CN205325309U - Special plane automatic feeding is got rid of to pipe fitting port burr - Google Patents

Abstract

The utility model discloses a special plane automatic feeding is got rid of to pipe fitting port burr, the ratchet that sets up at a pair of spout lower extreme including a pair of spout, respectively, fall passageway and liftout mechanism perpendicularly, ratchet sets up the passive tooth chain sprocket outside on the special plane fuselage is got rid of to pipe fitting port burr, falls the passageway setting perpendicularly at the ratchet upside, and the liftout establishment of institution is between ratchet upside and spout lower extreme. Ratchet includes ratchet, roller, pendulum rod and spring, and liftout mechanism includes adjustable drawbar, slider, slider backup pad and liftout piece, and liftout piece upper end is stretched and is into just supported by on the pipe fitting downside in the spout lower extreme. The utility model discloses compact structure, convenient to use have realized the autoloading of pipe fitting alone can getting rid of the special plane by two pipe fitting port burrs of concurrent operation through ratchet and liftout mechanism, have reduced intensity of labour, have improved production efficiency, have saved the human cost.

Description

Pipe port burr removes special plane automatic feeding

Technical field

This utility model relates to a kind of removal special plane through punch press or sawing machine blanking rear tubular member port burr, particularly relates to the automatic feeding of this special plane a kind of, belongs to non-standard polishing equipment technical field。

Background technology

Pipe port burr removes special plane for removing the port burr at the thin-wall steel tube two ends through die-cut or sawing simultaneously, replaces artificial polishing machine, abrasive machine or belt sander and is polished deburring, raising work efficiency, improves working environment。This special plane is adopted by the chute tilted and manually carries out interval feeding, and bothersome effort is inefficient。

Utility model content

The purpose of this utility model is to provide a kind of compact conformation, the pipe port burr of energy automatic spacing feeding removes special plane automatic feeding。

This utility model is achieved by the following technical programs:

A kind of pipe port burr removes special plane automatic feeding, including tilting a pair chute outside fuselage side, it is separately positioned on the ratchet mechanism of a pair chute lower end, vertical drop passage and material jacking mechanism, described ratchet mechanism is arranged on outside the passive silent chain sprocket wheel on special plane fuselage, vertical drop passage is arranged on the upside of ratchet mechanism, and material jacking mechanism is arranged on the upside of ratchet mechanism and between chute lower end；Described ratchet mechanism includes ratchet, roller, fork and spring, ratchet is installed with passive silent chain sprocket coaxiality, the roller hinged with fork one end is embedded in the teeth groove of ratchet, the fork other end and bearing upper end thereof, bearing is vertically fixed on special plane fuselage, spring one end is hooked on fork one end, and the spring other end is hooked on bearing bottom；Described material jacking mechanism includes adjustable drawbar, slide block, slider support plate and ejection block, described adjustable drawbar lower end is hinged with roller and fork one end by sharing bearing pin, adjustable drawbar upper end is hinged with upper end of slide block, slide block is embedded in the straight trough of slider support plate, and slider support plate lower end is fixed on fuselage；Ejection block is positioned at adjustable drawbar upper end, and ejection block lower end is fixing with upper end of slide block to be connected, and ejection block upper end puts in chute lower end and is resisted against on the downside of pipe fitting。

The purpose of this utility model can also be realized further by techniques below measure。

Further, described vertical drop passage includes the first perpendicular plate and the second perpendicular plate, and wherein the first perpendicular plate length is more than the second perpendicular plate length, and the second perpendicular plate upper end is fixed on termination, chute lower end。First perpendicular plate and the second perpendicular plate inner distance A is tube outer diameter D 1.1 times, i.e. A=1.1D；Second termination, perpendicular plate upper end to chute lower end distance B more than the 1/2 of tube outer diameter D, i.e. B > D/2。

Further, the spring other end is hooked on arm-tie one end, the described arm-tie other end and bearing lower hinge。

Further, described ejection block is L-shaped, and the gradient on described L-shaped top is equal with the gradient of chute。

This utility model solves pipe port burr and removes the pipe fitting automatic transport problem of special plane。Ratchet of the present utility model often rotates a tooth pitch, moving on roller to depart from moves once on teeth groove, upper shifting again through the adjustable drawbar of material jacking mechanism, slide block and ejection block, it is achieved that the second perpendicular plate upper end crossed by ejection block jack-up pipe fitting, is fallen on silent chain by vertical drop passage。Roller is withdrawn in the teeth groove of ratchet adjacent teeth again by the fork of ratchet mechanism and spring, and ejection block moves down, and second pipe fitting is blocked by the second perpendicular plate upper end, completes the interval feeding of pipe fitting。Compact conformation, easy to use, the self-feeding of pipe fitting is achieved by ratchet mechanism and material jacking mechanism, a people can operate two pipe port burrs simultaneously and remove special planes, reduces labor intensity, improves production efficiency, saves human cost。

Advantage of the present utility model and feature, by for illustration and explanation by the non-limitative illustration of preferred embodiment below, these embodiments, it is only used as example with reference to accompanying drawing and provides。

Accompanying drawing explanation

Fig. 1 is structural representation of the present utility model；

Fig. 2 is the structural representation that removed passive silent chain sprocket wheel。

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is described in further detail。

As depicted in figs. 1 and 2, this utility model includes tilting a pair chute 1 outside special plane fuselage 6 side, is separately positioned on the ratchet mechanism 2 of a pair chute lower end, vertical drop passage 3 and material jacking mechanism 4, ratchet mechanism 2 is arranged on outside the passive silent chain sprocket wheel 5 on fuselage, vertical drop passage 3 is arranged on the upside of ratchet mechanism 2, and material jacking mechanism 4 is arranged on the upside of ratchet mechanism 2 and between chute 1 lower end。

Ratchet mechanism 2 includes ratchet 21, roller 22, fork 23 and spring 24, ratchet 21 and passive silent chain sprocket wheel 5 are co-axially mounted, the roller 22 hinged with fork 23 left end is embedded in the teeth groove of ratchet 21, fork 23 right-hand member and bearing 25 upper end thereof, bearing 25 is vertically fixed on special plane fuselage 6, spring 24 one end is hooked on fork 23 left end, and the spring other end is hooked on arm-tie 26 left end, arm-tie 26 right-hand member and bearing 25 lower hinge。

Vertical drop passage 3 includes the first perpendicular plate 31 and the second perpendicular plate 32, and wherein the first perpendicular plate 31 length is more than the second perpendicular plate 32 length, and the second perpendicular plate 32 upper end is fixed on termination, chute 1 lower end。First perpendicular plate 31 and the second perpendicular plate 32 inner distance A is pipe fitting 100 outer diameter D 1.1 times, i.e. A=1.1D, it is easy to pipe fitting 100 free-falling in vertical drop passage 3, second termination, perpendicular plate 32 upper end to chute 1 lower end distance B > D/2, the pipe fitting 100 in the port of chute 1 lower end can be blocked, it is prevented that it falls into vertical drop passage 3。

Material jacking mechanism 4 includes adjustable drawbar 41, slide block 42, slider support plate 43 and ejection block 44, and adjustable drawbar 41 lower end is hinged with roller 22 and fork 23 left end by sharing bearing pin 45, upper end and slide block 42 upper end thereof。Slide block 42 is embedded in the straight trough 431 of slider support plate 43, and slider support plate 43 lower end is fixed on special plane fuselage 6。Ejection block 44 is L-shaped, and the gradient on described L-shaped top is equal with the gradient of chute 1, and the present embodiment is 10 °, it is simple to pipe fitting 100 rolls。Ejection block 44 is positioned at adjustable drawbar 41 upper end, and ejection block 44 lower end is fixing with slide block 42 upper end to be connected, and ejection block 44 upper end puts in chute 1 lower end and is resisted against on the downside of pipe fitting 100。The liftout stroke of ejection block 44 is more than the 1/2 of pipe fitting 100 outer diameter D, it is ensured that pipe fitting 100 can slip into vertical drop passage 2。

In work process of the present utility model, ratchet 21 often rotates a tooth pitch with passive silent chain sprocket wheel 5, roller 22 moves and departs from ratchet 21 teeth groove once, roller 22 is promoted by adjustable drawbar 41 and moves on slide block 42, promoted by slide block 42 and the ejection block 44 being secured to connect is moved, ejection block 44 jack-up pipe fitting 100 two ends under a pair chute 1 lower end are crossed the second perpendicular plate 32 upper end and are fallen into vertical drop passage 3, pipe fitting two ends 100 drop to two just in the teeth groove of synchronization-moving silent chain 7, and are advanced into wire wheel polishing area removal burr therewith。Meanwhile, roller 22 is withdrawn in the teeth groove of ratchet 21 adjacent teeth by the elastic force of spring 24, roller 22 pulls ejection block 44 to move down reset by adjustable drawbar 41, slide block 42, and the pipe fitting 100 glided from chute 1 is blocked by the second perpendicular plate 32 upper end, it is achieved that pipe fitting 100 by root self-feeding。

In addition to the implementation, this utility model can also have other embodiments, all employings to be equal to replacement or the technical scheme of equivalent transformation formation, all falls within the protection domain of this utility model requirement。

Claims (5)

1. a pipe port burr removes special plane automatic feeding, including tilting a pair chute outside fuselage side, it is characterized in that: also include being separately positioned on the ratchet mechanism of a pair chute lower end, vertical drop passage and material jacking mechanism, described ratchet mechanism is arranged on outside the passive silent chain sprocket wheel on special plane fuselage, vertical drop passage is arranged on the upside of ratchet mechanism, and material jacking mechanism is arranged on the upside of ratchet mechanism and between chute lower end；Described ratchet mechanism includes ratchet, roller, fork and spring, ratchet is installed with passive silent chain sprocket coaxiality, the roller hinged with fork one end is embedded in the teeth groove of ratchet, the fork other end and bearing upper end thereof, bearing is vertically fixed on special plane fuselage, spring one end is hooked on fork one end, and the spring other end is hooked on bearing bottom；Described material jacking mechanism includes adjustable drawbar, slide block, slider support plate and ejection block, described adjustable drawbar lower end is hinged with roller and fork one end by sharing bearing pin, adjustable drawbar upper end is hinged with upper end of slide block, slide block is embedded in the straight trough of slider support plate, and slider support plate lower end is fixed on fuselage；Ejection block is positioned at adjustable drawbar upper end, and ejection block lower end is fixing with upper end of slide block to be connected, and ejection block upper end puts in chute lower end and is resisted against on the downside of pipe fitting。

2. pipe port burr as claimed in claim 1 removes special plane automatic feeding, it is characterized in that: described vertical drop passage includes the first perpendicular plate and the second perpendicular plate, wherein the first perpendicular plate length is more than the second perpendicular plate length, and the second perpendicular plate upper end is fixed on termination, chute lower end。

3. pipe port burr as claimed in claim 2 removes special plane automatic feeding, it is characterised in that: the first perpendicular plate and the second perpendicular plate inner distance A is tube outer diameter D 1.1 times, i.e. A=1.1D；Second termination, perpendicular plate upper end to chute lower end distance B more than the 1/2 of tube outer diameter D, i.e. B > D/2。

4. pipe port burr as claimed in claim 1 removes special plane automatic feeding, it is characterised in that: the spring other end is hooked on arm-tie one end, the described arm-tie other end and bearing lower hinge。

5. pipe port burr as claimed in claim 1 removes special plane automatic feeding, it is characterised in that: described ejection block is L-shaped, and the gradient on described L-shaped top is equal with the gradient of chute。