Pick-and-place and oiling device for the mouse base

Abstract

The invention discloses a picking-placing and oil injection device for a mouse base, which can be applied to automatic assembling equipment of mice and is used for picking and placing the mouse base and dripping lubricating oil into a mechanism of the mouse base. The picking-placing and oil injection device comprises a picking and placing mechanism and an oil injection mechanism, wherein the picking and placing mechanism comprises a negative-pressure suction apparatus and a first driver; the first driver is used for driving the negative-pressure suction apparatus to move from a standby position to a picking and placing position; the negative-pressure suction apparatus can be used for picking and releasing the mouse base through a negative pressure controlling way at the picking and placing position; the oil injection mechanism comprises a pneumatic oil injection barrel and a second driver; the pneumatic oil injection barrel is connected to a positive-pressure gas source; the second driver can be used for driving the pneumatic oil injection barrel to move to an oil injection position and the standby position; the pneumatic oil injection barrel at the oil injection position can be driven to perform lubricating oil dripping operation by using positive pressure generated by positive-pressure gas.

Description

technical field [0001] The present invention relates to an automatic assembly equipment, in particular to a mouse base pick-and-place and oil-filling device, which can be arranged in an automatic assembly workstation in the automatic assembly equipment of a mouse, and is used for picking and placing the mouse base and adjusting the mouse base. The mechanism drips lubricating oil. Background technique [0002] The mouse is an important input device for the personal computer (PC), and it is also one of the most common products in the computer peripheral equipment. From the mouse to the mouse that may have several buttons, and the scroll wheel that most of the mouse are currently equipped with, it can be found that the technology of the mouse is constantly innovating, and the resolution and function of the mouse have been greatly improved. [0003] Since there are many brands of mice, most of the mouse components do not have uniform specifications and dimensions. The shape of ...

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Problems solved by technology

[0003] Because there are many brands of mice, most of the mouse components do not have uniform specifications and sizes. The appearance of the mouse designed by each manufacturer and the assembly method or structural characteristics of each mouse component (such as the shell and buttons) They are not exactly the same, so in the current mouse production process, the final component assembly step is still mainly manual assembly. The manual assembly production method not only needs to employ a lot of labor, but also the production capacity is limited by the number of manpower. Although increasing the manpower can increase the production capacity, it will also increase the production cost. Compared with other high-unit-priced electronic products, the unit price of the mouse is relatively low. In other words, how to reduce production costs and increase production capacity has always been one of the goals of the industry.

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