8results about How to "Avoid gas" patented technology

This invention discloses a washing machine drainage control method and a washing machine. The washing machine operates a drainage program, with a drain pump installed at the bottom of the outer tub. Its outlet is connected to a drain hole in the outer tub via a drain pipe, which is inclined. The washing machine's drainage program is divided into four stages. Combined with structural modifications to the washing machine, the control method includes: Stage 1: Starting the drain pump and cyclically starting and stopping; Stage 2: Starting the motor and running at low speed, cyclically rotating with long runs and short stops; Stage 3: Controlling the motor to rotate with short runs and long stops; Stage 4: Controlling the motor to run at high speed. During Stages 2, 3, and 4, the drain pump is controlled to rotate with long runs and short stops. This invention, through structural modifications and drainage timing control, allows water in the drain pipe to flow back into the pump chamber due to the inclined structure of the drain pipe during the drain pump's stop period, pushing air out of the pump's inlet and into the outer tub, thus solving the problem of air trapped in the pump.

The utility model relates to injection mold technical field discloses an automobile water valve core injection mold, including injection mold, the side end of injection mold is equipped with support assembly, the side end of support assembly is equipped with pull assembly, the side end of pull assembly is equipped with the exhaust component for the exhaust of injection mold inside, the outer end of exhaust component is equipped with connecting assembly, connecting assembly installs in injection mold, the utility model discloses the cooperation and setting of pull assembly, exhaust component and connecting assembly, avoid gas to be surrounded by the molten material and cannot be discharged and produce the phenomenon of gas trapping, effectively solve the valve core scorching yellowing, injection not full and other defects caused by the gas trapping of traditional injection, guarantee valve core forming quality.

The utility model relates to a screw sintering device which comprises a sintering furnace and a conveying rack, the conveying rack is arranged at a gate of the sintering furnace, the conveying rack is provided with a conveying track, the conveying track extends into the sintering furnace, the conveying track is provided with a carrying trolley, the carrying trolley is provided with a lower frame and an upper frame, and the lower frame is provided with two mounting frames arranged in parallel. Correspondingly, the upper frame is provided with two placing frames arranged in parallel, the placing frames are used for placing screw jigs, a plurality of driving wheels are arranged on the outer wall of a frame strip, close to the outer side, of the mounting frame, the driving wheels are matched with the conveying track, and a driving motor is arranged at the position, corresponding to the driving wheels, of the inner wall of the frame strip. A plurality of connecting plates are fixedly connected to the inner side of the mounting frame, inclined blocks are fixedly connected to the top walls of the connecting plates, and a plurality of climbing wheels are arranged on the inner side of the placing frame. According to the utility model, the detection efficiency of sintered screws can be improved, and the rate of defective products is reduced.

This utility model relates to a positioning-optimized box-type cleanroom and a film-applying assembly. The cleanroom includes a film applicator and a box body. The film applicator forms a receiving space for placing the device to be applied. A positioning plate is provided at the front end of the receiving space, and the positioning plate is provided with a charging port positioning pin. Positioning inserts are provided on both sides of the receiving space. The positioning plate and positioning inserts are provided with guide posts to fix the protective film above the receiving space. The film applicator is disposed inside the box body, which can be opened to expose the film applicator. The box body has a front movable piece with a flexible component. The front movable piece can be folded inward to support the protective film downward. The box-type cleanroom improves the film-applying accuracy and adaptability through multi-dimensional structural design, comprehensively solving the problems of unstable positioning, adhesion deviation, and low adaptability in traditional film application, while balancing ease of operation and film application effect.

This invention relates to the field of marine engineering technology, and in particular to a marine liquefied petroleum gas (LPG) fuel supply system. The system includes an LPG storage tank, a refueling module, a low-pressure pump, a high-pressure pump, a heat exchanger, a valve assembly, an engine, a recirculation tank, a dual pressure relief system, and a nitrogen system. The refueling module achieves safe LPG refueling and gas-phase reflux through dual interfaces; the low-pressure and high-pressure pumps work together in the reflux pipeline to stabilize fuel pressure, and the water-glycol circulation system, in conjunction with the heat exchanger, precisely regulates fuel temperature; unconsumed fuel is recovered to the storage tank for recycling via the return valve assembly and recirculation tank; the dual independent pressure relief system, combined with a gas-liquid separator, intercepts liquid LPG, and the nitrogen system performs pipeline replacement and purging. This system solves the problems of unstable pressure, fuel waste, emission pollution, and insufficient safety protection inherent in traditional technologies. It provides stable fuel supply, high utilization rate, and is safe and environmentally friendly, meeting the operational requirements of marine LPG dual-fuel engines.

The utility model relates to a kind of energy storage containers, including energy storage main body and liquid cooling machine, liquid cooling chamber is provided in energy storage main body, liquid cooling machine is installed in liquid cooling chamber, gas inlet and gas outlet are provided on liquid cooling machine, air inlet that is communicated with gas inlet and air outlet that is communicated with gas outlet are provided on energy storage main body, the orientation of air inlet and the orientation of air outlet are included angle. By the orientation of air inlet and the orientation of air outlet are included angle setting, i. e. air inlet and air outlet are respectively oriented to different direction, to avoid the high-temperature air discharged from air outlet immediately into air inlet, to avoid air leakage between air inlet and air outlet. Since the air temperature of entering air inlet is lower, it is favorable to improve the heat exchange efficiency of liquid cooling machine.

The utility model relates to tableware production mould technical field discloses a kind of starch tableware mould, including outer mould and inner mould, outer mould and inner mould are made of breathable steel, outer mould is sleeved on inner mould, and the inner cavity surface of outer mould and the outer surface of inner mould are formed between interval defined space, starch material for making tableware is filled in defined space, the utility model provides a kind of starch tableware mould, outer mould and inner mould are made of breathable steel, the water vapor produced in the high-temperature high-pressure forming process of breathable steel's breathable performance can be made starch material pass through mould and discharge quickly, avoid forming high-pressure air cavity and gas trapping phenomenon in mould inside;Defined space is formed by outer mould sleeveing inner mould, so that starch material filling position and range are fixed, guarantee the even distribution of pressure in forming process, to solve the problem of uneven tableware wall thickness caused by water vapor cannot be discharged in time smoothly, improve tableware structural strength and service performance.

The utility model discloses a dust-free bin film pasting device with an upper cover easy to tear and paste and a suit, the film pasting device comprises a bottom plate and a film pasting bin arranged on the inner surface of the bottom plate, and the film pasting bin is used for containing a film assembly and an electronic product; the bottom plate is provided with a head end and a tail end, the head end of the bottom plate is convexly provided with a positioning column on the outer side of the film pasting bin, and the positioning column is used for being clamped with a film assembly during film pasting; the outer surface, deviating from the film pasting bin, of the bottom plate is provided with a finger pressing position and an easy-to-tear pasting position; the finger pressing position is arranged close to one side of the head end, the easy-to-tear pasting position is arranged close to one side of the tail end, and a pasting hole communicated with the film pasting bin is formed in the position, at the easy-to-tear pasting position, of the bottom plate. When the film pasting device is used for pasting films on products such as mobile phones and tablet personal computers, air trapping caused by the fact that the whole tempered film makes contact with a display screen in advance is avoided.