6results about How to "Solve the discharge problem" patented technology

The utility model provides a GIS device and an electric power system, the GIS device comprises a conductor and a voltage-sharing cover, one end of the conductor is connected with a bushing of a transformer; the voltage-sharing cover is detachably connected with one end of the conductor, the voltage-sharing cover is arranged on the outer side of the conductor in a covering mode in the circumferential direction of the conductor, and the voltage-sharing cover is used for shielding discharge of the conductor. The voltage-sharing cover is additionally arranged at one end, connected with the bushing of the transformer, of the conductor of the GIS equipment, the voltage-sharing cover is detachably connected with the conductor, and the voltage-sharing cover has insulation and voltage-sharing shielding effects, so that when the conductor discharges to the outer wall of the gas chamber of the GIS equipment, the voltage-sharing cover is arranged on the outer wall of the gas chamber of the GIS equipment; the voltage-sharing cover can play a voltage-sharing and shielding role on high-voltage field intensity, so that the problem that the conductor discharges to the outer wall of the gas chamber when the GIS equipment and the transformer operate and the high-voltage side GIS gas chamber is subjected to transient high-voltage impact is solved, and normal operation of the GIS equipment and the transformer is ensured.

The utility model discloses an oil-gas-water interface separation device, which belongs to the technical field of petroleum stock solution processing and separating devices, comprises a main shell, and is characterized in that an inner cavity of the main shell is divided into a liquid inlet chamber, a mixing chamber, a settling chamber and an oil-water separation chamber through corrugated plate packing, a metal baffle plate and a baffle plate which are sequentially arranged from left to right; the oil-water separation chamber is divided into a front oil chamber and a rear water chamber through a transversely arranged oil-water separation plate; a first blow-off pipe and a second blow-off pipe are sequentially arranged at the bottom of the main shell in the position of the settling chamber from left to right; a wire mesh demister is arranged on the right side of the top of the inner cavity of the main shell and located at a bottom outlet position of the air outlet. According to the oil-water-gas interface separation device, through application of the first blow-off pipe and the second blow-off pipe in the petroleum processing separation process, the problem that an existing three-phase separation device is difficult to discharge impurities floating on the surface of an oil-gas interface and the surface of an oil-water interface in the separation process is well solved, meanwhile, the separation precision is improved, and the separation effect is optimized.

The application discloses a negative pressure head cover capable of preventing droplet transmission and a use method thereof, and belongs to the technical field of medical devices. The negative pressure head cover comprises a sealed head cover, a sealed face cover, and a negative pressure pipe. The sealed head cover is transparent. The sealed face cover is detachably arranged on the outer side of the sealed head cover and is transparent. The negative pressure pipe is arranged on the outer side of a sterilization assembly. The application effectively solves the problem that the exhaled gas cannot be sterilized before being discharged, thereby realizing that the negative pressure pipe can extract the gas in the sealed face cover, input the gas into the inside of the sterilization assembly for sterilization, and then discharge the gas through the exhaust pipe, so that the exhaled gas of the patient can be sterilized before being discharged, the gas in the sealed head cover is prevented from being emitted into the air when the sealed head cover is removed, and the effect of preventing droplet transmission is improved.

The utility model discloses a kind of empty barrel blow-drying devices for purified water production, belong to purified water production technical field, including base, the lower end corner of base is provided with support leg, the side of base is provided with support frame, the inside of the upper end of support frame is provided with empty barrel clamping fixed mechanism, the side of base is provided with empty barrel blow-drying mechanism;The empty barrel clamping fixed mechanism includes drive assembly, the side upper end of support frame is provided with drive assembly, the utility model is provided with empty barrel clamping fixed mechanism, solve the problem that empty barrel in existing blow-drying device is easily shaken or displaced in blow-drying process, the mechanism adopts motor drive bidirectional screw rod, drive nut slider moves, to realize the stable clamping of arc clamping plate to empty barrel, the design of arc clamping plate and empty barrel appearance perfect fit, increase clamping area, the setting of antiskid line further enhances the reliability of clamping.

The utility model discloses a vehicle-mounted reactor relates to nuclear reaction technical field, including sealed pressure compartment, reactor and residual exhaust system, the reactor sets up in the inside of sealed pressure compartment, sealed pressure compartment with reactor passes through residual exhaust system connects, residual exhaust system with reactor carries out heat exchange, and carries out heat exchange with sealed pressure compartment. The utility model solves the technical problem of vehicle-mounted reactor heat discharge design complex, has taken place breakdown, overall reactor mass greater etc. in prior art, provides a kind of vehicle-mounted reactor with small volume, and residual heat can be discharged in vehicle movement.

This utility model discloses a modular heat exchange device, relating to the technical field of integrated heating equipment. The device includes a cabin and a buffer water tank housed within the cabin. A plate heat exchanger is installed inside the cabin, with a heating inlet pipe and a heating return pipe connected to one side of the plate heat exchanger, and an outlet pipe and an inlet pipe connected to the other side. A pump is connected to one end of the inlet pipe. This modular heat exchange device is open-type. By incorporating the buffer water tank, it effectively solves the problems of excessive heating water pressure and gas discharge from the heating equipment. It employs an integrated controller and sensor linkage to achieve automated control, improving system operating efficiency and safety. Adding a heater allows for secondary heating of the water after heat exchange, ensuring a constant water temperature to meet heating needs. The overall modular design facilitates installation and maintenance, reduces operating costs, and enhances versatility and applicability.