical body via a pump body bracket. The submersible sewage pump is connected to the cylindrical body and a pressure pipeline via a coupling base. This device, by adding a debris trap at the inlet, filters out garbage and silt in the water, preventing pump blockage and equipment damage, reducing maintenance costs, and further improving the service life of the equipment and the pump's lifting efficiency. It is suitable for various sewage treatment scenarios, is easy to maintain, and has a long service life.

This utility model discloses a waste collection device for protective film processing, which includes a slitting machine and a waste collection mechanism. The slitting machine consists of a traction cutting component, a left-side machine housing, and a control box, providing the basic structure for protective film slitting. The waste collection mechanism is located at the top and bottom of the slitting machine, and its core is a negative pressure generator, which includes a film debris collection tank, an air filter, and a negative pressure fan. The negative pressure generator is connected to the upper and lower collection tanks via upper and lower negative pressure pipes, respectively, with branch pipes on the side walls of the negative pressure pipes. During operation, the negative pressure fan creates negative pressure inside the collection tank, drawing waste through the collection tank opening and into the collection tank through the negative pressure pipes and branch pipes. Air is filtered by the air filter before being discharged. This device effectively collects waste from protective film processing, preventing waste spillage and equipment malfunctions, improving production efficiency, reducing manual cleaning costs, and ensuring a clean production environment.

The utility model belongs to the technical field of elbow processing, specifically relates to a multi -angle hydraulic bending die for pressure pipeline pipe fitting elbow forming, including bottom plate, be provided with two outer tubes, two pipeline inner support mechanisms, two hydraulic rotary support and horizontal moving mechanism on the bottom plate, two pipeline inner support mechanisms are fixedly connected with two outer tubes respectively, and two pipeline inner support mechanisms are located in the inside of outer tube respectively, annular placement area is formed between pipeline inner support mechanism and outer tube, two outer tubes are assembled on two hydraulic rotary support respectively, horizontal moving mechanism is fixedly connected on the bottom plate upside, hydraulic rotary support is installed on horizontal moving mechanism. The utility model can reduce the concentrated load that is applied to the short pipe to be bent in the process of bending the short pipe to be bent, thereby reducing the stress deformation of the short pipe to be bent in the process of bending.

This utility model relates to the technical field of egg retrieval devices, specifically disclosing an egg retrieval device including an egg retrieval needle, a connecting tube at one end of the needle, a connecting hose at one end of the connecting tube, a connecting pipe at one end of the connecting hose, a communicating vessel at one end of the connecting hose, a collection container at the bottom of the communicating vessel, a communicating cavity on one side of the communicating vessel, a pressure pipe connected to the middle of the communicating cavity, and limiting components on both sides of the middle of the communicating cavity, which swing along an axis. The communicating vessel in this device allows two connecting hoses to be integrated into one unit, enabling direct connection between the two hoses on a single structure. This avoids the need for separate hoses when using different hoses, preventing entanglement and thus improving egg retrieval efficiency.