Automatic feeding and press-fitting portable intelligent device for oil hole seals

Abstract

The invention discloses an automatic feeding and press-fitting portable intelligent device for oil hole seals. The automatic feeding and press-fitting portable intelligent device comprises a materialclamp and a power source. Blocking devices are arranged in the material clamp. A discharging port is formed in the top end of the material clamp. A positioning guiding pipe is arranged at the rear endof the discharging port. A counting sensor is arranged on the outer wall of the positioning guiding pipe. A connecting rod I and a connecting rod II are arranged at the middle portion of the front side wall of the material clamp. The connecting rod I is provided with a reset spring. The connecting rod II is provided with a depth adjusting sleeve. An impact pressing head on the power source can penetrate the discharging port. The other end of the connecting rod I and the other end of the connecting rod II are fixedly connected with the power source. Handheld press-fitting is adopted in the device, and the effect of rapid press-fitting is achieved; due to charger type feeding, multiple pieces can be fed at a time, and rapid replacement can be conducted after charger running out; the counting sensor is adopted for counting, counting signals are transmitted to a center control machine, and whether neglected product installation exists or not is monitored; and the depth adjusting sleeve adjusts the pres-fitting depth, and the press-fitting depth can be controlled.

Description

technical field [0001] The invention relates to a press-fitting device, in particular to a portable intelligent device for automatic feeding and press-fitting of oil hole sealing. Background technique [0002] At present, for the pin and ball installation of oil plugging holes, it is generally installed manually with a hammer and a punch or a simple pneumatic stamping device is constructed with a cylinder, and the compressed air is used as the power or the mechanical lever cam structure is used for installation. Power, these two powers replace the hammer to install the pin in the pin hole. Some mechanical structures use semi-automatic pins, but the mechanical nailing structure is relatively heavy and fixed. For large workpieces and multi-angle multi-angle Product pinning is difficult. At the same time, the above-mentioned installation method has problems such as low installation efficiency, inconsistent installation depth, unstable assembly quality, difficult operation, res...

AI Technical Summary

Problems solved by technology

[0002] At present, for the pin and ball installation of oil plugging holes, it is generally installed manually with a hammer and a punch or a simple pneumatic stamping device is constructed with a cylinder, and the compressed air is used as the power or the mechanical lever cam structure is used for installation. Power, these two powers replace the hammer to install the pin in the pin hole. Some mechanical structures use semi-automatic pins, but the mechanical nailing structure is relatively heavy and fixed. For large workpieces and multi-angle multi-angle Product Pinning Difficulty

At the same time, the above-mentioned installation method has problems such as low installation efficiency, inconsistent installation depth, unstable assembly quality, difficult operation, restricted by workers' experience, inability to hold portable operations, automatic feeding and counting, and easy operation errors to cause personal injury and missing installation.

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