The compressing pin stripper apparatus that retreats of a kind of bamboo wood integrated timber
Technical field:
The present invention relates to bamboo wood integrated timber press working apparatus, relate generally to bamboo wood integrated timber and move back pin stripper apparatus after compressing.
Background technology:
The compressing technology of bamboo wood integrated timber is that bamboo and wood is first broken into strand, then applying glue, is placed in press die cavity interior compressing, and the high-temperature shaping demoulding is the integrated section bar of well-thought-out plan wood, best in quality, of many uses.
Mould therefor is as shown in accompanying drawing 4 and accompanying drawing 5, it is the elongated mould that a section becomes " U " shape, top and two end openings, there is row's bolt hole and row's locked mode pin-and-hole, after compressing in press, by pressure head, push down backing plate 3 and wear locked mode pin 4, then lift pressure head, mould is released to die cavity, go up again bolt 5, send afterwards hot setting workshop, the solidifying and setting demoulding.
The demoulding of the prior art, is that labour intensity is large by manually moving back the pin demoulding, and efficiency is low.
Summary of the invention:
The present invention's object, is to provide the compressing pin stripper apparatus that retreats of a kind of bamboo wood integrated timber, moves back pin demoulding mechanization, automaticity is high, saves manually, reduces labor intensity, and production efficiency is high.
For reaching foregoing invention object, the technical measures of taking are, the compressing pin stripper apparatus that retreats of a kind of bamboo wood integrated timber, comprise frame 1 ', be loaded on left steady job platen 6 and right active operation platen 8 in frame, two sides that left steady job platen is relative with right active operation platen have respectively left riser 7 and the right riser 9 that its section is contract shape, and left riser and right riser two plates are outer intermarginal apart from the chamber insied width that is less than or equal to mould 1; Between left riser and right riser, form blanking dead slot 18, blanking dead slot below is provided with the removable retainer plate 11 being fixed in travel mechanism; On left steady job platen 6, ejector pin oil cylinder 16 is housed, ejector pin Cylinder Plunger end is equipped with a row ejector pin bar 17 corresponding with locked mode pin 3; Right active operation platen is connected with push cylinder 10.
On blanking dead slot 18 of the present invention, be also provided with pressing mold oil cylinder 14; Retainer plate travel mechanism comprise be installed in rotating shaft 19 crank arm 12, retainer plate 11 is fixed on the one end of cranking arm, the other end of cranking arm is connected with retainer plate Shift cylinder 13.
The beneficial effect that the present invention produces is, promotes demoulding mechanization, automaticity is high, and production efficiency is high, saves manually, reduces labor intensity.
Accompanying drawing explanation:
Accompanying drawing 1 front view of the present invention
Accompanying drawing 2 the present invention move back pin demoulding work schematic diagram
Accompanying drawing 3 A-A cutaway view of the present invention
Accompanying drawing 4 mode host visual pattern of the present invention
Accompanying drawing 5 mould left view of the present invention
The specific embodiment:
Reference numeral 1 in above-mentioned accompanying drawing ' for frame, 2 integrated timbers, 3 backing plates, 4 locked mode pins, 5 bolts, 6 left steady job platens, 7 left risers, 8 right active operation platens, 9 right risers, 10 push cylinder, 11 retainer plates, 12 are cranked arm, 13 retainer plate Shift cylinders, 14 pressing mold oil cylinders, 15 pressing plates, 16 ejector pin oil cylinders, 17 ejector pin bars, 18 blanking dead slots, 19 crank arm rotating shaft, 20 retainer plate transverse concave grooves.
Above-mentioned accompanying drawing has provided a kind of specific embodiment of the present invention, as shown in drawings, the present invention includes frame 1 ' and be loaded on left steady job platen 6 and the right active operation platen 8 in frame.Two sides that left steady job platen 6 is relative with right active operation platen have respectively left riser 7 and the right riser 9 that its section is contract shape.Left riser and right riser two plates are outer intermarginal apart from the chamber insied width that is less than or equal to mould 1, and while moving back the pin demoulding, mould turns over and is buckled on left and right two contract shape risers, hold, jig, and left and right two contract shape risers are within mould inner wall.Between left riser and right riser, form blanking dead slot 18, blanking dead slot below is provided with the removable retainer plate 11 being fixed in travel mechanism, retainer plate has transverse concave groove 20, and when die backing plate 3 is held in retainer plate rotation, locked mode pin 4 is in retainer plate transverse concave groove.On left steady job platen 6, ejector pin oil cylinder 16 is housed, ejector pin Cylinder Plunger end is equipped with a row ejector pin bar 17 corresponding with mould locked mode pin 3, for locked mode pin is ejected.Right active operation platen is connected with push cylinder 10, while pulling right active operation platen to make its displacement to the right, the right riser 9 of right active operation platen hooks mould right side wall and draws to right outside, and mould end opening is slightly opened, thereby makes section bar through blanking dead slot, fall to smoothly.On blanking dead slot 18, be also provided with pressing mold oil cylinder 14, when mould turns over while being buckled on working plate two risers, pressing mold Cylinder Plunger is pressed on mould upper top 15 times by pressing plate, and mould is fixed.Retainer plate travel mechanism comprise be installed in rotating shaft 19 crank arm 12, retainer plate 11 is fixed on the one end of cranking arm, the other end of cranking arm is connected with retainer plate Shift cylinder 13.
Moving back pin knockout course is: by mould back-off on the left and right riser 7 of working plate and 9, make location, mould end opening left and right, by pressing mold oil cylinder 14, from top, push down mould, mould is located up and down, retainer plate Shift cylinder 13 rotates retainer plate 11 and holds die cavity backing plate 3, then start ejector pin cylinder ejector locked mode pin 4, rotate afterwards retainer plate, start push cylinder 10, draw right active operation platen 8 outward, make slightly expansion of die cavity, integrated material falls through blanking dead slot 18 by deadweight automatic demoulding.