5results about How to "Effective warm-up" patented technology

The utility model discloses a kind of casting runner lower injection pipe heater devices, it is related to foundry technical field, including support and preheating device;Preheating device includes gas nozzle, jet pipe and fire collecting hood respectively fixed on support;Gas nozzle is fixed on support, and is connected with gas supply device, its gas outlet direction is vertically upwards;Jet pipe cover is located outside gas nozzle and vertically extends upwards, its bottom is provided with the air inlet of intercommunication outside, its top is provided with jet port;Fire collecting hood cover is located outside jet pipe and vertically extends upwards, its height is higher than the height of jet pipe, and its top heat port is located at the bottom of injection pipe.By support preheating device, the gas nozzle of preheating device, jet pipe and fire collecting hood cooperate, can effectively preheat casting runner lower injection pipe, avoid cold-state injection pipe to directly contact high-temperature molten metal to produce crack, spalling and other problems, prevent local cooling of molten metal to form cold separation or blockage, improve metal casting quality and production efficiency.

The application discloses a closed water inlet temperature adjusting device, which comprises an inlet preheating unit, a decontamination unit and a drying unit.The inlet preheating unit comprises an inlet heater shell, an inlet, a water inlet and a spraying assembly.The decontamination unit comprises a filter screen, a cleaning assembly, a decontamination assembly and a vibrating assembly.The spraying assembly can be used for spraying and heating the gas entering the inlet heater shell, and the drying unit can be used for drying the gas heated by the spraying assembly, so that the gas entering the gas turbine can be effectively preheated, and the efficiency of the gas turbine is improved.

This invention discloses a copper ash heat treatment stirring device and its stirring method, belonging to the field of copper ash recycling technology. The device includes a rotating platform with a fixed lifting support frame. The rotating platform can drive the lifting support frame to rotate. Multiple electric melting furnaces are symmetrically distributed around the rotating platform. A heating and stirring mechanism is installed on one side of the lifting support frame, and a preheating and stirring mechanism is installed on the other side. In this invention, when the heating and stirring mechanism heats and reduces the copper ash in the electric melting furnace, a large amount of high-temperature flue gas is generated inside the first insulation hood. The air pump of the heat recovery mechanism extracts this high-temperature flue gas, which is then transported through a flue gas collection cylinder and a heat transfer cylinder to the flue gas receiving and fixing seat of the preheating and stirring mechanism. The high-temperature flue gas is then introduced into the copper ash through a stirring air shaft and a flue gas stirring preheating plate, achieving preheating and drying, and fully utilizing the heat of the high-temperature flue gas that might otherwise be wasted.

The utility model relates to gas water heating equipment, which is characterized in that a pressurizing component is additionally arranged in the gas water heating equipment, and water in a water storage tank is directly conveyed into a water inlet pipe through a water pump. In the pressurization process, water in the cold water pipe flows out of the water inlet pipe, and the water pump can input water in the water storage tank into the water inlet pipe through the pressurization pipe so as to achieve pressurization. Due to the fact that water in the water storage tank is stored in advance, the water flow during bathing can be effectively increased and is not affected by external water pressure and water supply capacity, for example, the water pressure or the water supply capacity is insufficient, the pressurization effect is effectively improved, and the water use requirement of a user is met.

This utility model relates to the field of food processing equipment and discloses an automatic pressure relief device for an empty cake baking box. It includes: a baking box body, with an inner baking liner inside; a door rotatably connected to one side of the outer wall of the baking box near the inner baking liner; and heating elements and baking racks installed inside the inner baking liner. It also includes a pressure relief mechanism, comprising an exhaust pipe connected to the internal space of the inner baking liner and an intake pipe connected to the outside air, each equipped with a first / second solenoid valve and an exhaust fan at the outlet. The control system uses a timing unit and a temperature sensor for coordinated control. This utility model achieves precise, unmanned pressure relief operation, replacing the traditional manual door opening method. It can automatically exhaust and cool according to a preset program, solving the problem of cakes bursting due to inaccurate manual operation, thus ensuring baking quality and significantly improving product yield and stability.