33 results about "Transport water" patented technology

This utility model relates to the field of water treatment technology, and in particular to an intelligent control dosing device, including a mixing tank. The inner wall of the mixing tank is equipped with dosing components, and a mounting plate is installed on one side wall of the mixing tank. This utility model controls the lifting stroke of a metering cylinder via an electric actuator. When the metering cylinder descends below the water level, it draws the chemical solution by gravity. After rising to a specific position, the chemical solution is again discharged under gravity through a corresponding cylindrical groove, a circular hole, and an outlet pipe, achieving quantitative dosing. Three sets of dosing components are arranged side-by-side on the crossbeam. According to actual needs, all three sets can be selected for simultaneous dosing, significantly improving work efficiency and meeting the needs of large-scale production scenarios. Alternatively, designated valves can be flexibly closed, allowing for individual dosing through designated outlet pipes, enhancing the device's versatility and practicality. The inlet pipe and dosing pipe independently transport water and chemicals. Combined with a bottom motor-driven stirring shaft, this ensures thorough mixing of the chemical solution within the mixing tank, effectively avoiding localized uneven concentrations.

This application relates to the field of pig transportation and discloses a pig transportation device for pig slaughtering. In this application, a water storage tank is provided on the top surface of the fixed frame, and two water pumps are provided on both sides of the water storage tank. Two water delivery pipes are provided at the output ends of the two water pumps, and two fixed water plates are provided at the other ends of the two water delivery pipes. Multiple drainage holes are provided inside the fixed water plates, and a light-shielding curtain is movably installed inside the fixed water plates via a slider. When the equipment is transporting pigs in a high-temperature environment, such as in summer, the light-shielding curtain on the surface of the fixed water plates can be pulled to provide shade. Simultaneously, the water pumps located at the top of the fixed frame are activated to transport water from the water storage tank to the interior of the fixed water plates through the water delivery pipes. This, combined with the multiple drainage holes, allows water to soak the light-shielding curtain, thereby reducing the temperature inside the fixed frame.

This invention relates to the field of aquaculture equipment technology, and discloses a shaftless pump for water temperature regulation and an aquaculture system using the shaftless pump. The system includes: a longitudinally arranged cylindrical body with an open bottom; multiple nozzles arranged circumferentially on the upper side wall of the cylindrical body; an annular outer rotor rotatably connected to the cylindrical body; a multi-pole permanent magnet stator fixedly embedded in the cylindrical body on the outer circumferential surface of the outer rotor, with the stator and the multi-pole permanent magnet radially opposite each other; a shaftless rotor impeller connected to the outer rotor for rotation under the drive of the outer rotor to transport water; and a frequency converter electrically connected to the stator windings for vector and torque control to achieve smooth start-stop and speed regulation. This shaftless pump aquaculture system can efficiently, environmentally friendly, and safely regulate water temperature; the entire water temperature regulation can be automatically closed-loop controlled, and temperature regulation can be achieved without reducing oxygen levels, ensuring the healthy growth of aquatic organisms.

The present application provides a kind of low-loss transmission dense moving bed device and its operating method, including adsorption tank, regeneration tower and displacement cleaning tank, adsorption tank, regeneration tower and displacement cleaning tank use the moving bed operation mode of lower liquid inlet upper liquid outlet, and the top of at least two of adsorption tank, regeneration tower and displacement cleaning tank is provided with gas inlet, by inputting gas with pressure, for resin delivery provides downward power, and the transfer of resin is optimized from gravity discharge to gravity+power dual-action discharge, so that resin transfer delivery is stable, not easy to block;Can not need additional transport water.Additionally, resin breakage problem caused by high-speed impact, mechanical collision and other factors can be avoided from the root;Realize low-loss transmission.

This invention discloses a multifunctional self-inflating live fish preservation and emergency rescue storage bag, belonging to the fields of daily storage, aquatic product transportation, and public safety emergency technology. Addressing industry pain points such as the limited functionality of existing equipment, the inability to readily carry rescue gear, the lack of lightweight drowning prevention equipment in primary and secondary schools, the reliance of traditional live fish bags on external devices, insufficient disclosure of technical solutions, and the lack of quantitative performance support, this invention employs a built-in negative pressure self-inflating capsule combined with a one-way pressure regulating valve and a roll-up buckle sealing structure. It defines complete material parameters, negative pressure parameters, pressure stabilization threshold, and buoyancy performance parameters, achieving integrated switching between three cross-domain functions: daily waterproof storage, long-term oxygen-preserving transportation of live fish without equipment, and emergency buoyancy rescue in aquatic environments. Actual testing shows that this invention improves inflation efficiency by over 85%, increases live fish survival time by 200%, reduces leakage rate to 0%, and provides stable buoyancy support for self-rescue by teenagers. This invention breaks through the functional and scenario limitations of existing technologies. The solution is complete, mass-producible, and reproducible. It can be carried by the general public, especially primary and secondary school students, on a regular basis. After its popularization, it can significantly reduce the risk of drowning accidents. It is in line with the policy orientation of campus drowning prevention and safety. It has significant industrial innovation value and social public safety value. It is highly creative, extremely practical, and has broad prospects for promotion.

This application discloses an intelligent working platform for power wellheads, comprising a support structure, a ladder, a pneumatic drive unit, and a water drive unit. The ladder contains a main air duct and a main water duct. The pneumatic drive unit is used to fill the main air duct with air, and the water drive unit is used to fill the main water duct with water. A controllable closure is located at the bottom of the ladder, controlling the opening and closing of the bottom ports of the main air duct and main water duct. The controllable closure has water inlets and air inlets communicating with the main water duct and main air duct, respectively. An air outlet communicating with the main air duct is also located on the outer wall of the ladder. In the open / closed state, the pneumatic drive unit can exhaust air into the well, and the water drive unit can transport water. In the closed state, air guns and water guns can be used through the air inlets and water inlets. In an emergency, the operator can open the air outlet to breathe air. Therefore, the ladder serves not only as a tool for entering the well but also as a tool for pre-entry ventilation, water transport, connecting air guns and water guns, and self-rescue in emergency situations.

This utility model discloses a trolley for surface treatment of tunnel lining, relating to the field of tunnel construction technology. It includes a support frame and a trolley base. A trolley frame is mounted on the top of the trolley base. A circulating pump uses an outlet pipe to transport water through a guide pipe to the inlet pipe, and then sequentially to the mounting plate. Multiple spray nozzles spray the tunnel lining surface for curing. Multiple first flow meters and gate valves can be controlled by a control system to adjust the range and number of spray nozzles according to the required spraying distance inside the tunnel. A filter screen can transport excess water from the curing spray and accumulated water in the tunnel through a circulating outlet pipe and a conveying pipe to a circulating inlet pipe, which then enters a water storage tank, forming a circulating curing process. A balancing valve can adjust the balanced flow rate of water in the circulating pipe and conveying pipe, achieving a good balanced usage effect. A check valve and a second flow meter can accurately adjust the water flow rate to prevent backflow.

A passive infiltration drainage system uses a plurality of conveyance channels and plurality of infiltration tunnels to passively transport water from land surfaces to desired storage areas. The water is either deposited into the deep soil or is passed to a storage basin or outlet point.

System for measuring the moisture content of a granular medium. This description relates to a system (1) for measuring the moisture content of a granular medium (2) comprising a collection element (3) intended to be placed in the granular medium (2) in contact with the granular medium (2), and configured to collect water present in the granular medium (2), a reservoir (14) for receiving the collected water, moisture sensors (16) in regions at least partially distinct from the granular medium (2), at least one temperature sensor (24), at least one conductivity sensor (26) configured to measure the conductivity of the water received in the reservoir (14), and transport means (18, 21) configured to transport water from the reservoir (14) to the conductivity sensor (26). Figure for the abstract: Fig. 1

This utility model relates to the field of rubber granulation technology, specifically an anti-clogging rubber granulator, including a rubber extruder. An anti-clogging component and a cutting component are provided on one side of the rubber extruder. The anti-clogging component includes a water storage tank, which is fixedly connected to the top of the rubber extruder. This anti-clogging rubber granulator, by installing the anti-clogging component, allows the rubber extruder to squeeze rubber through a mold at one end for pelletizing. The cut rubber pellets fall into a pellet receiving frame. Before this, the operator can activate the pump in the water storage tank to transport water from the tank to the pellet outlet pipe through a water supply pipe. This ensures that the cut rubber pellets directly contact the water, achieving cooling and hardening. Furthermore, the splicing plate is connected to a water filtration device. This structure prevents the rubber pellets from clogging the pellet outlet pipe due to their adhesive properties, thus ensuring normal material flow.

This application relates to the field of anchor cable trolley technology, and in particular to an anchor cable trolley, comprising: a trolley body; a control mechanism mounted on the trolley body; an anchor cable mechanism including a working arm and an anchor cable head, one end of the working arm being connected to the trolley body and the other end to the anchor cable head; a drilling mechanism including a drilling arm and a drilling propulsion beam, one end of the drilling arm being connected to the trolley body and the other end to the drilling propulsion beam; a mixing mechanism mounted on the trolley body, including a mixing drum and a mixing component disposed within the mixing drum; a feeding mechanism including a storage tank and a feeding component mounted on the trolley body, the storage tank being used to hold cement dry powder and the feeding component being used to transport the material in the storage tank to the mixing drum; and a water supply mechanism including a water tank and a water delivery component mounted on the trolley body, the water delivery component being used to transport water from the water tank to the mixing drum; thereby achieving precise and automatic proportioning of cement and water, effectively reducing the labor intensity of workers.

The utility model discloses a kind of self-flow type water-oxygen mixers, including connecting pipe, one end of the connecting pipe is fixedly connected with connecting flange, the connecting flange is used to connect connecting pipe on water circulating equipment;Mixing assembly is provided on the connecting pipe, the upper surface of the connecting pipe close to mixing assembly is also communicated with air inlet pipe, the mixing assembly can inhale air by air inlet pipe and mix oxygen with water body.The utility model in the present application, by setting connecting pipe cooperation mixing assembly, water circulating equipment can be transported water through conical shell to reduce flow cross section, improve flow speed, and cooperate air inlet pipe and shunt shell to further improve the flow rate when water passes through air inlet pipe, while using Bernoulli effect to make air inlet pipe can inhale air, realize the mixing of water and air, and then realize water-oxygen mixing, improve the oxygen content in water.

This invention relates to the field of sampling drone technology, and more particularly to a surface water sampling, storage, and transportation system based on a drone. The sampling unit includes a first multi-parameter water quality sensor for collecting profile data and components for collecting and transporting water samples; a refrigeration and storage unit for providing and regulating the refrigeration temperature for the stored water samples; and an analysis and control unit for dynamically identifying characteristic water quality types and determining water quality profile indices based on the first surface water profile dataset during the collection phase, thereby generating instructions to regulate the collection strategy; and for calculating a water sample fidelity index based on a second profile dataset of the stored water samples during the storage phase, thereby generating temperature instructions to regulate the refrigeration strategy. This invention, through the analysis and control unit, ensures fidelity control from identification and sampling to storage, overcoming the shortcomings of traditional sampling methods in terms of sample representativeness and overall fidelity, and significantly improving the reliability and scientific validity of water quality monitoring data.

The utility model relates to label paste technical field, concretely relates to a kind of environment-friendly waterproof label paste.It is mainly for sweat infiltration, prone to softening, the problem of reduced toughness, and the following technical scheme is presented: including label paste, the label paste is matched with outer protection component and inner waterproof component;Wherein, the inner waterproof component includes base paste, the edge of the base paste is embedded with sawtooth layer, the upper surface of the base paste is inserted with trapezoidal fiber layer, the trapezoidal fiber layer is inclined to place, the utility model discloses when sweat or other water flow infiltrates label paste, trapezoidal fiber layer can transport water flow or salt-containing sweat, so that the erosion effect of base paste is reduced, the toughness of label paste will not change, in actual use process, label paste will not appear softening condition, use experience is better, and personnel pinch label paste bottom, moisture can be drained by sawtooth layer, further reduce the possibility that label paste softens.

This application relates to the technical field of aquatic product transportation, and in particular to a water purification device for transporting live aquatic products. The device includes a box, an oxygen pump fixedly connected to the left side of the box, a connecting pipe fixedly connected to the bottom of the box, a water pump fixedly connected to the end of the connecting pipe away from the bottom of the box, a rotating door rotatably connected to the top of the box, a fixing block fixedly connected to the front of the inner wall of the box, an electric push rod fixedly connected to the inner wall of the fixing block, and a push rod fixedly connected to the bottom output end of the electric push rod. This invention, through the components such as the push rod, connecting block, and rotating rod, allows the electric push rod to drive the push rod and connecting block to rise. The rotating rod then drives a scraper to slide along the surface of an inclined plate. Because the scraper is in direct contact with the top of the inclined plate, it can thoroughly remove accumulated dirt from the inclined plate, preventing the growth of bacteria from residual dirt, ensuring the overall cleanliness of the inclined plate, effectively maintaining the cleanliness of the transported water, and providing a good living environment for live aquatic products.

This utility model relates to the technical field of irrigation and fertilization devices, and discloses an orchard irrigation and fertilization device, including a traveling trolley. The traveling trolley is arranged from front to back with a storage tank, a liquid pump, and a receiving / discharging device. A stirring device is provided on the storage tank. The storage tank and the liquid pump are connected by a first pipe, and the liquid pump and the receiving / discharging device are connected by a second pipe. A third pipe is wound around the receiving / discharging device. The receiving / discharging device includes a cylinder mounted on the traveling trolley. A rotatable ring is connected to the top of the cylinder via a bearing. A driven gear is provided on the outer side of the ring. A motor is mounted on the traveling trolley, and a driving gear meshing with the driven gear is provided at the output end of the motor. A circular plate is provided on the ring, and a blind cylinder is provided on the circular plate. The advantages of this utility model compared to existing technologies are: it can transport water to the orchard, irrigation and fertilization can be carried out simultaneously, and the labor intensity of personnel is low.

This utility model provides a breeding pond with a manure-sewage separation structure. The breeding pond includes a pond body with a conical or frustum-shaped bottom surface and a drain outlet at the center of the bottom. The pond body also includes a rain shower assembly for transporting water to an external filtration device. The rain shower assembly includes a rain shower pipe and a water source drive, with the rain shower pipe and water source drive in fluid communication. The breeding pond achieves manure-sewage separation through its bottom design and outputs pond water to the filtration device through the rain shower assembly, realizing rapid and efficient removal of various pollutants from the water within a limited space, maintaining water quality and reducing water waste.

The application relates to the technical field of water quality detection, and discloses a water body sampling and detection device, which comprises a sampling box, the top of the sampling box is provided with a detection box, and the inside of the sampling box is provided with a sampling device. The water body sampling and detection device is connected with the external extension end of the sampling pipe through the output end of the pushing device, the sampling pipe can be automatically extended and unfolded to the water body sampling position through the driving cooperation of the pushing device, the sampling device can provide driving force for the sampling pipe to rapidly transport water in the water body to one side of the shunt pipe and finally to the inside of the sampling bin, the detection mechanism can be automatically moved to the detection position of the sampling bin through the displacement of the driving device, and the detection mechanism can enter the inside of the sampling bin for detection through the cooperation of the limiting wedge, so that the water body sampling and detection are integrated, and the convenience and efficiency of water body sampling and detection are improved.

This application discloses a pump-free backwashing and water supply system for a water treatment plant, comprising a filter tank, a clear water tank connected to the filter tank, a water supply pump, and a backwash pump. The water supply pump and backwash pump are installed on top of the clear water tank, with their lower parts extending into the clear water tank and their upper parts exposed above the top of the clear water tank. The water supply pump can transport water from the clear water tank to the water supply pipeline; the backwash pump is connected to the filter tank and can provide backwash water during backwashing of the filter tank. This application directly installs the water supply pump and backwash pump on top of the clear water tank, eliminating the high costs and expenses of building a pump house and supporting facilities required by traditional water treatment plants. It also eliminates the need for land for pump house construction, achieving both land savings and significant investment in supporting equipment such as gantry cranes, hoists, and numerous pipelines within the pump house. Furthermore, it achieves true energy conservation and consumption reduction in the operation, maintenance, and repair of the water treatment plant.

The utility model relates to a kind of papermaking sewage collecting device and sewage treatment system, including collecting well;Primary sedimentation tank, collecting well is communicated with primary sedimentation tank by pipeline;Lifting pump, lifting pump is set on the pipeline between collecting well and primary sedimentation tank, and lifting pump is used to transport water in collecting well to primary sedimentation tank;Filter, filter is set on the pipeline between collecting well and lifting pump, and filter is used to filter impurity in sewage;Stirring mechanism, stirring mechanism is set in collecting well, and stirring mechanism is used to stir sewage in collecting well, to reduce silt deposition;And drive mechanism, drive mechanism is drivingly connected with stirring mechanism, and drive mechanism is used to provide power to stirring mechanism, to drive stirring mechanism to stir. Through stirring mechanism to stir sewage in collecting well, suspended solids and sludge in sewage can not be deposited in the bottom of collecting well, reduce the phenomenon of silt at the bottom of pond, thereby reduce the risk of sewage overflow and secondary pollution due to silt.

To provide a waste transport system that incorporates water-saving measures. [Solution] The waste transport system includes a crusher for crushing waste, a first transport device for transporting the waste crushed by the crusher in a sealed container using transport water, a second transport device connected downstream of the first transport device and transporting the waste by vibrating a transport section having multiple openings, and separating the transport water from the waste, and a return device for returning the transport water separated by the second transport device to an upstream position of the first transport device, wherein the transport water returned by the return device is supplied to the first transport device and reused as transport water.

The utility model belongs to closestool water tank technical field, specifically is closestool water tank water replenishment control structure, including interface, interface surface bottom is fixedly installed with the fixed frame, the bottom fixed mounting of fixed frame has the mounting panel, the bottom of interface is provided with the limit component, the surface of limit component is provided with the adjusting mechanism, through the setting of screw pipe, rectangular slot, sleeve, drain and limit ring, make screw pipe can transport water inside interface downward, so as to be able to transport water to sleeve and discharge to water tank, can also make sleeve can slide up and down at random on the surface of screw pipe, the opening of rectangular slot can make guiding component more stable when sliding up and down, can limit guiding component simultaneously and prevent it from appearing inclination, the cooperation of sleeve, drain and limit ring can move up and down at random on the surface of screw pipe through the rotation of user, so as to can realize the effect of adjusting water tank water level.

This invention discloses an intelligent purification and control device for tunnel blasting dust, including a water tank and rollers at the bottom of the water tank. The water tank stores water for purification operations, and the rollers enable the entire device to move along the tunnel body. The dust purification unit includes a supporting arch, a water curtain component, a water intake component, and a detection component. The supporting arch is fixedly installed on the upper end of the water tank, and the cross-sectional profile of the supporting arch is adapted to the internal cross-section of the tunnel body. The water curtain component is rotatably mounted on the inner side of the supporting arch, and the water intake component connects the water tank and the water curtain component. The water intake component is used to transport water from the water tank to the water curtain component. The detection component is set on the supporting arch and is used to detect the real-time position of the water curtain component and control the start and stop of the water intake component based on the detection results. By using an arched supporting arch adapted to the tunnel cross-section in conjunction with a full-area water curtain structure, a transverse closed barrier can be formed inside the tunnel, which can completely block the penetration of blasting dust and prevent the longitudinal diffusion of blasting dust along the tunnel from the source.

This invention relates to the field of winch drum technology, and discloses a lightweight winch drum and method for ship hydrological and geological survey winches, comprising: a support frame and a drum body disposed inside the support frame; a first rotating rod rotatably connected inside the support frame; a water tank disposed on the surface of the support frame; a treatment box disposed at the bottom of the drum body; an anti-wear component disposed inside the treatment box; and a power component disposed on top of the water tank. Through the combined use of the power component and the anti-wear component, the first rotating rod drives the first fixed disc to rotate via the power component, causing the lifting plate to transport water from the water tank to the water collection pan via a pump. The water collection pan then washes the wire rope through a pressurized nozzle. The water flow drives the fixed rod to rotate via a fixed arc plate, causing the driving gear to drive the brush ring to rotate via a driven gear ring. The brush bristles inside the brush ring treat the sand and gravel adhering to the surface of the wire rope, thereby achieving the effect of preventing sand and gravel abrasion.

This invention discloses a water-circulation power generation system based on the kinetic energy of water flow drop, featuring natural, environmentally friendly, energy-saving, and clean characteristics. It can generate electricity by circulating water resources from sources such as the sea, rivers, lakes, and reservoirs. The invention includes a water intake device located at the water source, multiple water hammer pumps, water tanks, a booster tower, and turbine components distributed at different corresponding heights on the mountainside. A first water conveyance path connects the water intake device and the multiple water tanks to transport water sequentially upwards along the tanks. A second water conveyance path connects the water source and the multiple water tanks to transport water sequentially downwards along the tanks to the booster tower. The first water conveyance path is equipped with a pumping mechanism that uses the water flow drop as power to transport water upwards, and the second water conveyance path is equipped with a booster power generation device that converts the power of the water flow drop into electrical energy. This invention has a simple structure, is flexible in application, convenient to construct, has stable operating efficiency, requires less stringent geographical conditions, and is of great significance for achieving carbon neutrality.

The utility model discloses a water passing device for kitchen ware processing, and relates to the technical field of kitchen ware processing. The device comprises a pool, a conveying seat is arranged at the top of the pool, a water passing assembly is arranged on the outer side of the conveying seat, the water passing assembly comprises a blocking shell fixedly connected to the top of the pool, a net belt is arranged in the conveying seat, a cleaning frame is positioned and placed at the top of the net belt, and a water pump is fixedly connected to the back face of the pool. A top water outlet of the water pump is fixedly connected with a water conveying pipe. The water passing assembly is arranged, specifically, a water pump is started to convey water in a water pool into a flow dividing water pipe through a water conveying pipe, then the water is sprayed out through a plurality of water spraying heads, after the cleaning frame enters a blocking shell, sprayed-out high-pressure water flow flushes tableware in the cleaning frame, and dust can be prevented from being attached to the tableware in a high-pressure flushing mode; the water passing effect is improved, tableware does not need to be reworked and cleaned, and the water passing efficiency is improved.

The embodiments of the present disclosure relate to an apparatus, a system and a method for collecting, transporting and delivering water. Some embodiments relate to a vessel for transporting water, the vessel comprising an outer wall for defining an internal plenum for receiving the water, the outer wall also defining a front end, a back end and a bulkhead port therebetween for providing fluid communication across the outer wall; a propulsion system that is configured to move the vessel; an power system supported upon the outer wall that is configured to capture energy and power the propulsion system; and an anti-roll and buoyancy system that is positioned about the outer wall and below the power system. Other embodiments relate to a pumping system that may be used with the vessel described herein, as a system that can perform the methods described herein.

This invention discloses an SCR cutting fixture, relating to the field of SCR cutting. It includes a support platform, a baffle, a waterbed structure, a water tank structure, and piping components. The baffle is fixedly connected to the top of the support platform. The waterbed structure is located on top of the support platform, and the water tank structure is located on the side of the support platform. The water tank structure provides water to the waterbed structure. The piping components are located on the water tank structure and are used to transport water from the water tank structure to the waterbed structure. This invention utilizes a coordinated arrangement of the waterbed structure, platform structure, and piping components. The platform structure is placed inside the waterbed body. Compressed air is injected into the water tank body, causing water in the water tank to be forced through the piping components to the waterbed body, raising the water level. The water from the waterbed body flows into the water tank body, achieving water level regulation and recycling. This facilitates the deposition of cutting slag and dust in the water under the influence of the cutting gas, achieving a smokeless cutting effect and realizing environmental protection.

This utility model discloses a cooling device for bearing processing, comprising a water tank with a cooling groove on the top. Supports are fixed at the four corners of the top of the water tank, with the tops of the supports fixed to the bottom of the cooling groove. A net is installed inside the cooling groove, with a connecting rod rotatably connected to the top of the net. A partition is fixed inside the water tank, dividing the tank into two water storage chambers. After the water in the tank cools the bearing multiple times, the water temperature rises. At this point, the second solenoid valve on the corresponding second drain pipe is opened, allowing the heated water in the tank to drain into the corresponding water storage chamber. After the water in the tank is drained, the second solenoid valve is closed, and then the first solenoid valve on the water pump and another suction pipe is opened, allowing the water pump to transport water from the other water storage chamber into the water tank, thus cooling the bearing. The water in the two water storage chambers is used alternately, avoiding water waste.

This utility model discloses a high-performance heat exchanger seal, belonging to the technical field of heat exchanger seals. It includes a seal body used as a high-performance heat exchanger seal. A first connecting member is fixedly connected to the side of the seal body. A pressing member is slidably connected to the upper side of the first connecting member. A pressing plate, slidably connected to the inner wall of the first connecting member, is fixedly connected to the lower side of the pressing member. A water bladder is connected to the lower side of the pressing plate, and a water supply pipe is connected to the lower side of the water bladder. This device is connected to the interface of the heat exchanger through the first connecting member. During prolonged use, water continuously seeps from the water bladder at the outlet to wet the suction cup. If the temperature is high, the pressing member can be pressed, causing the pressing plate to move. The pressing plate compresses the water bladder, transporting water through the water supply pipe to the outlet, preventing the suction cup from drying out during prolonged use, which would lead to insufficient adhesion and affect the seal's performance.