Punching device for contradictory fit dynamic probing collection type short iron pipe machining

Abstract

The invention discloses a contradictory cooperation dynamic probing and collecting type punching device for short iron pipe machining. The punching device comprises a contradictory cooperation dynamic action assembly, a probing type flexible wrapping, adsorbing and collecting mechanism, a rotary reciprocating punching mechanism, a gravity action clamping control mechanism, a clamping, supporting and feeding integrated assembly, a bottom supporting plate and a main supporting frame. The invention belongs to the field of small iron pipe punching machining, and particularly relates to a contradictory fit dynamic probing collection type punching device for short iron pipe machining. In order to solve the contradictory technical problems that dust particles drifting all around during punching need to be controlled, and existing dust removal equipment cannot be directly used for treating dust, the invention provides a dust removal device based on a dynamic principle, a self-service principle and a porous material principle. The contradictory characteristics that after the first inner-layer dynamic flowing micropore is formed, liquid in the first inner dynamic flowing cavity easily flows out, and the first capillary action covering part cannot absorb the liquid from one side wall of the non-porous radial framework are ingeniously utilized.

Description

technical field [0001] The invention belongs to the technical field of small-sized iron pipe punching and processing, and specifically refers to a punching device for processing short iron pipes of contradictory cooperation and dynamic probe into collection type. Background technique [0002] Pipe is the material used to make pipe fittings. Different pipe fittings use different pipe materials, and the quality of the pipe directly determines the quality of the pipe fittings. Such pipes are often used in construction projects, power plants, and chemical plants. Iron pipe refers to a round pipe made of iron. In industry, shorter iron pipes are often used. When drilling holes on the side walls of iron pipes, the existing operation method is to drill longer holes on the production line. The pipe is punched, so that the pipe is punched while advancing, but this equipment is bulky and expensive, and it is inconvenient to process iron pipes with a shorter size, and it is not suitab...

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Problems solved by technology

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides an easy-to-use and small-sized punching device for processing iron pipes with small size. Dust particles, and can not directly use the existing dust removal equipment (which hinders the normal operation of the punching device and increases operating costs) to deal with the contradictory technical problems of dust. The present invention is based on the principle of dynamics, self-service and porous materials, creatively The contradictory matching dynamic action component and the clamping and supporting feeding integrated component are proposed. Through the mutual cooperation of the porous and connected capillary action cover part 1, the radial skeleton one and the capillary action cover part two and the radial skeleton two, skillfully Utilizing the contradictory characteristics that the liquid in the internal dynamic flow chamber is easy to flow out after the inner layer dynamic flow microholes are set and the capillary cover cannot absorb liquid from the side wall of the non-porous radial skeleton, only by stepping down on the pedal The active force realizes the control of dust particles during drilling, and at the same time realizes the positioning of the pipe, which effectively solves the problem of effective control of dust particles while drilling short iron pipes at present, without the use of components such as gravity sensors In the case of the human body, the automation function of the two mechanisms of the contradictory dynamic action component and the clamping, supporting and feeding integrated component is controlled at the same time through the reciprocating pedaling action of the human body; in order to solve the problem of collecting the debris inside the short iron pipe The contradictory technical problem is that the short iron pipe cannot be erected directly (the fragments fall directly on the ground after being erected and need to be cleaned with the help of tools). The built-in flexible package adsorption and collection mechanism, through the easy-to-detachable flexible package outer layer arranged on the outer layer of the inclined rolling tube, makes the rolling collection magnet balls roll in the inclined rolling tube to complete the internal fragments of the short iron pipe Without the traditional transmission structure and collection unit, by rolling the collection magnet ball and the flexible wrapping outer layer, a more stable, reliable, easier follow-up processing, and faster debris collection function is realized, which effectively solves the problem of Currently difficult to collect the fragments scattered around inside the short iron pipe technical problem

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