CN203977235U - The full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods - Google Patents

Abstract

The utility model relates to the full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods.The production equipment that object is to provide has that automaticity is high, good product quality, feature that production efficiency is high.Technical scheme is: the full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods, comprise bowl cover molding forming machine, trimming device, and it is characterized in that: also comprise and drawing apart from device, extruding convex strip device, trimming transfer mechanism and extruding transfer mechanism.

Description

The full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods

Technical field

The utility model relates to a kind of string that adopts molded mode to make to comprise paper pulp and (is called for short string; As follows) equipment of bowl cover goods; Being applicable to manufacture side has the disposable plant fiber moulding article of concaveconvex structure, is particularly useful for automatically manufacturing moulding of plant fibres bowl cover goods that side has concaveconvex structure or side and has the other plant fibre mould goods of concaveconvex structure.

Background technology

Because structure needs, need there be concaveconvex structure some plant fibre moulding article sides.As for locking and sealing, need there be concaveconvex structure moulding of plant fibres bowl cover goods side, side is with interior raised line.The manufacturing process of plant fibre moulding article is: the string being distributed in water first passes through filtering molding in filtering molding device, the wet base of making articles, wet base is sent in the hot pressing die that is heated to uniform temperature, hot pressing die matched moulds also carries out hot-pressing drying sizing to wet base, make the plant fibre moulding article of various shapes, the manufacture method of this plant fibre moulding article is called " moulding of one-step method moulding of plant fibres ", is commonly called as " moulding of wetpressing moulding of plant fibres "; Another kind method is dry to wet base oven dry or air dry, again goods are sent in the hot pressing shaping mould that is heated to uniform temperature and carry out hot pressing shaping, the manufacture method of this plant fibre moulding article is called " moulding of two step method moulding of plant fibres ", is commonly called as " moulding of dry pressing moulding of plant fibres ".Moulding of plant fibres bowl cover (or being called for short bowl cover), can adopt these two kinds of methods to be made.These two kinds of methods all need hot pressing mold and hot pressing bed die to carry out upper and lower matched moulds, wet base is carried out hot-pressing drying sizing or the goods after drying are carried out to hot pressing shaping, afterwards, need to carry out die sinking and take out goods hot pressing mold and hot pressing bed die, in this process, the structure of plant fibre moulding article must be can the demoulding without the concavo-convex structure in side, only have the goods demoulding smoothly without side concaveconvex structure.

International and domestic, side has the production of the plant fibre moulding article of concaveconvex structure cannot directly adopt the method for moulding of plant fibres to carry out straight forming, and side has the automated production of the plant fibre moulding article of concaveconvex structure can not carry out especially.

Because of a little, there is the reasonable equipment of the plant fibre moulding article of concaveconvex structure in the urgent need to a kind of energy of utility model fully-automatic production side.

Utility model content

The purpose of this utility model is the deficiency that will overcome above-mentioned background technology, provides a kind of energy fully-automatic production side to have the production equipment of the plant fibre moulding article of concaveconvex structure; This production equipment has that automaticity is high, good product quality, feature that production efficiency is high.

The technical scheme that the utility model provides is:

The full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods, comprises bowl cover molding forming machine, trimming device, it is characterized in that: also comprise and drawing apart from device, extruding convex strip device, trimming transfer mechanism and extruding transfer mechanism;

Described drawing apart from device comprises drawing apart from location holder that level installs, draws to be provided with several apart from location holder and to draw apart from detent mechanism;

Described extruding convex strip device comprises some groups of extrusion dies, and each group comprises some to being arranged in the extrusion die of a circle, and every a pair of extrusion die comprises extruding punch (E3.1) and corresponding Extruding die piece;

Extract bowl cover goods to be cut from the position to be cut of bowl cover molding forming machine, deliver to trimming device and carry out trimming processing, then be to be completed by the trimming transfer mechanism of trimming device bowl cover products transfer after trimming to drawing in the holder of location; Extract bowl cover goods after trimming from drawing apart from location holder, be transplanted in the extrusion die of extruding convex strip device, extrude the bowl cover of raised line in band, then the bowl cover of raised line in band is transplanted on to completing place is to be completed by the extruding transfer mechanism that pushes convex strip device.

The trimming transfer mechanism of described trimming device is with two groups of front and back trimming sucker group, be respectively front-seat trimming and transfer sucker group (B2.6) and rear row's trimming handover sucker group (B2.7), two groups of sucker groups are separated by a distance, front-seat trimming is transferred sucker group (B2.6) locational bowl cover goods to be cut to be cut is picked up and are transplanted in trimming device, and rear row's trimming handover sucker group (B2.7) picks up the goods after trimming and is transplanted on from trimming device draws in the holder of location; Described extruding transfer mechanism is transferred sucker group with the extruding of two groups of front and back, be respectively front-seat extruding transfer sucker group (E2.6) and after squeeze and press handover sucker group (E2.7), two groups of sucker groups are separated by a distance, front-seat extruding is transferred sucker group (E2.6) and is picked up and be transplanted in extruding convex strip device drawing apart from bowl cover goods after the trimming in the holder of location, after squeeze to press and transfer sucker group (E2.7) bowl cover of raised line in band is picked up and delivered to station from extruding convex strip device;

Front-seat trimming transfer sucker group (B2.6), rear row's trimming transfer sucker group (B2.7), front-seat extruding transfer sucker group (E2.6) and after squeeze and press that to transfer sucker group (E2.7) motion be in the horizontal direction by extruding conveying rack (EB2.1) drive, synchronously carry out.

The movement that described extruding punch does in the time of die sinking, matched moulds is that horizontal linear moves or sways;

The horizontal linear that described extruding punch does in the time that extrusion die carries out matched moulds moves or sways and promoted by concave wedge shape briquetting;

Described Extruding die piece moves as horizontal linear or sways in the time that extrusion die carries out die sinking, matched moulds;

The horizontal linear that described Extruding die piece does in the time of extrusion die die sinking moves or sways and promoted by wedge shape jacking block.

Operation principle of the present utility model is: Extruding die is made separately to independently Extruding die piece, and described Extruding die piece can move linearly or rotate; Extruding punch is also independent, the split-type structural that can move linearly or rotate separately, and in the time of the bowl cover demoulding, Extruding die piece and extruding punch can move yielding, taking-up goods; The horizontal linear that extruding punch does in the time that extrusion die carries out matched moulds moves or sways and promoted by concave wedge shape briquetting; The horizontal linear that Extruding die piece does in the time that extrusion die carries out matched moulds moves or sways and promoted by wedge shape jacking block;

Adjust the centre-to-centre spacing between bowl cover by drawing apart from device, make the centre-to-centre spacing between bowl cover not only be applicable to trimming device but also be applicable to extruding convex strip device; Draw apart from device the centre-to-centre spacing of bowl cover goods from trimming device one group of trimming is out amplified, to meet the centre-to-centre spacing needs of goods in extruding convex strip device after this group trimming; The handover of goods in trimming device and extruding convex strip device synchronously carried out;

Extruding conveying rack EB2.1 drive front-seat trimming transfer sucker group B2.6, rear row's trimming transfer sucker group B2.7, front-seat extruding transfer sucker group E2.6, after squeeze to press and transfer sucker group E2.7 level of synchronization and move, thereby realize the automatic handover of goods.

The beneficial effects of the utility model are: convex strip adoption extruding punch and Extruding die piece on bowl cover side straight flange mutually push and form, and extruding punch and Extruding die piece move separately or sway and make a concession so that the goods demoulding in the time of die sinking, the horizontal linear that Extruding die piece does in the time that extrusion die carries out matched moulds moves or sways and promoted by wedge shape jacking block, the horizontal linear that does in the time that extrusion die carries out matched moulds of extruding punch moves or sways and promoted by concave wedge shape briquetting, and therefore compact conformation, efficiency are high; Draw apart from device and extruding convex strip device owing to having adopted, thereby raised line in automatic trimming and extruding is ideally linked up, and then realized bowl cover and carried out continuous integrated production from raised line in wet base moulding, thermocompression forming, automatic trimming, extruding; Not only increase substantially production efficiency, reduced staff labor intensity, also significantly reduced production cost.

Brief description of the drawings

Fig. 1 is the sectional structure schematic diagram of dixie cup described in the utility model.

Fig. 2 is bowl cover described in the utility model main TV structure schematic diagram before raised line in extruding.

Fig. 2 .1 be in Fig. 2 A-A to sectional structure schematic diagram.

Fig. 2 .2 is the enlarged diagram of I portion in Fig. 2 .1.

Fig. 2 .3 is the structural representation while not being with the bowl cover of interior raised line and dixie cup to be combined.

Fig. 2 .4 is the enlarged diagram of J portion in Fig. 2 .3.

Fig. 3 is the main TV structure schematic diagram of the bowl cover with ventilative boss described in the utility model.

Fig. 3 .1 be in Fig. 3 B-B to sectional structure schematic diagram.

Fig. 3 .2 is the enlarged diagram of K portion in Fig. 3 .1.

Fig. 3 .3 is the bowl cover of raised line and the fit structure schematic diagram of dixie cup in band described in the utility model.

Fig. 3 .4 is the enlarged diagram of L portion in Fig. 3 .3.

Fig. 3 .5 is the main TV structure schematic diagram of bowl cover of the flat-tope structure of raised line in band described in the utility model.

Fig. 4 be in Fig. 4 .1 C-C to sectional structure schematic diagram.

Fig. 4 .1, Fig. 4 .2, Fig. 4 .3 are the Principle of Process figure (Extruding die piece and extruding punch are horizontal linear Move Mode) of raised line in extruding described in the utility model.

Fig. 4 .4, Fig. 4 .5 are the Principle of Process figure (Extruding die piece and extruding punch are the pattern of swaying) of raised line in extruding described in the utility model.

Fig. 5 .1, Fig. 5 .2, Fig. 5 .3 be concave wedge shape briquetting and wedge shape jacking block promote extruding punch and Extruding die piece on the side straight flange of bowl cover, forms in the course of work schematic diagram (Extruding die piece with push punch be horizontal linear Move Mode) of raised line.

Fig. 5 .4, Fig. 5 .5, Fig. 5 .6 be concave wedge shape briquetting and wedge shape jacking block promote extruding punch and Extruding die piece on the side straight flange of bowl cover, forms in the course of work schematic diagram (Extruding die piece with push punch be the pattern of swaying) of raised line.

Fig. 6 .1 is the lower structure of extrusion schematic diagram with wedge shape jacking block actuating unit described in the utility model.

Fig. 6 .2 is the structural representation that wedge shape jacking block and wedge shape jacking block actuating unit link together.

Fig. 7 be Full-automatic plant fiber molding bowl cover equipment described in the utility model overlook sectional structure schematic diagram.

Fig. 7 .1 is that the master of Full-automatic plant fiber molding bowl cover equipment described in the utility model looks sectional structure schematic diagram.

Fig. 7 .2 is the main TV structure schematic diagram that extruding conveying rack E2.1 described in the utility model and trimming conveying rack B2.1 link together.

Fig. 7 .3 is the plan structure schematic diagram that extruding conveying rack E2.1 described in the utility model and trimming conveying rack B2.1 link together.

Fig. 7 .4 is the rod-type conveying rack plan structure schematic diagram that extruding conveying rack E2.1 described in the utility model and trimming conveying rack B2.1 link together.

Fig. 8 is the structural representation of trimming device B described in the utility model.

Fig. 8 .1 is the structural representation of the trimming clamping that shaving die is housed described in the utility model.

Fig. 8 .2 is the structural representation of trimming transfer mechanism described in the utility model.

Fig. 8 .2.1 is that the P of Fig. 8 .2 trimming transfer mechanism described in the utility model is to structural representation.

Fig. 8 .2.2 is the plan structure schematic diagram of trimming transfer mechanism described in the utility model.

Fig. 8 .2.3 be in Fig. 8 .2.2 of trimming transfer mechanism described in the utility model D-D to sectional structure schematic diagram.

Fig. 8 .2.4 is that Q in Fig. 8 .2.3 is to structural representation.

Fig. 8 .2.5 is frame trimming conveying rack plan structure schematic diagram described in the utility model.

Fig. 8 .2.6 is rod-type trimming conveying rack plan structure schematic diagram described in the utility model.

Fig. 9 is the structural representation of extruding convex strip device E described in the utility model.

Fig. 9 .1 is the structural representation of the extruding clamping that extrusion die is housed described in the utility model.

Fig. 9 .1.2 is the structural representation of two-plate type mould clamping mechanism described in the utility model.

Fig. 9 .2 is the main TV structure schematic diagram of extruding transfer mechanism described in the utility model.

Fig. 9 .2.1 is the left TV structure schematic diagram of extruding transfer mechanism described in the utility model.

Fig. 9 .2.2 is the plan structure schematic diagram of extruding transfer mechanism described in the utility model.

Fig. 9 .2.3 is that the F-F of Fig. 9 .2.2 is to sectional structure schematic diagram.

Fig. 9 .2.4 is that the R of Fig. 9 .2.3 looks intention to structure.

Fig. 9 .2.5 is " frame extruding conveying rack " described in the utility model plan structure schematic diagram.

Fig. 9 .2.6 is rod-type extruding conveying rack plan structure schematic diagram described in the utility model.

Figure 10 .1 is the little centre-to-centre spacing state drawing apart from device described in the utility model.

Figure 10 .2 is the large centre-to-centre spacing state drawing apart from device described in the utility model.

Number in the figure explanation:

S-bowl cover; M-dixie cup; The flat-top of S1-bowl cover, S2-arcuation groove; S3-bowl cover side straight flange; S4-pit; Raised line in S5-; The S8-boss of breathing freely; M1-arcuation peristoma;

B: trimming device; B1: trimming clamping; B1.1: trimming moving platen, B1.2: lower trimming mold mounting plate, B1.3: trimming solid plate, B1.4: trimming matched moulds actuating unit, B2-trimming transfer mechanism; B2.1-trimming conveying rack; Before B2.2-, trimming is transferred and is carried suction cylinder; Trimming sucker fixed head before B2.3-; B2.4-trimming trimming transfer track B2.4; B2.5 – trimming is transferred trimming and is transferred slide block; Sucker group is transferred in the front-seat trimming of B2.6-; After B2.7-, arrange trimming and transfer sucker group; After B2.8-, sucker fixed head is transferred in trimming; After B2.9-, trimming is transferred and is carried suction cylinder; B10-bowl cover goods to be cut; B3: shaving die, shaving die under B3.1-, the upper shaving die of B3.2-;

E: extruding convex strip device, E1: extruding clamping; E1.1: movable extrusion mold plate; E1.2: lower extrusion die installing plate; E1.3: extruding solid plate; E1.4: matched moulds actuating unit; E2: extruding transfer mechanism; E2.1: extruding conveying rack; E2.1.1: conveying rack connecting rod; E2.2: front extruding is transferred and carried suction cylinder; E2.3: front extruding sucker fixed head; E2.4: extruding transfer track; E2.5: slide block is transferred in extruding; E2.6: sucker group is transferred in front-seat extruding; E2.7: after squeeze to press and transfer sucker group; E2.8: sucker fixed head is transferred in rear extruding; E2.9: rear extruding is transferred and carried suction cylinder; E3: extrusion die; E3.1: extruding punch, E3.2: Extruding die piece; E3.3: horizontally-guided track; E3.4: wedge shape jacking block; E3.5: the actuating unit of wedge shape jacking block; E3.5.1: cylinder or oil cylinder or other force transmission mechanisms; E3.6: concave wedge shape briquetting; EB2.1:(pushes conveying rack) two frame conveying racks; D: draw apart from device D1: draw apart from location holder.

Detailed description of the invention

Below in conjunction with Figure of description, the utility model is described in further detail, but the utility model is not limited to following examples.

The structure of moulding of plant fibres bowl cover is described: there is the moulding of plant fibres bowl cover of concaveconvex structure a kind of side, and its concaveconvex structure is on the side straight flange of bowl cover.Adopt moulding of plant fibres forming method first to produce side and there is no the moulding of plant fibres bowl cover of concaveconvex structure; Then, squeeze out concaveconvex structure by the plant fibre moulding article side after sizing, one group of discontinuous projection of the inner side of molding bowl cover side straight flange is called interior raised line.

Figure 1 shows that cup lid structure, as shown in Fig. 3 .1, Fig. 3 .2, one group of discontinuous projection on bowl cover side straight flange S3, object is for together with withholding with dixie cup at bowl cover time, increases the resistance of throwing off.So the moulding of plant fibres bowl cover conventionally with interior cord tissue contains: arcuation groove S2, bowl cover side straight flange S3, pit S4, interior raised line S5 and ventilative boss S8; Bowl cover can be also the flat-tope structure of boss S8 of not breathing freely, as shown in Fig. 3 .5, there is a moulding of plant fibres bowl cover for interior cord tissue, contain arcuation groove S2, bowl cover side straight flange S3, pit S4, interior raised line S5 and a flat-top S1, the not ventilative boss S8 of the bowl cover of this flat-tope structure.

As shown in Fig. 3 .1, Fig. 3 .2, be provided with ventilative boss S8 in the upper end of bowl cover, bowl cover adopts the moulding of moulding of plant fibres (paper mould) mode, ventilative boss S8 is a boss that is positioned at lid upper end, on ventilative boss, can open an osculum, osculum is for contents such as pouring liquids, have a breeder tube or crack (general designation aperture) on the side of osculum, aperture is for communicating with atmosphere, be convenient to liquid and pour out from osculum, the structure of other purposes can also be set on ventilative boss S8.

The place of the arcuation peristoma Continuous Contact of the upper shed of moulding of plant fibres bowl cover and dixie cup, be called sealing surface, the sealing surface of bowl cover is designed to " arcuation groove " or perhaps a cambered surface for groove raising up and raises up, be called the arcuation groove of epirelief.The arcuation groove S2 of described epirelief is a continual annular ditch groove matching with the border arcuation peristoma of the upper shed of dixie cup, dixie cup arcuation peristoma can with the arcuation groove S2 close contact of the epirelief of bowl cover, seal; If the peristoma of the upper shed of dixie cup is not arcuation, but flat, the sealing surface of bowl cover can be also flat, and at this moment " upper convex arc shaped groove " of bowl cover is flat, dixie cup flat mouth edge can with flat " upper convex arc shaped groove " close contact, seal.Like this, " the arcuation groove " of bowl cover is that raise up or flat.What below " the arcuation groove " of bowl cover, be connected with " arcuation groove " is bowl cover side straight flange, so bowl cover can be gone up bottom knockout." arcuation groove " can be in the manufacturing process of plant fibre moulding article straight forming, the wetpressing (or being called one-step method) and the dry pressing (or being called two step method) that are called moulding of plant fibres (paper mould) can directly form out this epirelief or flat " arcuation groove ".

In the border of annular bowl cover side straight flange S3, the below of epirelief " arcuation groove " 2, the geometry of one group of outer recessed convex is set, as shown in Fig. 3, Fig. 3 .1, Fig. 3 .2, bowl cover side straight flange outside is one group of pit S4, these pits make the inner side of bowl cover side straight flange S3 form local small embossment, be called interior raised line, interior raised line S5 is several discontinuous projections, can be that circular protrusions can be also strip shape projection or square projection or the projection of other shapes.As shown in Fig. 3 .3, Fig. 3 .4, in the time that the arcuation peristoma M1 of dixie cup inserts the upper convex arc shaped groove 2 of bowl cover, these projections are positioned at the below of the arcuation peristoma M1 of cup, can stop that arcuation peristoma and the bowl cover of dixie cup upper shed freely departs from.

In a word, the moulding of plant fibres bowl cover that has an interior cord tissue is the plant fibre moulding article that there is concaveconvex structure typical side.Be below that example illustrates that there is structure and the manufacture method of the plant fibre moulding article of concaveconvex structure side with the moulding of plant fibres bowl cover with convex bar structure, so method and apparatus described in the utility model is not limited to the moulding of plant fibres bowl cover that has interior cord tissue for producing.

The full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods, comprises bowl cover molding forming machine, trimming device, also comprises and draws apart from device, extruding convex strip device, trimming transfer mechanism, extruding transfer mechanism and control the electric-control system of these mechanism kinematics.

Described drawing apart from device comprises drawing apart from location holder and drawing apart from travel mechanism of level installation, the shape of drawing distance location to hold in the palm matches to the shape of bowl cover goods or is similar, bowl cover goods are fallen and are drawn in the holder of location, be enclosed within and draw upper apart from location holder and drawing location in the holder of distance location, draw apart from location holder and be fixed on the bracket that can move horizontally, on the bracket that can move horizontally, can under the driving of the actuating unit such as gear or Timing Belt, move horizontally, the bracket moving horizontally, the actuating unit such as gear or Timing Belt formation is drawn apart from travel mechanism, relatively move as required so draw can drive to draw apart from location holder apart from travel mechanism.

Described extruding convex strip device comprises some groups of extrusion dies, and each group comprises some to being arranged in the extrusion die of a circle, and every a pair of extrusion die comprises extruding punch (E3.1) and corresponding Extruding die piece;

Extract bowl cover goods to be cut from the position to be cut of bowl cover molding forming machine, deliver to trimming device and carry out trimming processing, then be to be completed by the trimming transfer mechanism of trimming device bowl cover products transfer after trimming to drawing in the holder of location; Extract bowl cover goods after trimming from drawing apart from location holder, be transplanted in the extrusion die of extruding convex strip device, extrude the bowl cover of raised line in band, then the bowl cover of raised line in band is transplanted on to completing place is to be completed by the extruding transfer mechanism that pushes convex strip device.

The trimming transfer mechanism of described trimming device is with two groups of front and back trimming sucker group, be respectively front-seat trimming and transfer sucker group (B2.6) and rear row's trimming handover sucker group (B2.7), two groups of sucker groups are separated by a distance, front-seat trimming is transferred sucker group (B2.6) locational bowl cover goods to be cut to be cut is picked up and are transplanted in trimming device, and rear row's trimming handover sucker group (B2.7) picks up the goods after trimming and is transplanted on from trimming device draws in the holder of location; Described extruding transfer mechanism is transferred sucker group with the extruding of two groups of front and back, be respectively front-seat extruding transfer sucker group (E2.6) and after squeeze and press handover sucker group (E2.7), two groups of sucker groups are separated by a distance, front-seat extruding is transferred sucker group (E2.6) and is picked up and be transplanted in extruding convex strip device drawing apart from bowl cover goods after the trimming in the holder of location, after squeeze to press and transfer sucker group (E2.7) bowl cover of raised line in band is picked up and delivered to station from extruding convex strip device;

Front-seat trimming transfer sucker group (B2.6), rear row's trimming transfer sucker group (B2.7), front-seat extruding transfer sucker group (E2.6) and after squeeze and press that to transfer sucker group (E2.7) motion be in the horizontal direction by extruding conveying rack (EB2.1) drive, synchronously carry out.

The movement that described extruding punch does in the time of die sinking, matched moulds is that horizontal linear moves or sways;

The horizontal linear that described extruding punch does in the time that extrusion die carries out matched moulds moves or sways and promoted by concave wedge shape briquetting;

Described Extruding die piece moves as horizontal linear or sways in the time that extrusion die carries out die sinking, matched moulds;

The horizontal linear that described Extruding die piece does in the time of extrusion die die sinking moves or sways and promoted by wedge shape jacking block.

The forming process of raised line S5 in moulding of plant fibres bowl cover:

As shown in Figure 9, the interior raised line of the concaveconvex structure of bowl cover side straight flange completes in extruding convex strip device E, and extruding convex strip device E contains: extruding clamping E1, extruding transfer mechanism E2, extrusion die E3.

In compacting, before raised line, the structure of moulding of plant fibres bowl cover goods is as shown in Fig. 2, Fig. 2 .1, Fig. 2 .2.

As shown in Fig. 4, Fig. 4 .1, Fig. 4 .2, Fig. 4 .3, Fig. 4 .4, Fig. 4 .5 and Fig. 5 .1-Fig. 5 .6, the interior raised line S5 of moulding of plant fibres bowl cover goods is extrusion modlings in extrusion die E3.

Extrusion die E3 contains: extruding punch E3.1, Extruding die piece E3.2, wedge shape jacking block E3.4, the actuating unit E3.5 of wedge shape jacking block, concave wedge shape briquetting E3.6, mould bases E3.7; If Extruding die piece and extruding punch are horizontal linear Move Mode, also contain horizontally-guided track E3.3.

Because interior raised line S5 is several discontinuous projections on bowl cover side straight flange, be characterized in, interior raised line S5 is discontinuous, (determining as required) separated by a distance.As shown in Fig. 4, Fig. 4 .1, Fig. 4 .2, Fig. 4 .3, Fig. 4 .4, Fig. 4 .5, the interior raised line S5 of space certain distance (determining as required) can adopt extruding punch E3.1 and corresponding Extruding die piece E3.2 extrusion modling separately, the corresponding extruding punch of each Extruding die piece, becomes a pair of.Some to Extruding die piece and extruding punch from two sides extruding bowl cover side straight flange S3, (pit is to form at the outer wall of bowl cover side straight flange for raised line S5 and pit S4 in forming, interior raised line is to form at the inwall of bowl cover side straight flange, because pit caves inward, so form described interior raised line at the inwall of bowl cover side straight flange), then push punch E3.1 and Extruding die piece E3.2 returns separately, extruding punch E3.1 and Extruding die piece E3.2 are separately, take out easily goods, solved the difficult problem of the demoulding completely.Extruding punch E3.1 and Extruding die piece E3.2, in the time of die sinking or matched moulds, can be to move horizontally separately (as shown in Fig. 4 .1, Fig. 4 .2, Fig. 4 .3); Also can be each autorotation (as shown in Fig. 4 .4, Fig. 4 .5).As shown in Fig. 6 .1, extruding punch E3.1, Extruding die piece E3.2 and horizontally-guided track E3.3, be arranged on mould bases E3.7; As shown in Fig. 6 .2, wedge shape jacking block E3.4 is connected with the actuating unit E3.5 of wedge shape jacking block, and wedge shape jacking block E3.4, under the drive of the actuating unit E3.5 of wedge shape jacking block, can move up and down.The actuating unit E3.5 of wedge shape jacking block can be driven by cylinder or oil cylinder or other force transmission mechanisms E3.5.1.

As shown in Fig. 4 .1, Fig. 4 .2, Fig. 4 .3, described extruding punch E3.1 and Extruding die piece E3.2 extruding bowl cover side straight flange and the process that forms interior raised line follows these steps to carry out:

Described separately independently some extrusion dies to extruding punch and Extruding die piece composition on moulding of plant fibres bowl cover side straight flange, push in raised line process, comprise the following steps:

1) die sinking; Separate is some in extrusion die, and extruding punch E3.1 does counter motion mutually with corresponding Extruding die piece E3.2, and extruding punch E3.1 separates with corresponding Extruding die piece E3.2;

2) blowing; Bowl cover is put between the extruding punch E3.1 and the Extruding die piece E3.2 of correspondence having separated, and extruding punch E3.1 is positioned at the outside of bowl cover side straight flange, and corresponding Extruding die piece E3.2 is positioned at the inner side of bowl cover side straight flange;

3) matched moulds; Extruding die piece E3.2 makes move toward one another from the outside of bowl cover side straight flange towards bowl cover side straight flange from inner side, the extruding punch E3.1 of bowl cover side straight flange, make to push punch E3.1 and mutually close up with corresponding Extruding die piece E3.2, on bowl cover side straight flange, form some interior raised lines;

4) die sinking; Extruding die piece E3.2 does counter motion from inner side, the extruding punch E3.1 of bowl cover side straight flange from bowl cover side straight flange outside, and Extruding die piece E3.2 and extruding punch E3.1 are separately;

5) take out bowl cover;

Above step 2) to step 5) loop.

As shown in Fig. 4 .1, Fig. 4 .2, Fig. 4 .3, Fig. 5 .1, Fig. 5 .2, Fig. 5 .3, what Extruding die piece E3.2 and extruding punch E3.1 did relatively moves as horizontal linear moves, and Extruding die piece E3.2 and extruding punch E3.1 can move as horizontal linear along horizontally-guided track E3.3; Or as shown in Fig. 4 .4, Fig. 4 .5, Fig. 5 .4, Fig. 5 .5, Fig. 5 .6, relatively moving that Extruding die piece and extruding punch do can be also to sway respectively.

As shown in Fig. 5 .1, Fig. 5 .2, Fig. 5 .3, Fig. 5 .4, Fig. 5 .5, Fig. 5 .6, the extruding matched moulds motion that each group Extruding die piece E3.2 and extruding punch E3.1 do is promoted by wedge shape jacking block E3.4 and concave wedge shape briquetting E3.6 respectively; Extruding die sinking campaign can be pulled by spring respectively or promote and also can adopt other to make the type of drive of its die sinking.

As shown in Fig. 9 .1, extrusion die E3 is arranged on extruding clamping E1.Extruding clamping E1 can be the conventional mechanism that can produce certain mold clamping force and can drive the movable extrusion mold plate E1.1 that concave wedge shape briquetting E3.6 is housed to move up and down, and extruding clamping E1 mainly contains movable extrusion mold plate E1.1, lower extrusion die installing plate E1.2, matched moulds actuating unit E1.4.Extruding clamping E1 can make movable extrusion mold plate E1.1 do the mechanism driving in any way of relative motion with respect to lower extrusion die installing plate E1.2.Extruding clamping E1 can be the three-plate type structure as shown in Fig. 9 .1, and three-plate type extruding clamping E1 contains: movable extrusion mold plate E1.1, lower extrusion die installing plate E1.2, extruding solid plate E1.3, matched moulds actuating unit E1.4.Extruding clamping E1 can be also the double-plate extruding clamping as shown in Fig. 9 .1.2, and double-plate extruding clamping does not contain: extruding solid plate E1.3.Extruding clamping E1 also can directly adopt the existing equipment such as hydraulic press, punch press.Matched moulds actuating unit can have multiple type of drive, as: hydraulic oil cylinder driving, motor driving, air cylinder driven or pneumohydraulic pressure-cylinder driving etc.No matter be which kind of form, matched moulds actuating unit drives movable extrusion mold plate E1.1 to relatively move up and down with respect to lower extrusion die installing plate E1.2.

As shown in Fig. 6 .1, Fig. 6 .2, Fig. 9 .1, extruding punch E3.1, Extruding die piece E3.2, horizontally-guided track E3.3, is arranged on mould bases E3.7 upper, and shape is in aggregates, be referred to as lower extrusion die, the interior raised line on bowl cover side straight flange has pushed on lower extrusion die.The actuating unit E3.5 of mould bases E3.7 and wedge shape jacking block is arranged on the lower extrusion die installing plate E1.2 of extruding clamping E1.Concave wedge shape briquetting E3.6 is arranged on the movable extrusion mold plate E1.1 of extruding clamping E1; correspondingly; claim concave wedge shape briquetting E3.6 for extruding patrix; movable extrusion mold plate E1.1 is under the drive of matched moulds actuating unit (oil cylinder or cylinder etc.) E1.4; can move up and down, thereby drive concave wedge shape briquetting E3.6 to move up and down.Concave wedge shape briquetting E3.6 moves up and down, and produces described extruding die sinking and the motion of extruding matched moulds.

As shown in Figure 9, in extruding convex strip device E, extruding transfer mechanism E2 is housed, extruding transfer mechanism E2 is responsible for the bowl cover goods before extruding to deliver to the lower extrusion die being arranged in extruding clamping E1.Then, movable extrusion mold plate E1.1 moves down, and drives concave wedge shape briquetting E3.6 to move down, and under concave wedge shape briquetting E3.6 promotes, causes extruding matched moulds, and bowl cover goods are forced out interior raised line; On movable extrusion mold plate E1.1, move extruding die sinking.After extruding die sinking, extruding transfer mechanism E2 has delivered to station the bowl cover goods after extruding from lower extrusion die.

Extruding transfer mechanism E2 transfers bowl cover goods to completing place one by one from drawing apart from device, extrusion die E3.The handover of described goods adopts extruding to transfer sucker group and completes.As shown in Fig. 9 .2, Fig. 9 .2.1, Fig. 9 .2.2, extruding is transferred sucker group and is made up of one or more independent suckers, and sucker group can be carried and inhale one or more goods, and carrying the same goods of suction can be a sucker or multiple sucker.Extruding transfer sucker component for front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7, front-seat extruding is transferred sucker group E2.6 bowl cover goods is picked up to the lower extrusion die of delivering to extrusion die E3 from drawing apart from location holder D1, after squeeze to press and transfer sucker group E2.7 the bowl cover with interior cord tissue is picked up and delivers to completing place from lower extrusion die.

As shown in Fig. 9 .2, Fig. 9 .2.1, Fig. 9 .2.2, extruding transfer mechanism E2 comprise extruding conveying rack E2.1, front-seat extruding transfer sucker group E2.6, after squeeze press transfer sucker group E2.7, extruding transfer track E2.4, extruding transfer slide block E2.5, front extruding transfer carry suction cylinder E2.2, rear extruding transfer carry suction cylinder E2.9, front extruding sucker fixed head E2.3, sucker fixed head E2.8 is transferred in rear extruding.

As shown in Fig. 9 .2.5, extruding conveying rack E2.1 is a frame structure, can be called " frame extruding conveying rack ".As Fig. 9 .2.3, shown in Fig. 9 .2.4, the dish mouth down that sucker group E2.6 is transferred in front-seat extruding is arranged on front extruding sucker fixed head E2.3, before two, the front end of extruding conveying rack E2.1 is transferred the cylinder body (or piston rod) of carrying suction cylinder E2.2 and is fixed in extruding, and extruding is transferred the piston rod (or cylinder body) of carrying suction cylinder E2.2 and is connected with the two ends of front extruding sucker fixed head E2.3 respectively before two, also can adopt a front extruding that is arranged on extruding conveying rack E2.1 front end to transfer to carry suction cylinder E2.2 drive before extruding sucker fixed head E2.3 move up and down, like this, front extruding sucker fixed head E2.3 can move up and down with respect to extruding conveying rack E2.1 under the effect of carrying suction cylinder, equally, as shown in Fig. 9 .2.1, after squeeze press the dish mouth down of transferring sucker group E2.7 to be fixed on rear extruding to transfer sucker fixed head E2.8 upper, rear extruding is transferred sucker fixed head E2.8 and is transferred the rear end of carrying suction cylinder E2.9 and be arranged on extruding conveying rack E2.1 by rear extruding.Two afterwards extruding transfer the cylinder body (or piston rod) of carrying suction cylinder E2.9 and be separately fixed at the rear end of extruding conveying rack E2.1, two afterwards extruding transfer the two ends that the piston rod (or cylinder body) of carrying suction cylinder E2.9 transfers sucker fixed head E2.8 with rear extruding respectively and be connected, also can adopt a rear extruding that is arranged on extruding conveying rack E2.1 rear end to transfer to carry suction cylinder E2.9 drive after extruding transfer sucker fixed head E2.8, like this, rear extruding is transferred sucker fixed head E2.8 and also can be moved up and down with respect to extruding conveying rack E2.1 under the effect of carrying suction cylinder.Therefore, the front row of (as required determine) separated by a distance extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and can move up and down with respect to extruding conveying rack E2.1 respectively.

As shown in Fig. 9 .2, Fig. 9 .2.1, Fig. 9 .2.2, extruding conveying rack E2.1 transfers slide block E2.5 by extruding can move (slide or roll) on two extruding transfer track E2.4.Therefore, the front row of (as required determine) separated by a distance extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and can move horizontally with extruding conveying rack E2.1.Extruding conveying rack E2.1 moves horizontally and is driven by horizontal drive apparatus, the driving effect of horizontal drive apparatus is realized by the mode of driven by motor leading screw, driven by motor, by lead screw pair mechanism driving, thereby drive extruding conveying rack E2.1 do front and back horizontal movement or stop at a certain precalculated position.Horizontal drive apparatus can be also to be driven by motor, thus by Timing Belt or belt or chain drive drive extruding conveying rack E2.1 do before and after horizontal movement or stop at a certain precalculated position; Can also be thereby that cylinder or hydraulic oil cylinder driving drive extruding conveying rack E2.1 do front and back horizontal movement or stop at a certain precalculated position.As shown in Fig. 7 .2, Fig. 7 .3, extruding conveying rack E2.1 also can link together and move horizontally with the trimming conveying rack B2.1 of trimming device, be driven in the trimming transfer mechanism of trimming device, at this moment, extruding conveying rack E2.1 does not need independent horizontal drive apparatus to drive.

As Fig. 7 .1, shown in Fig. 9, the extruding of described front row transfer sucker group E2.6 and after squeeze the pipeline communication negative pressure device of pressing handover sucker group E2.7 by (also can together with pass through) by-pass valve control to be housed separately and (comprise conventional aspiration pump, vacuum generator, vavuum pump etc.), the gauge tap of unlatching respectively and closing control valve is also installed on extruding convex strip device E, so that connecting negative pressure device in the time that sucker is carried suction cup lid goods makes sucker produce negative pressure and picks up bowl cover goods, in the time decontroling bowl cover goods, closing negative pressure device makes sucker remove negative pressure and puts down bowl cover goods.

When work starts, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and lay respectively at and draw apart from the top of location holder D1 and be arranged on the lower extrusion die top on lower extrusion die installing plate E1.2.Front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and transfer and propose suction cylinder E2.2 and rear extruding and transfer under the effect of carrying suction cylinder E2.9 simultaneously or move down separately in front extruding respectively, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and move down respectively and draw respectively and draw apart from the bowl cover goods on location holder D1 and be extruded after the bowl cover goods after interior raised line, be above moved back into original position.Detailed process is: current squeezing while pressing handover sucker group E2.6 to move down and touch the bowl cover goods that draw on distance location holder D1, sucker is opened towards the supravasal by-pass valve control of negative pressure device, sucker is connected negative pressure (also can transfer before sucker group E2.6 touches bowl cover goods and first connect negative pressure in front row extruding), front-seat extruding is transferred sucker group E2.6 and is drawn after bowl cover goods, transfer under the drive of carrying suction cylinder E2.2 and move up in front extruding, get back to original position, when after squeeze and press when transferring sucker group E2.7 and moving down and touch the bowl cover goods that are extruded after interior raised line, sucker leads to negative pressure device and (comprises conventional aspiration pump, vacuum generator, vavuum pump etc.) supravasal by-pass valve control open, sucker connect negative pressure (also can after squeeze to press to transfer before sucker group E2.7 touches the bowl cover goods that are extruded after interior raised line connect negative pressure), after squeeze to press and transfer sucker group E2.7 and hold after the bowl cover goods that are extruded after interior raised line, transfer under the drive of carrying suction cylinder E2.9 and move up in rear extruding, get back to original position.

Like this, front row separated by a distance extruding transfer sucker group E2.6 and after squeeze press transfer sucker group E2.7 simultaneously separately descending carry be drawn onto bowl cover goods and be extruded the bowl cover goods after interior raised line after on move back to original position.Under the direct or indirect driving of horizontal drive apparatus, extruding conveying rack E2.1 moves (the W direction in Fig. 7 .1 and Fig. 9) backward along transfer track, drive bowl cover goods from draw apart from location holder D1 be sent to extrusion die, the bowl cover goods that are extruded after interior raised line are sent to completing place from lower extrusion die.

Front-seat extruding is transferred sucker group E2.6 and is moved to the lower extrusion die top being arranged on lower extrusion die installing plate E1.2 with bowl cover goods, after squeeze to press and transfer sucker group E2.7 and move to completing place with the bowl cover goods that are extruded after interior raised line, extruding conveying rack E2.1 stops mobile.The gauge tap being contained on extruding convex strip device E sends signal, front-seat extruding is transferred sucker group E2.6 and (is comprised conventional aspiration pump towards negative pressure device, vacuum generator, vavuum pump etc.) supravasal by-pass valve control close, sucker negative pressure is removed, bowl cover goods drop on the lower extrusion die being arranged on lower extrusion die installing plate E1.2, simultaneously, after squeeze to press and transfer sucker group E2.7 and lead to negative pressure device and (comprise conventional aspiration pump, vacuum generator, vavuum pump etc.) supravasal by-pass valve control close, sucker negative pressure is removed, the bowl cover goods that are extruded after interior raised line drop on completing place.Also can be: when front-seat extruding handover sucker group E2.6 is positioned at lower shaving die B3.1 top, front-seat extruding is transferred sucker group E2.6 and is moved down with bowl cover goods, remove again sucker negative pressure, bowl cover goods are sent and are placed down on lower extrusion die, front-seat extruding is transferred sucker group E2.6 and is moved down on putting down after bowl cover goods again and devolve position, like this treating that trimming goods deliver to extrusion die from drawing apart from location holder D1; Then squeeze and press handover sucker group E2.7 to arrive behind completing place with the bowl cover goods that are extruded after interior raised line, move down, remove again sucker negative pressure, the bowl cover goods that are extruded after interior raised line are placed on to completing place, after squeeze to press and transfer sucker group E2.7 and move down and put down the bowl cover goods that are extruded after interior raised line and devolve position on again, the bowl cover goods that are extruded after interior raised line are delivered to completing place from lower extrusion die like this.

Then, extruding conveying rack E2.1 drive front-seat extruding transfer sucker group E2.6 and after squeeze press transfer sucker group E2.7 forward (the M direction in Fig. 7 .1 and Fig. 9) return certain distance, when front row separated by a distance extruding transfer sucker group E2.6 with after squeeze press transfer sucker group E2.7 respectively when a certain position of front and back two sides in extrusion die (the front row extruding shown in Fig. 9 transfer sucker group E2.6 with after squeeze press while transferring the residing position of sucker group E2.7), extruding conveying rack E2.1 drive front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and stop mobile, to avoid pushing the lower shifting movement of patrix.Then, extruding patrix moves down, each group concave wedge shape briquetting E3.6 promotes corresponding one group of extruding punch E3.1 and Extruding die piece E3.2 matched moulds, on bowl cover side straight flange, squeeze out interior raised line, be referred to as to push interior raised line matched moulds motion, extruding patrix (concave wedge shape briquetting E3.6) is while moving down, from front row extruding separated by a distance transfer sucker group E2.6 and squeeze to press to transfer between sucker group E2.7 and pass, goods are pushed to interior raised line matched moulds motion.Afterwards, the concave wedge shape briquetting E3.6 reset that moves up, the goods after being extruded are stayed on lower extrusion die.

Extruding conveying rack E2.1 drive front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and continue (the M direction in Fig. 7 .1 and Fig. 9) forward and turn back to home position, make front-seat extruding transfer sucker group E2.6 and get back to the bowl cover goods top of drawing apart from locating on holder D1, then squeeze and press handover sucker group E2.7 to get back to the top of lower extrusion die, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and transfer and propose suction cylinder E2.2 and rear extruding and transfer under the effect of carrying suction cylinder E2.9 simultaneously or move down separately in front extruding respectively, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and move down respectively and draw respectively and draw apart from the bowl cover goods on location holder D1 and be extruded after the bowl cover goods after interior raised line, on be moved back into original position.Under the driving of power, extruding conveying rack E2.1 moves (the W direction in Fig. 7 .1) backward along transfer track again, repeats said process, enters next circulation.

So move in circles, goods, drawing apart from handover one by one successively between location holder D1, extrusion die, completing place, complete from bowl cover goods to the processing that is extruded the bowl cover goods interior raised line.

Described extruding conveying rack E2.1 is frame structure, as shown in Fig. 9 .2.5, can be called " frame extruding conveying rack ".

In addition, the extruding conveying rack E2.1 described in the present embodiment can be rod-type extruding conveying rack.As shown in Fig. 9 .2.6, the concrete structure of rod-type extruding conveying rack E2.1 is:

Extruding conveying rack E2.1 is not that frame structure but one transport bar (also can be called rod-type extruding conveying rack E2.1), the dish mouth down that sucker group E2.6 is transferred in front-seat extruding is fixed on front extruding sucker fixed head E2.3, after squeeze and press the dish mouth down of transferring sucker group E2.7 to be fixed on rear extruding to transfer on sucker fixed head E2.8, one end that sucker fixed head E2.8 is transferred in one end of front extruding sucker fixed head E2.3 and rear extruding is arranged on across a certain distance and transports on bar mutually, also can with transport bar and be made of one, therefore, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and push conveying rack E2.1 with rod-type and move horizontally and move up and down.So, transport bar directly with front row extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and move up and down as required and move horizontally, it is identical that its method of transferring goods and principle and aforementioned frame push transfer mechanism E2.

As shown in Fig. 7 .1, extruding transfer mechanism E2 transfers bowl cover goods to completing place one by one from drawing apart from device, extrusion die E3.

Draw apart from device D and contain: draw apart from location holder D1, draw apart from location holder travel mechanism.As shown in Figure 10 .1, Figure 10 .2, described in draw apart from drawing apart from location holder D1 on device and be divided into one group or some groups, in each group, have several to draw apart from location holder, be illustrated as every group and contain four and draw apart from location holder.Because in extruding convex strip device E, because of reasons in structure, each group bowl cover is after entering in extruding convex strip device E, and the centre-to-centre spacing between bowl cover often requires larger size, before institute thinks and enters extruding convex strip device E, sets up one to draw apart from device D.Every group several draw apart from location holder D1 and drawing under the drive of location holder travel mechanism, can relatively move with bowl cover goods, draw apart from the relative centre-to-centre spacing between location holder D1 and can change from small to big, thereby the centre-to-centre spacing between the bowl cover goods in group is also changed from small to big, before adapting to, technique between rear operation needs, as shown in Figure 10 .1, it is one 3 groups, every group 4 are drawn drawing apart from device apart from location holder, drawing apart from location holder shown in Figure 10 .1 is in the state before centre-to-centre spacing becomes greatly, be called little centre-to-centre spacing state, Figure 10 .2 is the state drawing after asking centre-to-centre spacing change each other large apart from location, be called large centre-to-centre spacing state.Front operation (trimming device) is transferred the bowl cover goods of coming and is placed on and draws on location holder D1, each drawing apart from bowl cover goods of the upper placement of location holder D1, bowl cover goods are positioned at and draw on location holder D1, each drawing apart from location holder D1 is arranged on and draws in the holder travel mechanism of location, drawing apart from location holder travel mechanism drives each drawing apart from location holder D1 to move, thereby redefine the centre-to-centre spacing between goods, for example, after drawing distance, draw holder D1 in distance location to carry bowl cover goods and become the large centre-to-centre spacing state shown in Figure 10 .2 from the little centre-to-centre spacing state shown in Figure 10 .1.

Its course of work follows these steps to carry out:

1) after, row's trimming sucker group is transplanted on corresponding every group goods grouping after trimming and draws on location holder D1;

2) in each group, draw the certain distance that relatively moves each other apart from location holder D1, drive is positioned to draw apart from location asks the bowl cover goods on D1 to relatively move, and bowl cover goods centre-to-centre spacing each other increases to a certain setpoint distance (state shown in Figure 10 .2);

3) front-seat extruding each group bowl cover products transfer after transferring sucker group centre-to-centre spacing being increased is in the extrusion die for making interior raised line, after bowl cover goods are removed, each group is drawn apart from location holder D1 and is relatively moved and reset, and centre-to-centre spacing returns to the distance (state shown in Figure 10 .1) before increase;

4) after, row's trimming sucker group is again transplanted on goods after one group of trimming and draws on location holder D1;

Then repeating step 2) to step 4), iterative cycles.

As shown in Fig. 7 .1, drawing before device D, there is a trimming device B (as shown in Figure 8).Trimming device B is transplanted on trimming device bowl cover goods to be cut from position to be cut and carries out trimming processing, then goods after trimming are delivered to and drawn apart from device from trimming device.Trimming device B goods from position to be cut, trimming device, draw apart from device and transfer one by one, complete trimming process.Trimming device B contains: trimming clamping B1, trimming transfer mechanism B2, shaving die B3, slitter edge shift-out mechanism B4.

From Fig. 7 .1, can see, except mould, trimming device B is identical with structure and the course of work of extruding convex strip device B, and extruding convex strip device is to adopt extrusion die E3 and trimming device mould used is shaving die B3.In addition, trimming device also has a slitter edge shift-out mechanism B4.

As shown in Figure 8, shaving die B3 is arranged on trimming clamping B1.Trimming clamping B1 can be the conventional mechanism that can produce certain mold clamping force and can drive the trimming moving platen B1.1 that shaving die B3.2 is housed to move up and down, and trimming clamping B1 mainly contains trimming moving platen B1.1, lower trimming mold mounting plate B1.2, matched moulds actuating unit B1.4.Trimming clamping B1 is identical with principle with extruding clamping E1 structure, can be the mechanism driving in any way that can make trimming moving platen B1.1 move up and down with respect to lower trimming mold mounting plate B1.2.Trimming clamping B1 can be the three-plate type structure as shown in Fig. 8 .1, can be also the double-plate structure as shown in Fig. 9 .1.2, also can directly adopt the existing equipment such as hydraulic press, punch press.Matched moulds actuating unit can have multiple type of drive, as: hydraulic oil cylinder driving, motor driving, air cylinder driven or pneumohydraulic pressure-cylinder driving etc.No matter be which kind of form, matched moulds actuating unit can drive trimming moving platen B1.1 to relatively move with respect to lower trimming mold mounting plate B1.2.

As shown in Fig. 8 .1, lower shaving die B3.1 is arranged on lower trimming mold mounting plate B1.2.It is upper that upper shaving die B3.2 is arranged on trimming moving platen B1.1, and trimming moving platen B1.1, under the drive of matched moulds actuating unit (oil cylinder or cylinder etc.) B1.4, can move up and down, thereby drive upper shaving die B3.2 to move up and down.Upper shaving die B3.2 moves up and down, thereby produces trimming die sinking and trimming matched moulds.

Compared with two template type trimming clampings, three template type trimming clampings also have one " trimming solid plate B1.3 ".Solid plate is fixed together by matched moulds pull bar and lower trimming mold mounting plate B1.2, and lower trimming mold mounting plate B1.2 is fixed in frame, or is made of one with frame; Trimming moving platen B1.1 does relative motion with lower trimming mold mounting plate B1.2 under the direct or indirect driving of oil cylinder B1.4 or cylinder or pneumohydraulic pressure-cylinder; Usually, oil cylinder or cylinder or pneumohydraulic pressure-cylinder are fixed on solid plate.In addition trimming moving platen B1.1 also can be driven by motor; no matter be two template type trimming clampings or three template type trimming clampings; or other forms of trimming clamping, be all that trimming moving platen B1.1 and lower trimming mold mounting plate B1.2 do relative motion.

As shown in Fig. 8 .1, shaving die comprises shaving die B3.2 and lower shaving die B3.1, upper shaving die is arranged on the lower surface of trimming moving platen B1.1, lower shaving die B3.1 is arranged on the upper surface of lower trimming mold mounting plate B1.2, when trimming, described goods can be cut into required edge shape or profile.On lower shaving die B3.1, be provided with a locating piece for determining the position of goods on lower shaving die B3.1, local shape or the global shape of the local shape of locating piece or global shape and goods match, goods are played the role of positioning, thereby can exactly goods be cut into required edge shape or profile.

Upper shaving die and lower shaving die are that matched moulds, upper shaving die and lower shaving die are die sinking while separating while closing up, under the driving of matched moulds actuating unit (any mechanical structure as power-actuated in cylinder, oil cylinder, pneumohydraulic pressure-cylinder, motor etc.) (containing directly driving or indirectly driving), trimming moving platen B1.1 and lower trimming mold mounting plate B1.2 do relative motion (direction of motion is as shown in the arrow in Fig. 8 .1), thereby make shaving die and lower shaving die do die sinking, matched moulds motion.Under certain mold clamping force effect, upper shaving die and lower shaving die close up, and the bowl cover goods of putting between them are carried out trimming or cut.After trimming, shaving die die sinking.

As shown in Fig. 7 .1, the bowl cover goods to be cut that arrive in advance position to be cut are shifted on the lower shaving die B3.1 under die opening state, and locate on counterdie bed die.Upper shaving die and lower shaving die close up, after trimming, and shaving die die sinking, the goods after trimming are sent to and draw in the holder of location from lower shaving die B3.1, and the position that installation shaving die also can carry out trimming is called trimming position.Goods from position to be cut, trimming position, draw apart from device and transfer one by one.

Now describe as an example of three template type trimming clampings example.As shown in Fig. 7 .1 and Fig. 8, a trimming transfer mechanism is housed on the trimming clamping of trimming device B, goods from position to be cut, trimming position transfers one by one to drawing apart from device.

As shown in Fig. 8 .2, Fig. 8 .2.1, Fig. 8 .2.2, the handover of described goods all adopts trimming to transfer sucker group and completes.Trimming is transferred sucker group and is made up of one or more independent suckers, sucker group can carry inhale one or more goods (in figure embodiment show each sucker can carry at every turn inhale 1 bowl cover goods), carry inhale same goods can be a sucker or multiple sucker.It is that sucker group B2.6 is transferred in front-seat trimming and sucker group B2.7 is transferred in rear row's trimming that sucker component is transferred in trimming, front-seat trimming transfer sucker group B2.6 bowl cover goods to be cut from position to be cut pick up deliver to trimming device shaving die B3.1, rear row's trimming is transferred sucker group B2.7 and goods after trimming are picked up to deliver to draw apart from location from lower shaving die B3.1 is held in the palm.Trimming transfer mechanism B2 mainly realizes the handover of goods.

As shown in Fig. 8, Fig. 8 .2, Fig. 8 .2.1, Fig. 8 .2.2, Fig. 8 .2.3, Fig. 8 .2.4, trimming transfer mechanism comprises front-seat trimming separated by a distance and transfers sucker group B2.6 and rear row's trimming handover sucker group B2.7, trimming transfer track B2.4, trimming conveying rack B2.1, slide block B 2.5 is transferred in trimming, front trimming is transferred and is carried suction cylinder B2.2, and rear trimming is transferred and carried suction cylinder B2.9, front trimming sucker fixed head B2.3, rear trimming sucker fixed head B2.8, and horizontal drive apparatus B2.10.

The dish mouth down that sucker group B2.6 is transferred in front-seat trimming is fixed on front trimming sucker fixed head B2.3 above, and the dish mouth down that sucker group B2.7 is transferred in rear row's trimming is fixed on rear trimming sucker fixed head B2.8.Front trimming sucker fixed head B2.3 transfers the front end of carrying suction cylinder and be arranged on trimming conveying rack B2.1 by front trimming.As shown in Fig. 8 .2.2, the both sides of the front end of trimming conveying rack B2.1 are transferred the cylinder body of carrying suction cylinder and are separately fixed in two front trimmings.As shown in Fig. 8 .2.4, two front trimmings are transferred the piston rod of carrying suction cylinder and are connected with the two ends of front trimming sucker fixed head B2.3 respectively.Also can adopt a front trimming being arranged on trimming conveying rack B2.1 to transfer and carry the front trimming sucker fixed head B2.3 of suction cylinder drive.Like this, front trimming sucker fixed head B2.3 can move up and down with respect to trimming conveying rack B2.1 under the effect of carrying suction cylinder; Equally, rear trimming sucker fixed head B2.8 transfers the rear end of carrying suction cylinder B2.9 and be arranged on trimming conveying rack B2.1 by rear trimming.After two, the both sides of the rear end of trimming conveying rack B2.1 are transferred the cylinder body of carrying suction cylinder B2.9 and are separately fixed in trimming, and trimming is transferred the piston rod of carrying suction cylinder B2.9 and is connected with the two ends of rear trimming sucker fixed head B2.8 after two.Also can adopt a rear trimming handover that is arranged on trimming conveying rack B2.1 rear end to carry the rear trimming sucker fixed head B2.8 of suction cylinder B2.9 drive.Like this, rear trimming sucker fixed head B2.8 also can move up and down with respect to trimming conveying rack B2.1 under the effect of carrying suction cylinder.Therefore, front-seat trimming handover sucker group B2.6 separated by a distance and rear row's trimming handover sucker group B2.7 can move up and down with respect to trimming conveying rack B2.1 respectively.

As shown in Fig. 7, Fig. 8 .2.1, Fig. 8 .2.2, two trimming transfer track B2.4 are set in the both sides of lower shaving die B3.1, two trimming transfer track B2.4 can be directly installed on lower trimming mold mounting plate B1.2 or in frame.Trimming conveying rack B2.1 transfers slide block B 2.5 by trimming can move (the double-head arrow direction of Fig. 8 .2, Fig. 8 .2.2) on two trimming transfer track B2.4.Therefore, front-seat trimming handover sucker group B2.6 separated by a distance and rear row's trimming are transferred sucker group B2.7 and are done front and back horizontal movement (Fig. 8 .2, Fig. 8 .2.2 double-head arrow direction) with trimming conveying rack B2.1.The front and back horizontal movement of trimming conveying rack B2.1 is driven by horizontal drive apparatus B2.10.The driving effect of horizontal drive apparatus is realized by the mode of driven by motor leading screw.Driven by motor, by lead screw pair mechanism driving, thereby drive trimming conveying rack B2.1 do front and back horizontal movement or stop at a certain precalculated position.Horizontal drive apparatus can be also to be driven by motor, thus by Timing Belt or belt or chain drive drive trimming conveying rack B2.1 do before and after horizontal movement or stop at a certain precalculated position; Can also be thereby that cylinder or hydraulic oil cylinder driving drive trimming conveying rack B2.1 do front and back horizontal movement or stop at a certain precalculated position.

The pipeline communication negative pressure device (comprising conventional aspiration pump, vacuum generator, vavuum pump etc.) of by-pass valve control is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and be equipped with by (also can together with pass through) separately in described front-seat trimming, the gauge tap of unlatching respectively and closing control valve is also installed on trimming device, make sucker produce negative pressure and pick up goods to connect negative pressure device in the time that sucker is carried suction goods, in the time decontroling goods, close negative pressure device and make sucker remove negative pressure and put down goods.

When work starts, front-seat trimming handover sucker group B2.6 and rear row's trimming handover sucker group B2.7 lay respectively at bowl cover goods B10 to be cut top and the lower shaving die B3.1 top of position to be cut.Front-seat trimming is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and transfer and propose suction cylinder B2.2 and rear trimming and transfer under the effect of carrying suction cylinder B2.9 and move down separately in front trimming respectively simultaneously, front-seat trimming is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and move down respectively and draw respectively after bowl cover goods to be cut and trimming after goods, is above moved back into original position.Detailed process is: in the time that front-seat trimming handover sucker group B2.6 moves down and touch bowl cover goods to be cut, sucker is opened towards the supravasal by-pass valve control of negative pressure device, sucker is connected negative pressure (also can transfer before sucker group B2.6 touches bowl cover goods B10 to be cut and first connect negative pressure in front-seat trimming), front-seat trimming is transferred sucker group B2.6 and is drawn after bowl cover goods to be cut, transfer under the drive of carrying suction cylinder B2.2 and move up in front trimming, get back to original position, when rear row's trimming transfer sucker group B2.7 move down and touch trimming after when goods, sucker leads to negative pressure device and (comprises conventional aspiration pump, vacuum generator, vavuum pump etc.) supravasal by-pass valve control open, sucker is connected negative pressure (also can connect negative pressure before goods after rear row's trimming is transferred sucker group B2.7 to touch trimming), rear row's trimming is transferred sucker group B2.7 and is held after trimming after goods, transfer under the drive of carrying suction cylinder B2.9 and move up in rear trimming, get back to original position.

Like this, front-seat trimming separated by a distance transfer sucker group B2.6 and rear row's trimming transfer sucker group B2.7 respectively descending carry be drawn onto after bowl cover goods to be cut and trimming goods and on move back to after original position, under the driving of horizontal drive apparatus, trimming conveying rack B2.1 moves (the W direction in Fig. 7 .1, Fig. 8) backward along trimming transfer track B2.4, drives respectively bowl cover goods to be cut goods after shaving die B3.1, trimming are sent in position to be cut to deliver to and draw apart from device D from lower shaving die B3.1.

Meanwhile, be the accuracy of guaranteeing next bowl cover goods to be cut location, carry be drawn onto trimming after goods draw in the process of device to being sent to, the slitter edge staying after trimming is expelled trimming position by slitter edge shift-out mechanism.

Front-seat trimming is transferred sucker group B2.6 and is moved to lower shaving die B3.1 top with bowl cover goods to be cut, rear row's trimming transfer sucker group B2.7 with trimming after goods just in time move to and draw apart from device, trimming conveying rack B2.1 stops mobile.The gauge tap being contained on trimming device sends signal, front-seat trimming is transferred sucker group B2.6 and is closed towards the supravasal by-pass valve control of negative pressure device (comprising conventional aspiration pump, vacuum generator, vavuum pump etc.), sucker negative pressure is removed, bowl cover goods to be cut drop on lower shaving die B3.1, simultaneously, rear row's trimming is transferred sucker group B2.7 and is closed towards the supravasal by-pass valve control of negative pressure device (comprising conventional aspiration pump, vacuum generator, vavuum pump etc.), sucker negative pressure is removed, and after trimming, goods drop on and draw drawing on location holder D1 apart from device.Also can be: when front-seat trimming handover sucker group B2.6 is positioned at lower shaving die B3.1 top, front-seat trimming is transferred sucker group B2.6 and is moved down with bowl cover goods to be cut, remove again sucker negative pressure, bowl cover goods to be cut are sent down and are placed on lower shaving die B3.1, front-seat trimming is transferred sucker group B2.6 and is moved down on putting down after bowl cover goods to be cut again and devolve position, like this treating that trimming goods deliver to trimming position from position to be cut; Then arranging trimming handover sucker group B2.7 arrives and draws after device with goods after trimming, move down, remove again sucker negative pressure, goods after trimming are placed on and draw drawing on location holder D1 apart from device, rear row's trimming is transferred sucker group B2.7 and is moved down and put down after trimming goods and devolve position on again, goods after trimming is delivered to and is drawn apart from device from lower shaving die B3.1 like this.Then, trimming conveying rack B2.1 drives front-seat trimming to transfer sucker group B2.6 and sucker group B2.7 (Fig. 7 .1 is forward transferred in rear row's trimming, M direction in Fig. 8) return certain distance, transfer sucker group B2.6 and rear row's trimming when front-seat trimming separated by a distance and transfer sucker group B2.7 (sucker group B2.6 and rear row's trimming handover residing position of sucker group B2.7 are transferred in the front-seat trimming shown in Fig. 8) when a certain position of two sides in shaving die respectively, trimming conveying rack B2.1 drives front-seat trimming to transfer sucker group B2.6 and rear row's trimming handover sucker group B2.7 stops mobile, to avoid the matched moulds motion of shaving die.Then go up shaving die and do matched moulds motion downwards, from front-seat trimming separated by a distance transfer sucker group B2.6 and row's trimming transfer between sucker group B2.7 and pass, goods are carried out to trimming.After trimming completes, upper shaving die moves up, and die sinking puts in place, is stayed on lower shaving die B3.1 by the goods after trimming.

Trimming conveying rack B2.1 drives front-seat trimming to transfer sucker group B2.6 and rear row's trimming handover sucker group B2.7 continues to return to forward (the M direction in Fig. 7 .1, Fig. 8) to home position, the bowl cover goods to be cut top that makes front-seat trimming handover sucker group B2.6 get back to position to be cut is then arranged trimming handover sucker group B2.7 and is got back to lower shaving die B3.1 top, goods after carrying out extraction bowl cover goods to be cut next time and carrying out extraction trimming next time.Front-seat trimming is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and transfer and propose suction cylinder and rear trimming and transfer under the effect of carrying suction cylinder B2.9 and move down separately in front trimming respectively simultaneously, front-seat trimming is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and move down respectively and draw respectively after bowl cover goods to be cut and trimming after goods, is above moved back into original position.Under the driving of horizontal drive apparatus, trimming conveying rack B2.1 moves (the W direction in Fig. 7 .1, Fig. 8) backward along trimming transfer track B2.4 again, repeats said process, enters next circulation.

So move in circles, goods at position to be cut, lower shaving die, draw apart from transferring one by one successively between between device, complete from bowl cover goods to be cut to trimming the processing of goods.

The extruding conveying rack E2.1 of described trimming conveying rack B2.1 and extruding convex strip device E is the same is frame structure, can be also bar type structure.

As shown in Fig. 7 .1, Fig. 7 .2, Fig. 7 .3, Fig. 7 .4, extruding conveying rack E2.1 and trimming conveying rack B2.1 can link together, and under the driving of same power, move as level of synchronization.

As shown in Fig. 7 .3, Fig. 7 .4, the extruding conveying rack E2.1 linking together by conveying rack connecting rod E2.1.1 and trimming conveying rack B2.1 are called two frame conveying rack EB2.1.Horizontal drive apparatus B2.10 is its common horizontal drive apparatus.

In sum, as shown in Fig. 7, Fig. 7 .1, the bowl cover goods of making through moulding of plant fibres are transferred or manual being placed into behind position to be cut automatically, follow these steps to squeeze out raised line in a group on the side straight flange of these bowl cover goods:

1, front-seat trimming handover sucker group B2.6 and rear row's trimming handover sucker group B2.7 lay respectively at the top of bowl cover goods B10 to be cut and the top of lower shaving die B3.1 of position to be cut; Front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and lay respectively at and draw apart from the holder top of D1, location and the top of lower extrusion die, now every group draw apart from location holder D1 and on bowl cover goods in large centre-to-centre spacing state.

2, front-seat trimming is transferred sucker group B2.6 and rear row's trimming and is transferred sucker group B2.7 and move down respectively and draw respectively goods after the trimming on bowl cover goods to be cut and lower shaving die B3.1, on be moved back into original position, simultaneously, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and move down respectively and draw respectively and draw apart from being extruded after the bowl cover goods after interior raised line on the bowl cover goods after the trimming on location holder D1 and lower extrusion die, on be moved back into original position

After bowl cover goods are removed by front row extruding handover sucker group, each group of large centre-to-centre spacing state is drawn apart from location holder D1 and is relatively moved and return to little centre-to-centre spacing state (state shown in Figure 10 .1);

3, under the driving of horizontal drive apparatus B2.10, the trimming conveying rack B2.1 linking together and extruding conveying rack E2.1 (being called two frame conveying rack EB2.1) move (the W direction in Fig. 7 .1) backward along trimming transfer track B2.4 and extruding transfer track E2.4 respectively, front-seat trimming is transferred sucker group B2.6 and is moved to lower shaving die B3.1 top with bowl cover goods to be cut, rear row's trimming transfer sucker group B2.7 with trimming after goods move to and draw apart from holder D1 top, location, front-seat extruding is transferred sucker group E2.6 and is moved to lower extrusion die top with bowl cover goods, after squeeze to press and transfer sucker group E2.7 and move to completing place with the bowl cover goods that are extruded after interior raised line, two frame conveying rack EB2.1 stop mobile.

Gauge tap sends signal, sucker group B2.6 is transferred in front-seat trimming, sucker group B2.7 is transferred in rear row's trimming, front-seat extruding transfer sucker group E2.6 and after squeeze to press and transfer sucker group E2.7 and lead to negative pressure device and (comprise conventional aspiration pump, vacuum generator, vavuum pump etc.) supravasal by-pass valve control close, sucker negative pressure is removed, front-seat trimming transfer sucker group B2.6 with bowl cover goods to be cut drop on lower shaving die B3.1, rear row's trimming transfer sucker group B2.7 with trimming after bowl cover goods drop on and return to the drawing on location holder D1 of little centre-to-centre spacing state, front-seat extruding transfer sucker group E2.6 with trimming after bowl cover goods drop on lower extrusion die, after squeeze press transfer sucker group E2.7 with the bowl cover goods that are extruded after interior raised line drop on completing place.

4, two frame conveying rack EB2.1 drive front-seat trimming to transfer sucker group B2.6, sucker group B2.7 is transferred in rear row's trimming, sucker group E2.6 is transferred in front-seat extruding, after squeeze press transfer sucker group E2.7 forward (the M direction in Fig. 7 .1 and Fig. 7) return certain distance, when front-seat trimming transfer sucker group B2.6 with after row's trimming transfer sucker group B2.7 and lay respectively at a certain position of two sides of shaving die, front-seat extruding transfer sucker group E2.6 with after squeeze to press and transfer when sucker group E2.7 lays respectively at a certain position of two sides of extrusion die that (sucker group B2.6 is transferred in the front-seat trimming shown in Fig. 7 .1, sucker group B2.7 is transferred in rear row's trimming, sucker group E2.6 is transferred in front-seat extruding, after squeeze to press transfer when the residing position of sucker group E2.7), two frame conveying rack EB2.1 stop mobile.Then go up shaving die and do matched moulds motion downwards, from front-seat trimming transfer sucker group B2.6 and row's trimming transfer between sucker group B2.7 and pass, goods are carried out to matched moulds trimming; Meanwhile, extruding patrix moves down, squeeze in the past press transfer sucker group E2.6 and after squeeze to press to transfer between sucker group E2.7 and pass, goods push interior raised line matched moulds motion; Draw in device, in each group, drawing the certain distance that relatively moves each other apart from location holder D1, drive to be positioned at the bowl cover goods that draw apart from location holder D1 and to relatively move, bowl cover goods centre-to-centre spacing each other increases to a certain setpoint distance.

After trimming completes, upper shaving die moves up, and die sinking puts in place, and after in extruding, raised line matched moulds moved, the concave wedge shape briquetting E3.6 reset that moves up.At this moment, also stayed lower shaving die B3.1 upper by the goods after trimming, the goods that are squeezed out after interior raised line are also stayed on lower extrusion die, and bowl cover goods centre-to-centre spacing each other increases to a certain setpoint distance, in the state shown in Figure 10 .2.

5, two frame conveying rack EB2.1 drive front-seat trimming to transfer sucker group B2.6, sucker group B2.7 is transferred in rear row's trimming, sucker group E2.6 is transferred in front-seat extruding, after squeeze to press and transfer sucker group E2.7 to continue forward (the M direction in Fig. 7 .1) mobile, getting back to home position stops mobile, now, the bowl cover goods to be cut top that front-seat trimming handover sucker group B2.6 gets back to position to be cut is then arranged trimming handover sucker group B2.7 and is got back to lower shaving die B3.1 top, front-seat extruding is transferred sucker group E2.6 and is got back to drawing apart from the bowl cover goods top of locating on holder D1 in large centre-to-centre spacing state, then squeeze and press handover sucker group E2.7 to get back to the top of lower extrusion die.

Then repeating step 2) to step 5), iterative cycles.Like this, be constantly produced with the bowl cover goods of interior raised line.

The bowl cover goods of making from moulding of plant fibres arrive position to be cut:

Adopt in the patent No. is the utility model patent of ZL201220707820.0 " Full-automatic plant fiber molding moulding sizing trimming integrated machine ", and application number is 201210556597.9 published utility model patents: the method that " the full-automatic manufacture method of plant fibre moulding article and molded trimming integrated machine " is described, automatically bowl cover goods are sent to position to be cut.Also can adopt artificial mode or other automated manners that the bowl cover goods of making by moulding of plant fibres method are delivered to position to be cut.

Claims (2)

1. the full-automatic manufacturing equipment of moulding of plant fibres bowl cover goods, comprises bowl cover molding forming machine, trimming device, it is characterized in that: also comprise and drawing apart from device, extruding convex strip device, trimming transfer mechanism and extruding transfer mechanism;

Described drawing apart from device comprises drawing apart from location holder that several levels install, draws apart from location holder and is arranged on and draws on detent mechanism;

Described extruding convex strip device comprises some groups of extrusion dies, and each group comprises some to being arranged in the extrusion die of a circle, and every a pair of extrusion die comprises extruding punch (E3.1) and corresponding Extruding die piece;

The trimming transfer mechanism of described trimming device is with two groups of front and back trimming sucker group, be respectively front-seat trimming and transfer sucker group (B2.6) and rear row's trimming handover sucker group (B2.7), two groups of sucker groups are separated by a distance, front-seat trimming is transferred sucker group (B2.6) locational bowl cover goods to be cut to be cut is picked up and are transplanted in trimming device, and rear row's trimming handover sucker group (B2.7) picks up the goods after trimming and is transplanted on from trimming device draws in the holder of location; Described extruding transfer mechanism is transferred sucker group with the extruding of two groups of front and back, be respectively front-seat extruding transfer sucker group (E2.6) and after squeeze and press handover sucker group (E2.7), two groups of sucker groups are separated by a distance, front-seat extruding is transferred sucker group (E2.6) and is picked up and be transplanted in extruding convex strip device drawing apart from bowl cover goods after the trimming in the holder of location, after squeeze to press and transfer sucker group (E2.7) bowl cover of raised line in band is picked up and delivered to station from extruding convex strip device;

Front-seat trimming transfer sucker group (B2.6), rear row's trimming transfer sucker group (B2.7), front-seat extruding transfer sucker group (E2.6) and after squeeze and press that to transfer sucker group (E2.7) motion be in the horizontal direction by two frame conveying racks (EB2.1) drive, synchronously carry out.

2. the full-automatic manufacturing equipment of a kind of moulding of plant fibres bowl cover goods according to claim 1, is characterized in that: the movement that described extruding punch does in the time of die sinking, matched moulds is that horizontal linear moves or sways;

The horizontal linear that described extruding punch does in the time that extrusion die carries out matched moulds moves or sways and promoted by concave wedge shape briquetting;

Described Extruding die piece moves as horizontal linear or sways in the time that extrusion die carries out die sinking, matched moulds;

The horizontal linear that described Extruding die piece does in the time of extrusion die die sinking moves or sways and promoted by wedge shape jacking block.