CN203890813U - Ultra-small-draft-angle molded pulp product automatic molding machine - Google Patents
Ultra-small-draft-angle molded pulp product automatic molding machine Download PDFInfo
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- CN203890813U CN203890813U CN201420128281.4U CN201420128281U CN203890813U CN 203890813 U CN203890813 U CN 203890813U CN 201420128281 U CN201420128281 U CN 201420128281U CN 203890813 U CN203890813 U CN 203890813U
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Abstract
The utility model discloses an ultra-small-draft-angle molded pulp product automatic molding machine, which is mainly characterized in that when a turnover mechanism performs turnover actions, centering gears of a centering mechanism carry out synchronous actions of supporting rise and fall in an auxiliary manner along centering racks of a centering shaft lever, so that when a pulp suction mold performs up-and-down moving and turnover actions, the effect is that all shafts can be lifted to reach designated positions synchronously and parallelly under the auxiliary support between the centering gears and the centering racks, and so when the pulp suction mold is driven to ascend to be molded with an extrusion die, or is driven to descend to be molded with a mobile die, correct molding is realized completely, meanwhile, the extrusion die employs a cylinder block to control a descending stroke, thus to be assembled with the ascending pulp suction mold, so that the moving stroke of the pulp suction mold is reduced, the manufacturing man-hour and manpower are reduced, the manufacturing cost is lowered, and thus the qualified and good rates and product competitiveness are enhanced.
Description
[technical field]
The utility model is about the extra small drafting angle paper pulp moulding product of one automatic moulding machine, espespecially a kind of by extrusion die decline one stroke, with moulding with midge mould matched moulds, and can make midge mould really arrive fixed position with the extra small drafting angle paper pulp moulding product automatic moulding machine of the correct matched moulds of extrusion die.
[background technology]
Early stage a lot of industrial products, household products are all to manufacture moulding with plastic material; the product of being made up of plastic material is learnt in research afterwards; easily disengage toxin environment is produced to severe contamination; be difficult to recycling; or recovery decomposition is difficult to process; the problems such as recycling expense is huge; because of plastic product quantity huge; cause environmental protection being produced to grievous injury for many years; in surging age of environmental consciousness now; find the material of nontoxic and easy recycling, become the main flow in research and practical application.
Existing development is at present mixed into material with paper pulp and/or string material, midge mould by a paper pulp moulding product forming machine carries out midge, moulding with an extrusion die compacting again, then the product that manufacture forms through thermocompression forming technology, be referred to as " layered product " or " paper products ", in noun and definition, make obvious differentiation with " plastic product ".Being mixed into paper pulp and/or string material " layered product " that material makes manufactures because of easy recovery again, so meet the carbon reduction trend of environmental protection recycling, also therefore layered product can be subject to fast industrial and commercial circles and popularly payes attention to and take like a shot and adopt.
The manufacture of " layered product " must be passed through " midge is moulding " and " hot pressing shaping " two road manufacture processes, therefore on the forming machine of known manufacture layered product, can be equipped with the device that can carry out " midge is moulding " processing procedure, and can carry out the device of " hot pressing shaping " processing procedure, wherein, the device that can carry out " midge is moulding " processing procedure is to have a mainframe, below is provided with a slurry case, this mainframe is provided with a framework moving up and down, this framework is provided with a midge mould, while stopping moving, this midge mould down and stay in an original position, start and make this framework of used time by extrinsic motive drive decline, interlock enters in slurry case this midge mould decline one stroke, and through most midges hole on this midge mould surface, slurry is carried out to vacuum suction by an external vacuum suction apparatus, make to form the full pulp layer of one deck on this midge mould surface, then this framework is driven rising, this midge mould of interlock is driven and leaves slurry case the return that rises together with this pulp layer, in process, this pulp layer can reduce humidity gradually because of vacuum draw strength continuous action, when this framework rises, drive framework (together with this midge mould and pulp layer) integrated overturn by a switching mechanism of being located at equally in this framework, make this midge mould and this pulp layer upward, and the one stroke that continues to move up removes the extrusion die matched moulds of being located at this mainframe inner and upper with one, so that pulp layer extruding (compacting) is shaped as to germule product, because common space of retaining between this midge mould and extrusion die is the profile of expection layered product, so pulp layer is pushed after (compacting) jointly by this midge mould and extrusion die, the germule product of moulding are out and approach expection layered product kenel, but the intermediate products of the suitable humidity of tool still, then, this framework (together with this midge mould and the germule product that adsorb) is driven decline, makes this midge mould and germule product leave extrusion die, and work so far complete the processing procedure of " midge is moulding ".
Then, must carry out the manufacture process of " hot pressing shaping ", can make germule product become formal layered product, it is to be provided with a side frame in this mainframe side, by be provided with a hot pressing counterdie (being also mobile mould) on a mobile device simultaneously, and arrange another vacuum absorption device, the hot pressing counterdie of this mobile device (i.e. mobile mould) is moved under this midge mould and germule product, then this framework drives this midge mould and germule product to decline, germule product are inserted in this hot pressing counterdie (i.e. mobile mould), then stop the vacuum draw strength of this midge mould, and anti-execution air blowing action, start the vacuum draw strength of this hot pressing counterdie (i.e. mobile mould) simultaneously, to adsorb this germule product, then this framework drives this midge mould rising return (now these germule product transferred to this move on mould), this hot pressing counterdie (i.e. mobile mould) moves to one and is located under the hot pressing patrix of this side frame inner and upper simultaneously, then this hot pressing patrix is driven and declines and this hot pressing counterdie (i.e. mobile mould) matched moulds by another extrinsic motive, and start heat to this germule product expansion hot pressing shaping operation, keep the vacuum draw strength of this hot pressing counterdie simultaneously, in order to aspirating fast steam, make germule product reach quick-drying effect, this processing procedure is except making this germule product bone dry, and make this germule product shape, when completing after hot pressing plastic operation, germule product originally have just been converted to layered product, and then this hot pressing patrix stops heat and is driven rising return, and this moves this layered product of mould absorption drive and moves outside side frame simultaneously, then layered product is collected.
With regard to the forming machine of known manufacture layered product, maximum disappearance is that the rotary movement of its switching mechanism is difficult to control, and has rotary movement to cross or too late situation generation in operating process time; Moreover; this framework move up and down action be to be promoted by extrinsic motive (being generally power cylinder body); in stroke, there is no other mechanisms' supports aligns; when therefore rising or the arrival that declines are fixed a point; time have skew and the not parallel situation of midge template to occur so that midge mould is driven while rising with extrusion die matched moulds, or is driven and declines and when mobile mould matched moulds; the normal situation that matrix out of register occurs, and must shut down adjustment again.The situation of this kind of matrix out of register is except causing yield reduction, and the most directly impact is exactly to waste man-hour and manpower, causes the high disappearance of manufacturing cost, real-valued improvement.
Separately, the forming machine of known manufacture layered product, all extrusion die is arranged to this mainframe inner and upper fixed position place, gone and this extrusion die matched moulds by the midge mould one stroke that moves up again, so that pulp layer extruding (compacting) is shaped as to germule product, if when therefore the original position of this midge mould when stopping moving is as benchmark shift motion, enter slurry case more upwards the stroke of return except calculating to move down, more to calculate the stroke moving up with this extrusion die matched moulds and then downward return, that is germule product of the each plastotype of known midge mould, must carry out down → up → more up → multiple stroke down, its stroke at all cannot economization, so that waste man-hour, and cause equally the high disappearance of manufacturing cost, improve with value.
[utility model content]
The object of a kind of extra small drafting angle paper pulp moulding product automatic moulding machine of the utility model is: 1, provide a kind of make midge mould really arrive fixed position with the extra small drafting angle paper pulp moulding product automatic moulding machine of the correct matched moulds of extrusion die.2, provide a kind of and promote an extrusion die decline one stroke by a power cylinder body, with moulding with the midge mould matched moulds rising, with the extra small drafting angle paper pulp moulding product automatic moulding machine of economization midge mould shift motion.3, provide one can economization worker time and manpower, reduce manufacturing cost, to promote the extra small drafting angle paper pulp moulding product automatic moulding machine of qualified good and product competitiveness.
For reaching above-mentioned purpose, a kind of extra small drafting angle paper pulp moulding product automatic moulding machine of the utility model, there is a mainframe and be positioned at the side frame of side, in this mainframe, the contexture of the moulding processing procedure of midge is carried out in installing, in this side frame, install the contexture that carries out hot pressing shaping processing procedure, in this mainframe, complete after the moulding processing procedure of midge moulding go out germule product, further send in this side frame and carry out hot pressing shaping processing procedure, to have manufactured out layered product, this mainframe has a top board and a working plate, between this top board and working plate, supports by some spacing columns the distance fixedly going out between the upper and lower, and makes to form between this top board and working plate an action space, one group of support column, is respectively arranged at respectively the forward and backward side of this action space, one previous crops pedestal, is arranged between this front side support column, one rear effect pedestal, is arranged between this rear side support column, on this working plate, between spacing column, offer as transmission, below is provided with a slurry case, be characterised in that, there is a switching mechanism, being set up in the positive institute of this previous crops pedestal sets firmly on an action plate, this switching mechanism is on this action plate, to be provided with a power source and a reductor, and the force-output shaft of this reductor wears into this previous crops and uses pedestal inside, and goes out powershift gear by one and exert oneself, there is an effect framework, be placed in the action space being defined by these top boards, working plate and forward and backward effect pedestal, this effect framework is installed with the rotating shaft of a front and back trend, the forward and backward termination of this rotating shaft wears respectively inside into these forward and backward effect pedestals to be supported, wherein the front end of this rotating shaft sets firmly a driven gear, and go out powershift gear bridle joint with pedestal is inner with this in this previous crops, go out that exerting oneself of powershift gear drives and be this rotating shaft of interlock and this effect framework unitary rotation to accept this, the forward and backward side of this effect framework is respectively a panel, on each panel, respectively offer the accommodating arc groove of a symmetry, these accommodating arc grooves are axis and curved offering centered by this rotating shaft, these panels altogether the same side structure of an essay are provided with a surperficial midge mould that has vacuum draw strength of guiding, between opposite side, set up one and be all front and back trend, but the counterweight of decorating position and this rotating shaft deflection one angle, there is a righting mechanism, be arranged at before this, on the support column of rear effect pedestal and a side, include a righting axostylus axostyle, the body of rod wore this effect framework before, rear accommodating arc groove and being set up in respectively before these by two end terminations, rear effect pedestal inside, two terminations respectively set firmly a righting gear, on the support column of the same side, set firmly one in the face that faces this righting gear and be the righting tooth bar of trend up and down, and make each righting gear and corresponding righting tooth bar bridle joint, before these, rear effect pedestal is driven when declining or rising, these righting gears can be driven synchronous decline or rising, there is an extrusion die, be arranged at the action space inside being defined by these top boards, working plate and forward and backward effect pedestal, and be positioned at the position of contiguous this top board.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, more include a front power cylinder body and a rear power cylinder body, all be arranged on this top board end face, the cylinder of this forward and backward power cylinder body wore under axially after this top board affixed respectively with this forward and backward effect pedestal; When the cylinder axle of these forward and backward power cylinder bodies is synchronously made the action of stretching out or retract, drive these forward and backward effect pedestals synchronously to make the action that declines or rise along forward and backward side support column, to reach the effect that this effect framework declines or rises of controlling.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, more including an electric machine makes this righting axostylus axostyle do rotation forward or backwards, these righting gears of interlock rotate, make these righting gears do and rise or down maneuver along this righting axostylus axostyle, to reach the effect that this effect framework declines or rises of controlling.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, this electric machine is to coordinate a reductor to reach by a power source.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, this extrusion die can be affixed with the cylinder axle of a power cylinder body, this power cylinder body is arranged on this top board end face, and its cylinder wore under axially after this top board affixed with this extrusion die, to reach the effect that this extrusion die declines or rises of controlling.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, this extrusion die surface guiding has vacuum draw strength.
In above-mentioned extra small drafting angle paper pulp moulding product automatic moulding machine, this extrusion die can be reached heating effect with tool heat effect by any heater.
The utility model advantage and effect are: when this switching mechanism carries out rotary movement, can do complementary support rising or down maneuver along the righting tooth bar on this righting axostylus axostyle by the righting gear of this righting mechanism, therefore this midge mould moves up and down and when rotary movement, all can be because of the complementary support between this righting gear and righting tooth bar, really play each axle synchronous parallel lifting and arrive fixed position, do not have or too late situation generation, therefore this midge film is driven while rising with extrusion die matched moulds, or be driven while declining with mobile mould matched moulds, be able to correct matched moulds completely, moreover the utility model design is stretched out cylinder axle by this power cylinder body and is promoted this extrusion die decline one stroke, with the midge mould matched moulds rising, with the shift motion of this midge mould of economization, during with economization worker and manpower, reduce manufacturing cost, and then promote qualified acceptance rate and product competitiveness.
[brief description of the drawings]
It shown in Fig. 1, is the contexture schematic diagram of the utility model embodiment.
It shown in Fig. 2, is the contexture stereogram () that the utility model embodiment carries out " midge is moulding " processing procedure.
It shown in Fig. 3, is the contexture stereogram (two) that the utility model embodiment carries out " midge is moulding " processing procedure.
It shown in Fig. 4, is the part enlarged drawing in Fig. 3.
It shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, is the continuous action schematic diagram that the utility model embodiment carries out " midge is moulding " processing procedure.
Number in the figure is described as follows:
Forming machine 1 mainframe 10 is starched case 11 top boards 111
Working plate 112 spacing column 113 support column 114 support columns 115
The front power cylinder body 16 cylinder axles 161 of the rear effect pedestal 117 of pedestal 116 for previous crops
The rear power cylinder body 17 cylinder axle 171 power cylinder bodies 18 of action plate 162
Cylinder axle 181 side frame 20 switching mechanism 30 power sources 31
Reductor 32 force-output shafts 321 go out powershift gear 322 and act on framework 40
The accommodating arc groove 431 of rotating shaft 41 driven gear 42 panel 43
Counterweight 44 midge mould 50 righting mechanism 60 righting axostylus axostyles 61
Righting gear 62 righting tooth bar 63 extrusion dies 70
[detailed description of the invention]
Refer to shown in Fig. 1, the utility model embodiment entirety is a forming machine 1, it is the automatic moulding machine of using in order to manufacture (moulding) layered product, particularly be applicable to the automatic forming machine of the layered product of manufacturing extra small drafting angle, this forming machine 1 has a mainframe 10 and is positioned at the side frame 20 of dual side-edge, in this mainframe 10, be equiped with to carry out the contexture of " midge is moulding " processing procedure, in side frame 20, be equiped with to carry out the contexture of " hot pressing shaping " processing procedure, that is in this mainframe 10, complete after " midge is moulding " processing procedure moulding go out germule product, further sequentially turned right or turned left to send in side frame 20 and carried out " hot pressing shaping " processing procedure, to have manufactured out layered product.
Refer to shown in Fig. 2, this mainframe 10 is supported fixedly to go out distance between the upper and lower by some spacing columns 113 between a top board 111 and a working plate 112, and makes to form an action space between this top board 111 and working plate 112, before this action space, rear side respectively arranges one group of (two) support column 114 again, 115, 114 of front side support columns wear a pedestal 116 for previous crops, 115 of rear side support columns wear a rear effect pedestal 117, this previous crops connects and establishes with the cylinder axle 161 of pedestal 116 end faces and a front power cylinder body 16, these rear effect pedestal 117 end faces connect and establish with the cylinder axle 171 of a rear power cylinder body 17, before these, rear power cylinder body 16, the 17th, be all arranged on these top board 111 end faces, and make its cylinder axle 161, 171 wore this top board 111 downwards after and before this, rear effect pedestal 116, 117 is affixed respectively, therefore before these, rear power cylinder body 16, 17 cylinder axle 161, 171 synchronously make when stretching out (decline) or retracting the action of (rising), drive before these, rear effect pedestal 116, 117 along front, rear side support column 114 is synchronously made the action that declines or rise, that is before these, rear effect pedestal 116, 117 decline or vertical motion are to be subject to before these, rear power cylinder body 16, 17 cylinder axle 161, 171 institutes control, and can be along front, rear side support column 114 synchronously does and declines or vertical motion, so its upper and lower stroke is consistent, the position arriving up and down (deserves to be called again, bottom dead centre) also consistent.
Then, shown in Fig. 2-4, on this working plate 112, offer as transmission in 113 of spacing columns, and be provided with a slurry case 11 in below, this previous crops is installed with an action plate 162 with pedestal 116 fronts, the added switching mechanism 30 that is provided with of this action plate 162, and it is on this action plate 162, to be provided with a power source 31 (for example power motor) and a reductor 32, the force-output shaft 321 of this reductor 32 wears into this previous crops with pedestal 116 inside, and goes out powershift gear 322 by one and exert oneself, there is an effect framework 40 to be placed in by these top boards 111, working plate 112 and front, rear effect pedestal 116, in 117 action spaces that define, this effect framework 40 is installed with the rotating shaft 41 of a front and back trend, before this rotating shaft 41, follower head wears respectively before these, rear effect pedestal 116, 117 inside is to be supported, wherein the front end of this rotating shaft 41 sets firmly a driven gear 42, and go out powershift gear 322 bridle joints (as shown in Figure 4) with pedestal 116 is inner with this in this previous crops, therefore in the time that this goes out powershift gear 322 and exerts oneself (rotation), drive this driven gear 42 to rotate, and be this rotating shaft 41 of interlock and this effect framework 40 unitary rotation, the forward and backward side of this effect framework 40 is respectively a panel 43, on each panel 43, respectively offer the accommodating arc groove 431 of a symmetry, these accommodating arc grooves 431 are axis and curved offering centered by this rotating shaft 41, these panels 43 altogether the same side structure of an essay are provided with a midge mould 50 (surface guiding has vacuum draw strength), between opposite side, set up one and be all front and back trend, but the counterweight 44 of decorating position and this rotating shaft 41 deflection one angles, there is a righting mechanism 60 to be arranged at before this, rear effect pedestal 116, 117 and the support column 114 of a side, on 115, it is to include a righting axostylus axostyle 61, the body of rod wore this effect framework 40 before, rear accommodating arc groove 431 and being set up in respectively before these by two end terminations, rear effect pedestal 116, 117 inside, two terminations respectively set firmly a righting gear 62, the support column 114 of the same side, on 115, set firmly one in the face that faces this righting gear 62 and be the righting tooth bar 63 of trend up and down, and make each righting gear 62 and corresponding righting tooth bar 63 bridle joints (as shown in Figure 4), therefore before these, rear effect pedestal 116, 117 while being driven the action that declines or rise, these righting gears 62 are because being driven synchronous decline or rising, and rotate along righting tooth bar 63, help the position arriving up and down while making this this effect framework 40 lifting (to deserve to be called again, bottom dead centre) really consistent.
As Figure 2-3, there is an extrusion die 70 to be arranged at by these top boards 111, working plate 112 and front, rear effect pedestal 116, the 117 action space inside that define, and be positioned at the position of contiguous this top board 111, this extrusion die 70 is to be subject to a power cylinder body 18 to control, this power cylinder body 18 is arranged on these top board 111 end faces, and after making its cylinder axle 181 wear this top board 111 downwards and this extrusion die 70 affixed, when therefore the cylinder axle 181 of this power cylinder body 18 is made the action of stretching out (decline) or retraction (rising), drive this extrusion die 70 synchronously to make the action that declines or rise, vacuum draw strength has also been guided on these extrusion die 70 surfaces, on this extrusion die 70, more can have additional heat effect simultaneously, can be by any heater person that reaches heating effect.
According to above-mentioned contexture, when startup, as shown in Figure 5, this effect framework 40 is to stay in reference position, and these midge mould 50 die faces are down, so time this counterweight 44 be positioned at top, then as shown in Figure 6, make the cylinder axle 161,171 of these forward and backward power cylinder bodies 16,17 synchronously do the action of stretching out, to drive this effect framework 40 to decline, make this midge mould 50 enter slurry and carry out midge effect in case 11, with at the full pulp layer of this midge mould 50 Adsorption on Surface one deck, continue as shown in Figure 7, before these, rear power cylinder body 16, 17 cylinder axle 161, 171 synchronously do the action of retracting, leave slurry case 11 to drive midge mould 50 and pulp layer rising in this effect framework 40, immediately and make the power source 31 of this switching mechanism 30 start, using powershift gear 322 by reductor 32 exerts oneself, therefore the driven gear 42 on these rotating shaft 41 front ends is driven while rotation, can this effect framework 40 of interlock (comprise rotating shaft 41, counterweight 44, midge mould 50 and pulp layer) entirety makes counterclockwise and rotating, in process, this accommodating arc groove 431 is synchronously to rotate counterclockwise, but the position of this righting axostylus axostyle 61 is for relatively motionless, in process in fact this righting axostylus axostyle 61 because being driven rising, so the righting gear 62 by its termination does the action of rising and rotating along righting tooth bar 63, but be for relatively motionless for the position of these accommodating arc groove 431 these righting axostylus axostyles 61, in process, and make this power cylinder body 18 stretch out cylinder axle 181, to promote this extrusion die 70 decline one strokes,
Continue as shown in Figure 8, mass action framework 40 (comprises rotating shaft 41, counterweight 44, midge mould 50 and pulp layer) rotation action to this midge mould 50 and pulp layer stop upward, in rotation process, the gravity of this counterweight 44 is the oscillation phenomenons that can this midge mould 50 of balance cause because of rotation action, rotation action can correctly be stopped, immediately and make before these, rear power cylinder body 16, 17 cylinder axle 161, 171 continue to do the action of retracting, to drive mass action framework 40 (to comprise rotating shaft 41, counterweight 44, midge mould 50 and pulp layer) continue to rise, make this midge mould 50 and these extrusion die 70 the two accurate matched moulds, the vacuum draw strength of guiding on this midge mould 50 of one cause and/or this extrusion die 70 can be aspirated the moisture in this pulp layer to exclude fast, the squeezing action of the accurate matched moulds of two causes can be pushed moisture unnecessary in this pulp layer to exclude rapidly, three alternative (depending on product size or volume size and processing procedure length and select) starts the heat effect on this extrusion die 70, generally make this midge mould 50 and these extrusion die 70 the two accurate matched moulds, mainly can play and push accurately moulding effect this pulp layer, make it to become fast germule product, and because getting rid of fast moisture in this section, therefore relatively can make back segment " hot pressing shaping " processing procedure time shorten, cause energy-saving effect to reach, as shown in Figure 9 finally, this midge mould 50 adsorbs the decline of germule product and leaves extrusion die 70, this extrusion die 70 is retracted and is driven rising return by the cylinder axle 181 of this power cylinder body 18 simultaneously, when declining, this midge mould 50 starts reversion by the power source 31 of this switching mechanism 30 immediately, using powershift gear 322 by reductor 32 oppositely exerts oneself, and drive driven gear 42 to rotate backward, this effect framework 40 of interlock (comprises rotating shaft 41, counterweight 44 and midge mould 50) entirety makes clockwise and rotating, in process, this accommodating arc groove 431 is synchronously to clockwise rotate, but the position of this righting axostylus axostyle 61 is for relatively motionless, in process in fact this righting axostylus axostyle 61 because being driven decline, so the righting gear 62 by its termination does the action that declines and rotate along righting tooth bar 63, but be for relatively motionless for the position of these accommodating arc groove 431 these righting axostylus axostyles 61, rotation action until this midge mould 50 (adsorbing germule product) down, this counterweight 44 rotates back into the position that is positioned at top simultaneously.So, complete the once circulation (One Cycle) of " midge is moulding " processing procedure.
When completing after " midge is moulding " processing procedure, the processing procedure that then must carry out " hot pressing shaping ", can make these germule product become formal layered product, it is in side frame 20, to be provided with a mobile device, can drive a hot pressing counterdie (also for mobile mould) simultaneously move to this midge mould 50 and germule product under, again by before these, rear power cylinder body 16, 17 stretch out cylinder axle 161, 171, drive this effect framework 40 to decline together with this midge mould 50 and germule product, germule product are inserted in this hot pressing counterdie (i.e. mobile mould), then stop the absorption strength of this midge mould 50 to germule product, and anti-execution air blowing action, start the absorption strength of this hot pressing counterdie (i.e. mobile mould) to adsorb this germule product simultaneously, then before these, rear power cylinder body 16, 17 retraction cylinder axles 161, 171, drive this effect framework 40 together with these midge mould 50 rising returns (germule product have been transferred to this and moved on mould), this hot pressing counterdie (i.e. mobile mould) moves to one and is located under the hot pressing patrix of these side frame 20 inner and upper simultaneously, then declined and this hot pressing counterdie (i.e. mobile mould) matched moulds by this hot pressing patrix, and start heat to this germule product expansion hot pressing shaping operation, keep the vacuum draw strength of this hot pressing counterdie simultaneously, in order to aspirating fast steam, make germule product reach quick-drying effect, to make this germule product bone dry and sizing, after completing, script is still had germule product of humidity and is converted to the layered product of bone dry, then this hot pressing patrix stops heating and is driven rising return, this moves this layered product of mould absorption drive to the outer movement of side frame 20 simultaneously, so that layered product is collected.
In above-mentioned contexture, the lifting action of this effect framework 40 is by before these, rear power cylinder body 16, 17 cylinder axle 161, 171 institutes drive, that is must be by starting before these, rear power cylinder body 16, 17, make cylinder axle 161, 171 retract or stretch out, can drive the liter of this effect framework 40 or fall, under constructed principle, also can change effect kenel, dispense before these, rear power cylinder body 16, 17 contexture, for example changing, by an electric machine (power source cooperation reductor) makes this righting axostylus axostyle 61 do rotation forward or backwards, even also these righting gears 62 rotate, these righting gears 62 are forced to do and rise or down maneuver along this righting axostylus axostyle 61, to reach the effect that drives this effect framework 40 to complete lifting action.As for when this kind of kenel, the rotary movement of this effect framework 40 is still by the power source 31 of this switching mechanism 30 and starts, using powershift gear 322 by reductor 32 exerts oneself, drive the driven gear 42 on these rotating shaft 41 front ends to rotate, make rotation action with this effect framework 40 of interlock (comprising rotating shaft 41, counterweight 44 and midge mould 50) entirety.
Automatic forming machine 1 shown in Fig. 1 is to be respectively provided with a side frame 20 (i.e. the kenel of corresponding two side frames 20 of a mainframe 10) at these mainframe 10 dual side-edges, and each side frame 20 inside are all equiped with to carry out the contexture of " hot pressing shaping " processing procedure, just interior the installed contexture of two side frames 20 is to be reverse correspondence, so carry out first germule product that complete after " midge is moulding " processing procedure in this mainframe 10, the side frame 20 that can deliver to the right side (or left) side carries out " hot pressing shaping " processing procedure, while completing again second germule product in this mainframe 10 simultaneously, the side frame 20 that can deliver to a left side (or right) side carries out " hot pressing shaping " processing procedure, so completed after germule product by this mainframe 10, sequentially turn right and send in side frame 20 toward left side and carry out " hot pressing shaping " processing procedure, can rapid automatizedly produce layered product, the forming machine of this kind of kenel is applicable to " midge is moulding " processing procedure and " hot pressing shaping " processing procedure person all fast, the layered product that is particularly applicable to extra small drafting angle is adopted automation manufacture moulding use.Under constructed principle, the kenel that one mainframe 10 also can be adopted a corresponding side frame 20 is used, that is the germule product that complete of this mainframe 10 are all delivered to single (or same) side frame 20 and are carried out " hot pressing shaping " processing procedure, the variation that all this kind uses, as long as contexture and use effect are identical or be similar to this case person, are the utility model and include.
Claims (6)
1. an extra small drafting angle paper pulp moulding product automatic moulding machine, there is a mainframe and be positioned at the side frame of side, in this mainframe, the contexture of the moulding processing procedure of midge is carried out in installing, in this side frame, install the contexture that carries out hot pressing shaping processing procedure, this mainframe has a top board and a working plate, in between this top board and working plate, support by some spacing columns the distance fixedly going out between the upper and lower, and make to form between this top board and working plate an action space, one group of support column, is respectively arranged at respectively the forward and backward side of this action space, one previous crops pedestal, is arranged between this front side support column, one rear effect pedestal, is arranged between this rear side support column, on this working plate, between spacing column, offer as transmission, below is provided with a slurry case, it is characterized in that: have a switching mechanism, being set up in the positive institute of this previous crops pedestal sets firmly on an action plate, this switching mechanism is on this action plate, to be provided with a power source and a reductor, and the force-output shaft of this reductor wears into this previous crops and uses pedestal inside, and goes out powershift gear by one and exert oneself, there is an effect framework, be placed in the action space being defined by these top boards, working plate and forward and backward effect pedestal, this effect framework is installed with the rotating shaft of a front and back trend, the forward and backward termination of this rotating shaft wears respectively inside into these forward and backward effect pedestals to be supported, wherein the front end of this rotating shaft sets firmly a driven gear, and go out powershift gear bridle joint with pedestal is inner with this in this previous crops, go out that exerting oneself of powershift gear drives and be this rotating shaft of interlock and this effect framework unitary rotation to accept this, the forward and backward side of this effect framework is respectively a panel, on each panel, respectively offer the accommodating arc groove of a symmetry, these accommodating arc grooves are axis and curved offering centered by this rotating shaft, these panels altogether the same side structure of an essay are provided with a surperficial midge mould that has vacuum draw strength of guiding, between opposite side, set up one and be all front and back trend, but the counterweight of decorating position and this rotating shaft deflection one angle, there is a righting mechanism, be arranged at before this, on the support column of rear effect pedestal and a side, include a righting axostylus axostyle, the body of rod wore this effect framework before, rear accommodating arc groove and being set up in respectively before these by two end terminations, rear effect pedestal inside, two terminations respectively set firmly a righting gear, on the support column of the same side, set firmly one in the face that faces this righting gear and be the righting tooth bar of trend up and down, and make each righting gear and corresponding righting tooth bar bridle joint, before these, rear effect pedestal is driven when declining or rising, these righting gears can be driven synchronous decline or rising, there is an extrusion die, be arranged at the action space inside being defined by these top boards, working plate and forward and backward effect pedestal, and be positioned at the position of contiguous this top board.
2. extra small drafting angle paper pulp moulding product automatic moulding machine according to claim 1, it is characterized in that: more include a front power cylinder body and a rear power cylinder body, all be arranged on this top board end face, the cylinder of this forward and backward power cylinder body wore under axially after this top board affixed respectively with this forward and backward effect pedestal; When the cylinder axle of these forward and backward power cylinder bodies is synchronously made the action of stretching out or retract, drive these forward and backward effect pedestals synchronously to make the action that declines or rise along forward and backward side support column, to reach the effect that this effect framework declines or rises of controlling.
3. extra small drafting angle paper pulp moulding product automatic moulding machine according to claim 1, it is characterized in that: more include an electric machine and make this righting axostylus axostyle do rotation forward or backwards, these righting gears of interlock rotate, make these righting gears do and rise or down maneuver along this righting axostylus axostyle, to reach the effect that this effect framework declines or rises of controlling.
4. extra small drafting angle paper pulp moulding product automatic moulding machine according to claim 3, is characterized in that: this electric machine coordinates a reductor to form by a power source.
5. extra small drafting angle paper pulp moulding product automatic moulding machine according to claim 1, it is characterized in that: the cylinder axle of this extrusion die and a power cylinder body is affixed, this power cylinder body is arranged on this top board end face, its cylinder wore under axially after this top board affixed with this extrusion die, reached the effect that this extrusion die declines or rises of controlling.
6. extra small drafting angle paper pulp moulding product automatic moulding machine according to claim 1, is characterized in that: this extrusion die surface guiding has vacuum draw strength.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420128281.4U CN203890813U (en) | 2014-03-20 | 2014-03-20 | Ultra-small-draft-angle molded pulp product automatic molding machine |
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| CN201420128281.4U CN203890813U (en) | 2014-03-20 | 2014-03-20 | Ultra-small-draft-angle molded pulp product automatic molding machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104928995A (en) * | 2014-03-20 | 2015-09-23 | 吴鸣华 | Automatic molding machine for producing pulp moulded products at super small draft angle |
| WO2021115026A1 (en) * | 2019-12-10 | 2021-06-17 | 浙江舒康科技有限公司 | Rotating pulp suction robot transfer moulding machine and moulding method |
-
2014
- 2014-03-20 CN CN201420128281.4U patent/CN203890813U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104928995A (en) * | 2014-03-20 | 2015-09-23 | 吴鸣华 | Automatic molding machine for producing pulp moulded products at super small draft angle |
| CN104928995B (en) * | 2014-03-20 | 2017-10-13 | 吴鸣华 | Extra small drafting angle paper pulp moulding product automatic moulding machine |
| WO2021115026A1 (en) * | 2019-12-10 | 2021-06-17 | 浙江舒康科技有限公司 | Rotating pulp suction robot transfer moulding machine and moulding method |
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