4results about How to "Won't impact" patented technology

This invention provides an integrated electric motor pump and an automobile. The gear housing has a structural cavity, and an internal meshing gear assembly is disposed within the structural cavity. The internal meshing gear assembly has a first oil chamber and a second oil chamber. The gear housing is mounted on a motor housing. A rotor shaft passes through a portion of the gear housing from inside the motor housing and extends into the structural cavity. The gear housing is radially supported on the rotor shaft by a housing bearing. The gap between the motor housing, the gear housing, and the rotor shaft forms an oil reservoir. An oil guide groove is formed on the inner ring of the gear housing opposite the rotor shaft, connecting the structural cavity and the oil reservoir. The gear housing also has a first channel and a second channel that connect the oil reservoir to the first and second oil chambers, respectively. A first check valve is installed in the first channel, and a second check valve is installed in the second channel. This invention can improve the problem of high noise in integrated electric motor pumps.

This invention discloses a device for reducing molten tin contamination at the tail end of a tin bath, comprising a tin bath with a molten tin pan inside. A transition chamber is located at one end of the molten tin pan, and a slag box is located at the lower end of the transition chamber. A cooling mechanism is installed inside the slag box. A buffer chamber is located at the end of the transition chamber away from the molten tin pan, and an adjustment mechanism is located at the upper end of the buffer chamber. An annealing chamber is fixedly connected to the end of the buffer chamber away from the transition chamber. This invention can reduce the degree of contamination of molten tin in the tin bath, improve glass quality, and reduce molten tin consumption. A cooling mechanism and a pressure detection device are installed at the bottom of the slag box. The opening at the connection between the transition chamber and the annealing chamber is adjustable. A buffer chamber is located at the front end of the annealing chamber, and a gas flow rate detection device is installed in the buffer chamber to monitor the flow rate and prevent excessive gas from the transition chamber from entering the annealing chamber.

The utility model belongs to the technical field of production of low-voltage electric appliances, and particularly discloses a pin assembling device and a material distributing mechanism. The conveying line is used for conveying the low-voltage electrical appliances to the position of the feeding mechanism, the feeding mechanism pushes the low-voltage electrical appliances on the conveying line to the pin assembling position, the pin assembling mechanism assembles pins to the low-voltage electrical appliances arranged at the pin assembling position, the material moving mechanism pushes the low-voltage electrical appliances assembled with the pins to the pin detecting position to be detected, and after detection is completed, the low-voltage electrical appliances are conveyed to the feeding mechanism. The material pushing mechanism pushes the detected low-voltage electric appliance to a conveying line, the feeding mechanism, the pin assembling mechanism, the material moving mechanism and the material pushing mechanism are matched with one another in the operation process, multiple mechanisms can act at the same time, and high-efficiency assembling of pins is achieved. In addition, manual operation is replaced by automatic pin assembling, the labor cost is reduced, the problem of neglected assembling is avoided, and the qualified rate of products is increased.

The utility model relates to a screen stretching device of a screen printing plate. A channel formed in the main block; the pressing block is arranged in the main block in a sliding manner; the lifting mechanisms are arranged at the two ends of the main block; wherein the silk screen penetrates through the main block; one end of the channel is communicated with an air source, and the other end of the channel extends towards the silk screen and the pressing block. The lifting mechanism drives the main block to move up and down; when the pressing block slides, the other end, extending towards the silk screen, of the channel is shielded or opened. The problem that in an existing scheme, due to the fact that a silk screen penetrates through a clamping plate manually and is arranged repeatedly, the silk screen stretching efficiency is low is solved.