Cleaning device for precision machining powder of advanced ceramic green body

Abstract

The invention relates to a cleaning device for precision machining powder of an advanced ceramic green body. The cleaning device comprises a material collecting pipe, a material falling barrel, a material collecting bag, a connecting pipe, a suction device and a motor; the material collecting pipe is connected with a feeding port of the material falling barrel, and the suction port end of the material collecting pipe is arranged on the side of a ceramic green body finishing tool obliquely and fixedly, and can be moved along the tool for suction; the material collecting bag is connected with adischarging port of the material falling barrel, and the suction device is connected with the material falling barrel through the connecting pipe, and can be used for vacuumizing the material fallingbarrel; and the suction device is driven by the motor. According to the cleaning device, real-time mechanical cleaning of powder in precision machining procedures of the advanced ceramic green body can be achieved, and the cleaning efficiency and safety are improved; the precision machining effect of the green body is improved, and reliable auxiliary technical support is provided for precision machining of the advanced ceramic green body so that large ceramic components are produced more efficiently; and meanwhile the cleaning device benefits recycling of ceramic powder.

Description

Technical field [0001] The invention belongs to the technical field of dust collection, and particularly relates to an advanced ceramic green compact precision processing powder cleaning device. Background technique [0002] The traditional advanced ceramic production and processing technology does not involve precision processing procedures in the green stage, so there is no need to use a device that can collect and process the powder produced by precision processing. The existing powder that is cut during the processing of the green body is mainly removed manually by tools to prevent the accumulation of granulated powder from affecting the subsequent processing. This method of processing powder mainly has the following problems: [0003] 1. Poor safety: The cutting equipment is always in operation during the powder production process. The manual cleaning of the powder is not only easy to cause interference to the equipment, but also can threaten the personal safety of the operato...

AI Technical Summary

Problems solved by technology

[0003] 1. Poor safety: The cutting equipment is always in operation during the powder production process, and the operation of manually cleaning the powder not only easily interferes with the equipment, but also poses a threat to the personal safety of the operator

[0004] 2. Low cleaning efficiency and poor effect: the manual cleaning method uses brushes and other tools to clean the cutting powder, and at the same time, it needs to take into account the operation of the equipment. If it is poor, it will also affect the finishing of the green body

[0005] 3. Limited application: In major equipment in high-precision fields such as semiconductors and liquid crystal panels, advanced ceramic components inside and outside various cavities are involved, some of which are extremely large in size and complex in structure. Difficult to apply to the green finishing process of large-sized parts, which directly affects the progress of the green cutting process

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