Top cover plastic case pressing equipment for assembling the driver

Abstract

The invention provides an upper cover plastic shell press-fitting device for assembling drivers. The upper cover plastic shell press-fitting device comprises a press-fitting working platform. A locating datum mechanism and a pressing mechanism are arranged on the working platform. The locating datum mechanism comprises a side pressing locating assembly and an end pressing locating assembly which do not interfere with each other. The side pressing locating assembly comprises a side pressing cylinder, a first side pressing plate and a second side pressing plate. The side pressing cylinder drivesthe first side pressing plate and the second side pressing plate to get close to each other or away from each other so as to clamp the side face of a semifinished driver. The end pressing locating assembly comprises an end pressing cylinder and an end pressing plate. The end pressing cylinder at least drives the end pressing plate to locate and press one end face of the semifinished driver. The pressing mechanism comprises a pressing cylinder and a press-fitting tool. A rod body of the pressing cylinder is connected with and drives the press-fitting tool to rise and drop relative to the press-fitting working platform to conduct press-fitting on an upper cover plastic shell and the semifinished driver. The upper cover plastic shell press-fitting device can guarantee accurate and efficientpress-fitting assembly of the upper cover plastic shell and the semifinished driver and is reliable in performance and capable of reducing the labor intensity of workers and lowering the labor cost.

Description

technical field [0001] The invention relates to an automatic production equipment, in particular to an upper cover plastic case pressing equipment for assembling a driver. Background technique [0002] In the prior art, the assembly of the driver is generally done manually, and the assembly process of the upper cover plastic case is manually completed. The assembly of the upper cover plastic case mainly includes the following steps: feeding the driver semi-finished product - the driver semi-finished product is positioned through the tooling base plate -Material feeding of the plastic casing on the upper cover-the semi-finished driver and the plastic casing of the upper cover are pressed together to form the finished driver through the manual operation of a special plane; it can be seen that the traditional assembly method needs to be completed manually, which leads to low tooling efficiency and difficult work quality Guaranteed, the labor intensity of the workers is high, an...

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Problems solved by technology

[0002] In the prior art, the assembly of the driver is generally done manually, and the assembly process of the upper cover plastic case is manually completed. The assembly of the upper cover plastic case mainly includes the following steps: feeding the driver semi-finished product - the driver semi-finished product is positioned through the tooling base plate -Material feeding of the plastic casing on the upper cover-the semi-finished driver and the plastic casing of the upper cover are pressed together to form the finished driver through the manual operation of a special plane; it can be seen that the traditional assembly method needs to be completed manually, which leads to low tooling efficiency and difficult work quality Guaranteed, the labor intensity of the workers is high, and multiple workers need to be arranged for the operation, resulting in high labor costs; in addition, in the traditional assembly method, the positioning method of the driver semi-finished product is completed through the tooling board, but the positioning method of the tooling board is unreliable. As a result, during the pressing process of the plastic case on the upper cover, the semi-finished driver is easy to shift, which affects the assembly quality / effect, and the yield rate is reduced, and the positioning method of the tooling plate has certain limitations, which can only be applied to the corresponding driver. Universal and less practical

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