CN207552814U - Layered product overturning double suction slurry automatic moulding machine - Google Patents
Layered product overturning double suction slurry automatic moulding machine Download PDFInfo
- Publication number
- CN207552814U CN207552814U CN201721558454.6U CN201721558454U CN207552814U CN 207552814 U CN207552814 U CN 207552814U CN 201721558454 U CN201721558454 U CN 201721558454U CN 207552814 U CN207552814 U CN 207552814U
- Authority
- CN
- China
- Prior art keywords
- midge
- upper mold
- lower die
- die
- hot pressing
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
Links
Abstract
The utility model is related to the manufacturing methods of a kind of layered product overturning double suction slurry automatic moulding machine and manufacture layered product, mainly by midge, it is upper that lower die, which enters midge completion simultaneously in slurry case, lower embryo material layer, after chill extruding is rapidly completed via switching mechanism drive again, it enables again in the midge, lower die molding makes, lower embryo material is laminated and becomes the thick stock product of double thickness, again through in hot pressing, lower die thermocompression forming becomes layered product, have letter and save assembling space, accelerate manufacturing speed, increase layered product thickness and shock-absorbing space, with gain buffer shock-proof effect, and make the practical effect that surface is all smooth surface.
Description
Technical field
The utility model is the manufacture about a kind of layered product overturning double suction slurry automatic moulding machine and manufacture layered product
Method, espespecially one kind can letter save assembling space, accelerate manufacturing speed, increase layered product thickness and shock-absorbing space, with gain
Buffering and shock-proof effect, and surface is made to be all the layered product overturning double suction slurry automatic moulding machine of smooth surface and the system for manufacturing layered product
Make method.
Background technology
With plastic product made of plastic material, have easily to disengage toxin and generate environment and seriously pollute, it is difficult to which recycling is again
It utilizes or recycling decomposes and is difficult to handle, be recycled the problems such as expense is huge, cause for many years to have generated global environmental protection
Grievous injury.In the surging age of environmental consciousness now, material that is nontoxic, being easily recycled is found, it has also become study and real
Apply upper mainstream in border.
Existing development is mixed with beating with pulp fluff material and/or sponge to starch material, by suction at present
Mould midge attachment material is starched, using the product that thermocompression forming technology is fabricated, is to be distinguished with " plastic product ", generally all claims
Be " layered product ".Layered product has the advantage that easily recycling remanufactures recycling, meets environmental protection recycling and carbon reduction
Trend, it is therefore quickly big well-established and be happy to use by industrial and commercial circles and general sieve, layered product often it is visible for example：
The products such as bowl, disk, cup lid, packing timber, shock-absorbing material, mat material all gradually have use.
The manufacture of layered product has to pass through " midge is moulding " and " thermocompression forming " two operation, wherein, " midge is moulding "
Be by a midge lower die decline immerse one full of slurry slurry case in, then by a suction unit via the midge mould to slurry case in
Slurry carries out vacuum attraction, makes to form one " embryo material layer " in the die face of the midge mould, when the midge mould is lifted off slurry case, because
Continuing swabbing action makes the gradual wet down of embryo material layer, and then the midge mould together with embryo material layer rises and overturns and a cold stamping die jointly
Molding squeezes the embryo material layer, and the pulp layer is made to reduce humidity and is shaped as one " germule product " simultaneously, and then changing the absorption of midge mould should
Germule product leave cold stamping die, complete the moulding operation of midge, then carry out " thermocompression forming " operation, be by hot-die pair
Embryo material layer after midge is moulding carries out thermocompression forming operation, make original embryo material layer dry and shape as layered product into
Product.
The utility model people specializes in the manufacture work of layered product, and the experience of layered product is contacted via long-time,
Layered product is become aware of in manufacture with the presence of missing once：
1. manufacturing speed is slow.The absorption of embryo material layer is acted during conventionally manufactured layered product, unilateral side is only capable of and (attaches die face
Side) carry out, therefore the wet down speed of embryo material layer entirety is slow and inconsistent, and then influences manufacturing speed.
2. thickness can not increase, cause shock-proof effect bad.During conventionally manufactured layered product, midge mould can only make embryo material layer
Disposable individual layer is covered in die face, and embryo material layer can not be multilayer laminated, therefore thickness can not increase, and it is outer to be generally only applicable to molding
It sees more smooth-going and thickness is without blocked up small sized product (such as bowl, disk, cup lid etc.), if it is desired to which it is thicker to manufacture thickness, shock-absorbing
The preferable layered product of effect (such as：Packing timber with preferable shock-proof effect), classical production process is still difficult to reach.
3. there are non-optimum faces on surface, cause sense of worth not high.Side can be clearly present on known layered product as excellent face
And opposite side be non-optimum two kinds of surfaces in face, be for non-high commodity (such as packing egg) fashion of Packaging Value it is suitable,
It if, then can be because there is " non-optimum face " to deposit in the packing timber of layered product but during for the higher commodity of Packaging Value (such as mobile phone)
It is causing vision perception bad, the sense of worth of whole commodity but will be dragged down.
Because known layered product has, manufacturing speed is slow, thickness is difficult to increase and what surface had a non-optimum face both deposits missing
In the presence of so that layered product is very limited in the popularization of usage, cannot be used directly for the high quotient of Packaging Value
Product.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of completely new layered product automatic moulding machines of contexture
And the manufacturing method of manufacture layered product, to overcome the drawbacks described above of the prior art.
The main purpose of the utility model, being to provide one kind simple can save assembling space, and accelerate the molding of manufacturing speed
Product overturning double suction slurry automatic moulding machine and the manufacturing method for manufacturing layered product.
Another main purpose of the utility model, then finished product thickness and shock-absorbing space can be increased by being to provide one kind, with profit
The layered product overturning double suction slurry automatic moulding machine of gain buffer shock-proof effect and the manufacturing method for manufacturing layered product.
The another main purpose of the utility model is then to provide a kind of layered product that surface is made all to be revealed as excellent face and turns over
Turn double suction slurry automatic moulding machine and manufacture the manufacturing method of layered product.
To reach above-mentioned purpose, the utility model adopts the following technical solution：
A kind of layered product overturning double suction slurry automatic moulding machine, includes：One switching mechanism is supported by installing and is present in
In one mainframe space, it can be controlled and do 180 ° of rotary movements up and down, respectively tool one sets up face for the top surface and bottom surface of the switching mechanism,
The switching mechanism, which integrally can be controlled, does upper and lower displacement action；One slurry case, is set to the lower section in the mainframe space, inside contains
Slurry, the top surface of the slurry case is openning shape；One midge upper mold, is set up on the erection face of the switching mechanism bottom surface, makes the midge
When not operating downward, which can do rotary movement and upper and lower displacement action to the die face of upper mold in company with the switching mechanism,
The midge upper mold is connect with one first pumping device, is subjected to the swabbing action of first pumping device or is blowed effect；One inhales
Starch lower die, supported by installing and be present in the top surface opening of the slurry case, the die face of the midge lower die upward, suction when not operating
The die face for starching lower die is higher than the slurry face of the slurry case, which connect with one second pumping device, is subjected to second pumping
It send the swabbing action of device or blows effect, which, which can be controlled, does upper and lower displacement action；One cold pressing lower die, is set up in
On the erection face of the switching mechanism top surface, make the die face of the cold pressing lower die when not operating upward, which can be in company with should
Switching mechanism does rotary movement and upper and lower displacement action；One cold pressing upper mold, is set up on the top bottom surface in the mainframe space, should
It is cold-pressed the die face perseverance of upper mold downward；An at least hot pressing lower die is supported by installing and is present in the rack space of side, the side frame
The side in the mainframe space is spatially located at, upward, which can be controlled does horizontal cross to the die face of the hot pressing lower die
Mobile, which connect in the switching mechanism side, the hot pressing lower die with a third pumping device, is subjected to
The swabbing action of the third pumping device blows effect；And an at least hot pressing upper mold, it is set up in the top in the side frame space
On bottom surface, downward, which is located at right over the hot pressing lower die die face of the hot pressing upper mold, which can be controlled
Upright upper and lower displacement movement is done, which connect with one the 4th pumping device, is subjected to the suction of the 4th pumping device
Act on or blow effect.
In above-mentioned layered product overturning double suction slurry automatic moulding machine, the die face of the die face of the midge upper mold and the midge lower die
For symmetrical shape.
In above-mentioned layered product overturning double suction slurry automatic moulding machine, the die face of the die face of the cold pressing lower die and the midge lower die
For symmetrical shape, the die face of the die face of the cold pressing upper mold and the midge upper mold is symmetrical shape.
In above-mentioned layered product overturning double suction slurry automatic moulding machine, the die face of the die face of the hot pressing lower die and the midge upper mold
For symmetrical shape, the die face of the die face of the hot pressing upper mold and the hot pressing lower die is symmetrical shape.
The utility model also provides a kind of manufacturer of layered product overturning double suction slurry automatic moulding machine manufacture layered product
Method is to starch automatic moulding machine, then carry out following steps with above-mentioned layered product overturning double suction：
(1) start midge lower die decline, be immersed to completely in the slurry of the slurry case；
(2) switching mechanism is enabled by initial centre position to be started to decline, the midge upper mold is made to be immersed to the slurry of the slurry case
In material, and the position of the midge upper mold is higher than the midge lower die, starts the midge upper mold and the midge lower die midge simultaneously immediately,
To form embryo material layer on one in the die face of the midge upper mold and form in the die face of the midge lower die embryo material layer；
(3) when suction time one arrives, which drives the midge upper mold to move up return together with embryo material layer on this, together
When the midge lower die be driven and move on to a high position, the die face of the midge lower die is made to open pulp surface together with the lower embryo material leafing；
(4) switching mechanism is enabled to spin upside down, the cold pressing lower die is made to become downward, the midge upper mold is together with embryo material layer on this
Become upward；
(5) switching mechanism is enabled to decline, the cold pressing lower die is made to be molded with the midge lower die, with to being inhaled in the midge lower die
Attached lower embryo material layer is squeezed, and the second pumping device that the midge lower die is connected at this time starts swabbing action, makes the lower embryo
The bed of material is dehydrated, and the lower embryo material layer is adsorbed in the midge lower die；
(6) switching mechanism is enabled to move up, makes the midge upper mold and the cold pressing Ccope closing machine, in the midge upper mold
The upper embryo material layer adsorbed is squeezed, and the first pumping device that the midge upper mold is connected at this time starts swabbing action, makes this
Upper embryo material layer dehydration；
(7) switching mechanism is enabled to drop to centre position, embryo material layer is adsorbed in the midge upper mold on this at this time；
(8) switching mechanism is enabled to spin upside down once again, makes the cold pressing lower die upward, which adsorbs embryo material on this
Layer becomes downward；
(9) it enables the switching mechanism that the midge upper mold is driven to adsorb embryo material layer on this to decline, enter eventually to the midge upper mold
It is molded in the midge lower die, embryo material layer on this is made to squeeze combination jointly by the midge upper mold and the midge lower die with the lower embryo material layer
For a thick stock product；
(10) the first pumping device that the midge upper mold is connected is enabled still to continue swabbing action, persistently to adsorb the thick stock
Product stop swabbing action with the second pumping device that the season midge lower die is connected, are converted into blowing effect, make the thick stock product
It disengages with the midge lower die, is up moved past most even the midge upper mold is driven to adsorb the thick stock product with the switching mechanism
First centre position；
(11) start the hot pressing lower die horizontal transverse movement to the underface of the midge upper mold at this time；
(12) enable the switching mechanism that the midge upper mold is driven to adsorb thick stock product decline, entering eventually to the midge upper mold should
It is molded in hot pressing lower die, at this time thick stock product intermode i.e. under the midge upper mold and the hot pressing；
(13) the third pumping device that the hot pressing lower die is connected starts swabbing action, and the hot pressing lower die is made to adsorb the thickness
Embryo product, while the first pumping device for being connected of midge upper mold stops swabbing action, is converted into blowing effect, make the thick stock product and
The midge upper mold disengages, and then the switching mechanism moves back to initial centre position on immediately；
(14) the hot pressing lower die horizontal transverse movement return is enabled, returns to the underface of the hot pressing upper mold；
(15) start hot pressing upper mold decline, enter in the hot pressing lower die to the hot pressing upper mold mold eventually, make the thick stock product
The intermode under the hot pressing upper mold and the hot pressing, the hot pressing upper mold carry out hot pressing to the thick stock product jointly with the hot pressing lower die and determine
Type operation makes thick stock product drying become a layered product；
(16) when thermocompression forming operation is completed, the third pumping device which is connected starts swabbing action, makes
The hot pressing lower die adsorbs the layered product, while the 4th pumping device startup that the hot pressing upper mold is connected blows effect, with
The layered product is made to be disengaged with the hot pressing upper mold, then the hot pressing upper mold moves up return immediately；Then, the hot pressing lower die institute
The third pumping device of connection stops swabbing action, is converted into blowing effect, the layered product is made to be disengaged with the hot pressing lower die, so
The layered product is taken from the hot pressing lower die afterwards from.
In the manufacturing method of above-mentioned layered product overturning double suction slurry automatic moulding machine manufacture layered product, the thickness of the thick stock product
Spend at least two times for embryo material layer on this or the lower embryo material layer.
In the manufacturing method of above-mentioned layered product overturning double suction slurry automatic moulding machine manufacture layered product, by the layered product
Taken from the hot pressing lower die from action by manually take from.
In the manufacturing method of above-mentioned layered product overturning double suction slurry automatic moulding machine manufacture layered product, by the layered product
Taken from the hot pressing lower die from action take automatically by mechanical arm from.
In the manufacturing method of above-mentioned layered product overturning double suction slurry automatic moulding machine manufacture layered product, the midge upper mold and
The upper embryo material layer and lower embryo material layer that the midge lower die is adsorbed respectively have part moulding and position something in common between the two, also have
The different part of part moulding and position.
In the manufacturing method of above-mentioned layered product overturning double suction slurry automatic moulding machine manufacture layered product, the midge upper mold and
The upper embryo material layer and lower embryo material layer that the midge lower die is adsorbed respectively, when the two is merged as thick stock product, the two moulding and position
Identical position is bonded, and the different position of the two moulding and position is not bonded then, and generates a space and exist.
Compared with prior art, the utility model has significant progress：
1. the utility model design makes both the midge upper mold and the midge lower die midge simultaneously in case is starched, can accelerate
Manufacturing speed；Such tectonic sieving is current any known layered product manufacturing machine institute nothing.
2. the utility model in processing procedure by both the midge upper mold and the midge lower die, complete as upper and lower embryo simultaneously by midge
The bed of material, then be rapidly completed after chill squeezes, then the molding of the midge upper and lower mould is enabled to make upper and lower embryo material via switching mechanism drive
Thick stock product laminated and as double thickness, therefore thickness can be increased, with the shock-proof effect of sharp gain finished product；Meanwhile this reality
It can be made to form several spaces inside layered product, so as to enhancing buffering and shock-proof effect because of the selection in size design with novel.
3. the utility model design makes the midge upper mold be respectively installed in the top of the switching mechanism, chassis with the cold pressing lower die
If on face, an operating position is only accounted for jointly, therefore can reduce the working space of single unit system.
4. the thick stock product that the utility model is formed in processing procedure are the upper and lower embryos adsorbed respectively by the upper and lower mould of the midge
The bed of material drives quickly mould completion extrusion forming upper and lower with the cold pressing, then made by the upper and lower mould molding of the midge through the switching mechanism
Upper and lower embryo material is laminated and as thick stock product, because the outer surface of the thick stock product is closely pasted with the midge face of the upper and lower mould of the midge
The excellent face that is formed is closed, so it is all excellent face that the outer surface of the layered product after thermocompression forming, which is, using being above enough to promote packaging
The overall value sense of commodity.
Description of the drawings
Fig. 1 is the contexture schematic diagram of layered product overturning double suction slurry automatic moulding machine in the utility model.
Fig. 2 to Figure 17 is the manufacturing method consecutive steps schematic diagram that layered product is manufactured in the utility model.
Figure 18 is the effect schematic diagram that the upper and lower mould of midge while midge form upper and lower embryo material layer in the utility model.
Figure 19 is that the upper and lower mould molding of midge makes upper and lower embryo material laminated and shows as the effect of thick stock product in the utility model
It is intended to.
In figure：
1st, automatic moulding machine 10, switching mechanism
21st, mainframe space 22, slurry case
23rd, side frame space 30, midge upper mold
40th, midge lower die 50, cold pressing lower die
60th, upper mold 70, hot pressing lower die are cold-pressed
80th, hot pressing upper mold 31, space
Specific embodiment
Specific embodiment of the present utility model is described in further detail below in conjunction with the accompanying drawings.These embodiments are only
For illustrating the utility model, and it is not limitation of the utility model.
The utility model provides a kind of layered product overturning double suction slurry automatic moulding machine and a kind of utilization layered product turns over
Turn the manufacturing method of double suction slurry automatic moulding machine manufacture layered product.
The utility model layered product overturning double suction slurry automatic moulding machine integrated model composition as shown in Figure 1, be for
A kind of automatic moulding machine 1 especially suitable for producing layered product is mainly included on contexture：
One switching mechanism 10 is present in by installing support in a mainframe space 21, mainly can be through an extrinsic motive
Mechanism controls do 180 ° of rotary movements up and down when needing, and respectively tool one sets up face for the top surface and bottom surface of the switching mechanism 10, therefore
Once inside out action is often done, the erection face i.e. transposition of the top surface and bottom surface, and 10 entirety of switching mechanism can be by another outer
It is driven in actuating unit and upper and lower displacement action is done when needing.
One slurry case 22 is set to the lower section in the mainframe space 21, and inside contains slurry, and the top surface of the slurry case 22 is opening
Shape.
One midge upper mold 30 is set up on the erection face of 10 bottom surface of switching mechanism, the die face of the midge upper mold 30 is made to exist
Usually (i.e. not operating) when downward, which can do rotary movement and upper and lower displacement in company with the switching mechanism 10 and act,
The midge upper mold 30 is connect with one first pumping device, is subjected to suction (vacuum) effect of first pumping device or is blowed
(air-supply) acts on.
One midge lower die 40 is supported and is present in the top surface opening of the slurry case 22, the mould of the midge lower die 40 by installing
Up, the die face of the midge lower die 40 is higher than the slurry face of the slurry case 22 when not operating, which takes out
Device is sent to connect, be subjected to suction (vacuum) effect of second pumping device or blows (air-supply) effect, and the midge lower die
40 are driven by an extrinsic motive mechanism and upper and lower displacement action are done when needing.The die face of the midge upper mold 30 and the midge lower die
40 die face is symmetrical shape, for example, the die face of the midge upper mold 30 is evagination person, then the die face of the midge lower die 40 is interior
Recessed person.
One cold pressing lower die 50, is set up on the erection face of 10 top surface of switching mechanism, the die face of the cold pressing lower die 50 is made to exist
Usually (i.e. not operating) when upward, which can do rotary movement and upper and lower displacement in company with the switching mechanism 10 and act.
The die face of the die face of the cold pressing lower die 50 and the midge lower die 40 is symmetrical shape, therefore the die face of the cold pressing lower die 50 is evagination
Person.
One cold pressing upper mold 60, is set up on the top bottom surface in the mainframe space 21, the die face perseverance court of the cold pressing upper mold 60
Under.The die face of the cold pressing upper mold 60 and the die face of the midge upper mold 30 are symmetrical shape, therefore the die face of the cold pressing upper mold 60 is interior
Recessed person.
One hot pressing lower die 70 by installing is supported and is present in side rack space 23 that the side frame space 23 is located at should
The side in mainframe space 21, the die face of the hot pressing lower die 70 upward, the die face of the hot pressing lower die 70 and the midge upper mold 30
Die face is symmetrical shape, therefore the die face of the hot pressing lower die 70 and the die face of the midge lower die 40 are similarly indent person.Under the hot pressing
Mould 70 can push by an extrinsic motive mechanism (such as configuration of motor, sliding rail and idler wheel, be not limited) and do horizontal cross shifting
Dynamic, which connect in 10 side of switching mechanism, the hot pressing lower die 70 with a third pumping device, can
Receive suction (vacuum) effect of the third pumping device or blow (air-supply) effect.
One hot pressing upper mold 80, is set up on the top bottom surface in the side frame space 23, the die face of the hot pressing upper mold 80 downward,
The die face of the die face of the hot pressing upper mold 80 and the hot pressing lower die 70 is symmetrical shape, therefore the die face of the hot pressing upper mold 80 is evagination
Person.The hot pressing upper mold 80 is located at right over the hot pressing lower die 70, which can be (such as dynamic by an extrinsic motive mechanism
Power cylinder body, is not limited) it pushes and does upright upper and lower displacement movement, which connect with one the 4th pumping device, can connect
(vacuum) effect is aspirated by the 4th pumping device or blows (air-supply) effect.
Above-mentioned construction is the layered product overturning double suction slurry automatic moulding machine for forming the utility model, wherein, it is mentioned
Extrinsic motive mechanism and first, second, third and fourth pumping device are because of the main composition of all non-the utility model, and its effect significantly may be used
It sets up, therefore is not illustrated in figure, in case drawing excessively complicated difficult is distinguished.
The contexture of double suction slurry automatic moulding machine is overturn according to above-mentioned layered product, the utility model also provides a kind of mould
The manufacturing method of molding product overturning double suction slurry automatic moulding machine manufacture layered product, is with above-mentioned layered product overturning double suction slurry
Automatic moulding machine, then carry out following steps：
(1) decline as shown in Fig. 2, starting the midge lower die 40 first, be immersed to completely in the slurry of the slurry case 22.
(2) decline as shown in figure 3, the switching mechanism 10 is enabled to be started by initial centre position, make the midge upper mold 30 heavy
It immerses in the slurry of the slurry case 22, and the position of the midge upper mold 30 starts the midge upper mold immediately higher than the midge lower die 40
30 and the midge lower die 40 midge simultaneously, to form embryo material layer and under the midge on one in the die face of the midge upper mold 30
Embryo material layer is formed in the die face of mould 40.
(3) as shown in figure 4, when suction time one arrives, which drives the midge upper mold 30 together with embryo on this
The bed of material moves up return, while the midge lower die 40 is driven and moves on to a high position, makes the die face of the midge lower die 40 together with the lower embryo
The bed of material leaves pulp surface.
(4) as shown in figure 5, the switching mechanism 10 is enabled to spin upside down, the cold pressing lower die 50 is made to become downward, the midge upper mold
30 become upward together with embryo material layer on this.
(5) as shown in fig. 6, the switching mechanism 10 is enabled to decline, the cold pressing lower die 50 is made to mold one section with the midge lower die 40
Time, to squeeze the lower embryo material layer adsorbed in the midge lower die 40, at this time the midge lower die 40 connected second
Pumping device starts swabbing action, makes the lower embryo material layer dehydration, and the lower embryo material layer is adsorbed in the midge lower die 40.
(6) as shown in fig. 7, the switching mechanism 10 is then enabled to be moved upwards up to highest order, make the midge upper mold 30 cold with this
The molding a period of time of upper mold 60 is pressed, to squeeze the upper embryo material layer adsorbed in the midge upper mold 30, at this time in the midge
The first pumping device that mould 30 is connected starts swabbing action, is dehydrated embryo material layer on this.
(7) as shown in figure 8, the switching mechanism 10 is enabled to drop to centre position, embryo material layer is still adsorbed on this on this at this time
In midge upper mold 30.
(8) as shown in figure 9, the switching mechanism 10 is enabled to spin upside down once again, the cold pressing lower die 50 is made to restore upward, the suction
Slurry upper mold 30 adsorbs embryo material layer on this and then becomes downward.
(9) as shown in Figure 10, it enables the switching mechanism 10 that the midge upper mold 30 is driven to adsorb embryo material layer on this to decline, eventually extremely
The midge upper mold 30 enters molding a period of time in the midge lower die 40, and both embryo material layer and the lower embryo material layer exist on this at this time
Humidity is combined into a complete thick stock product close to lower squeezed jointly by the midge upper mold 30 and the midge lower die 40, and thickness is
Two times of embryo material layer or the lower embryo material layer on this.
(10) as shown in figure 11, the first pumping device that the midge upper mold 30 is connected is enabled still to continue swabbing action, to hold
It is continuous to adsorb the thick stock product (having been adsorbed from original upper embryo material layer), it is taken out with the season midge lower die 40 is connected second
Device is sent to stop swabbing action, is converted into blowing (air-supply) effect, so as to disengage between the thick stock product and the midge lower die 40, then
Even the midge upper mold 30 is driven to adsorb the thick stock product with the switching mechanism 10 is up moved past initial centre position
(i.e. more than centre position).
(11) as shown in figure 12, start the extrinsic motive mechanism that the hot pressing lower die 70 is connected, push the hot pressing lower die 70
Horizontal transverse movement is to the underface of the midge upper mold 30 at this time namely the surface of the midge lower die 40.
(12) as shown in figure 13, enable the switching mechanism 10 that the midge upper mold 30 is driven to adsorb thick stock product decline, eventually extremely
The midge upper mold 30, which enters in the hot pressing lower die 70, to be molded, and the thick stock product are i.e. between the midge upper mold 30 and the hot pressing lower die at this time
Between 70.
(13) as shown in figure 14, the third pumping device which is connected starts swabbing action, makes the hot pressing
Lower die 70 adsorbs the thick stock product, while the first pumping device that midge upper mold 30 is connected stops swabbing action, is converted into blowing
(air-supply) is sent to act on, makes to disengage between the thick stock product and the midge upper mold 30, then the switching mechanism 10 moves back to initially on immediately
Centre position stop, wait for the progress of next stroke.
(14) as shown in figure 15, the extrinsic motive mechanism urges hot pressing lower die 70 for enabling that the hot pressing lower die 70 connected is horizontal
Transverse shifting return returns to the underface of the hot pressing upper mold 80.At this time in the midge lower die 40, the switching mechanism 10 and the midge
Next stroke (step i.e. shown in expanded view 2 to Figure 11) can be unfolded in mould 30 etc. simultaneously.
(15) as shown in figure 16, under the extrinsic motive mechanism urges hot pressing upper mold 80 for starting that the hot pressing upper mold 80 connected
Drop molds eventually to the hot pressing upper mold 80 into the hot pressing lower die 70 is interior, and the thick stock product are with being somebody's turn to do between the hot pressing upper mold 80 at this time
Between hot pressing lower die 70, therefore the hot pressing upper mold 80 carries out thermocompression forming operation one to the thick stock product jointly with the hot pressing lower die 70
The section time makes thick stock product drying become a layered product.
(16) as shown in figure 17, when thermocompression forming operation is completed, the third that the hot pressing lower die 70 is connected immediately pumps dress
Startup swabbing action is put, the hot pressing lower die 70 is made to adsorb the layered product, while the 4th pumping that the hot pressing upper mold 80 is connected
Device startup is sent to blow (air-supply) to act on, so as to disengaged between the layered product and the hot pressing upper mold 80, the then hot pressing upper mold 80
Return is moved up immediately.Then, the third pumping device which is connected stops swabbing action, is converted into blowing
(air-supply) acts on, and makes to disengage between the layered product and the hot pressing lower die 70, then can be by the layered product from the hot pressing lower die
Taken on 70 from.The layered product is taken from the hot pressing lower die 70 from action can be by manually taking from or by machinery
Arm take automatically from.
After above all step 1 one carries out, desired mold product can be manufactured, and described be manufactured into
The layered product of type except thickness significantly increases be at least two times in addition to, it is empty that buffering can be more produced inside the finished product of layered product
Between, to promote pressure-resistant shock-proof effect.Shown in Figure 18, this is i.e. according to abovementioned steps 2 (i.e. as shown in Figure 3), in the midge
Mould 30 and the midge lower die 40 are carried out at the same time midge in slurry case 22, in the die face of the midge upper mold 30 and the midge lower die 40
Embryo material layer and during lower embryo material layer in upper absorption one respectively, set by die face set by the midge upper mold 30 and the midge lower die 40
Die face, can have part moulding and position something in common, it is possibility to have the different part of part moulding and position, that is, the midge
Die face set by upper mold 30 and 40 the two of midge lower die is the symmetrical fellow of moulding, but has partial portion to have position
On otherness.
Therefore, as shown in figure 19, when according to abovementioned steps 9 (i.e. as shown in Figure 10), enabling the midge upper mold 30 and the midge
When lower die 40 molds, the upper embryo material layer and lower embryo material layer that are adsorbed respectively by the midge upper mold 30 and the midge lower die 40 originally close
And as the thick stock product of a double thickness, at this time as can be seen that there is several spaces 31 inside the thick stock product, this is because former
This upper embryo material layer adsorbed respectively by the midge upper mold 30 and the midge lower die 40 and lower embryo material layer, because the moulding of the two die face has
Part has an otherness on position, and the two merges when becoming thick stock product, and the identical position of the two moulding and position is bonded,
The different position of the two moulding and position is not bonded then, therefore after molding and becoming thick stock product, the position of script die face position difference
The space 31 is produced inside the thick stock product, reaches the effect that can increase thickness and cushion space can be generated, borrows
To promote practicability effect of pressure-resistant shock-absorbing.
In conclusion the utility model has following excellent effect on using：
1. the utility model design makes both the midge upper mold 30 and the midge lower die 40 midge simultaneously in case 22 is starched, can
To accelerate manufacturing speed.Such tectonic sieving is current any known layered product manufacturing machine institute nothing.
2. the utility model in processing procedure by both the midge upper mold 30 and the midge lower die 40 simultaneously midge complete for it is upper,
Lower embryo material layer, then be rapidly completed after chill squeezes via the switching mechanism 10 drive, then enable the molding of the midge upper and lower mould make,
Lower embryo material is laminated and becomes the thick stock product of double thickness, therefore can increase thickness, with the shock-proof effect of sharp gain finished product.Together
When, the utility model can make to form several spaces inside layered product, so as to enhancing buffering and shock preventing because of the selection in size design
Effect.
3. the utility model design makes the midge upper mold 30 be respectively installed in the switching mechanism 10 with the cold pressing lower die 50
Top, chassis are set on face, only account for an operating position jointly, therefore can reduce the working space of single unit system.
4. the thick stock product that the utility model is formed in processing procedure are the upper and lower embryos adsorbed respectively by the upper and lower mould of the midge
The bed of material drives quickly mould completion extrusion forming upper and lower with the cold pressing, then molded by the upper and lower mould of the midge through the switching mechanism 10
Make upper and lower embryo material laminated and as thick stock product, because the outer surface of the thick stock product is all close with the midge face of the upper and lower mould of the midge
The excellent face that is formed is bonded, so it is all excellent face that the outer surface of the layered product after thermocompression forming, which is, using being above enough to promote packet
Fill the overall value sense of commodity.
5. the utility model only discloses unilateral (right side in diagram) setting hot pressing lower die 70 and hot pressing upper mold 80 in the example shown
Composition (referred to herein as single head machine), the hot pressing lower die 70 and hot pressing upper mold 80 are can to heat the thick stock product that pressurize to be completely dried it
The step of as a layered product, heating pressing time are proportional to the volume sizes of thick stock product, if therefore thick stock product thickness compared with
When causing the working time of the hot pressing lower die 70 and hot pressing upper mold 80 must be longer greatly, influence midge and extrusion forming be worked
It carries out (must be stopped for sometimes), causes the waste in working hour.Therefore the utility model can also by the hot pressing lower die 70 and
The composition of hot pressing upper mold 80 is provided with two groups, make its be located at respectively two sides that midge and extrusion forming work (i.e. on the right side of point position and
Left side, referred to herein as double end machine), it can be after midge and the extrusion forming work for completing the first round, by wherein side on such processing procedure
The hot pressing lower die 70 on (such as right side) is accepted, and then can carry out the midge of the second wheel and extrusion forming work, then change by another
The hot pressing lower die 70 of side (such as left side) is accepted, so by the composition of bilateral hot pressing lower die 70 and hot pressing upper mold 80 in turn
Thick stock product are accepted, working hour can be shortened, improve production capacity, reduce manufacture cost.
6. the thick stock product that the utility model is formed in processing procedure are accepted by the hot pressing lower die 70, with hot pressing upper mold 80
Molding carries out thermocompression forming work to thick stock product, if hot pressing time must be longer, the hot pressing lower die 70 and hot pressing upper mold 80
Composition can also be arranged to have two groups in homonymy, whole so as to reducing to carry out two-period form thermocompression forming work to same thick stock product
Body heat presses working hour, and can make layered product surface Geng Chengyou faces.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, under the premise of the utility model technical principle is not departed from, several improvement and replacement can also be made, these change
The scope of protection of the utility model is also should be regarded as into replacement.
Claims (4)
1. a kind of layered product overturning double suction slurry automatic moulding machine, which is characterized in that include：
One switching mechanism is supported by installing and is present in a mainframe space, be can be controlled and is done 180 ° of rotary movements up and down, should
Respectively tool one sets up face for the top surface and bottom surface of switching mechanism, which, which integrally can be controlled, does upper and lower displacement action；
One slurry case is set to the lower section in the mainframe space, and inside contains slurry, and the top surface of the slurry case is openning shape；
One midge upper mold, is set up on the erection face of the switching mechanism bottom surface, makes the die face of the midge upper mold court when not operating
Under, which can do rotary movement in company with the switching mechanism and upper and lower displacement action, the midge upper mold are pumped with one first
Device connects, and is subjected to the swabbing action of first pumping device or blows effect；
One midge lower die, is supported and is present in the top surface opening of the slurry case by installing, and the die face of the midge lower die upward, is not moved
The die face of the midge lower die is higher than the slurry face of the slurry case when making, which connect with one second pumping device, is subjected to
The swabbing action of second pumping device blows effect, which, which can be controlled, does upper and lower displacement action；
One cold pressing lower die, is set up on the erection face of the switching mechanism top surface, makes the die face of the cold pressing lower die court when not operating
On, which can do rotary movement and upper and lower displacement action in company with the switching mechanism；
One cold pressing upper mold, is set up on the top bottom surface in the mainframe space, the die face perseverance of the cold pressing upper mold is downward；
An at least hot pressing lower die by installing is supported and is present in the rack space of side that the side frame is spatially located at the mainframe
The side in space, upward, which can be controlled does horizontal transverse movement to the die face of the hot pressing lower die, the hot pressing lower die institute
In position in the switching mechanism side, which connect with a third pumping device, is subjected to the third pumping device
Swabbing action blows effect；And
An at least hot pressing upper mold, is set up on the top bottom surface in the side frame space, the die face of the hot pressing upper mold downward, the hot pressing
Upper mold is located at right over the hot pressing lower die, which, which can be controlled, does upright upper and lower displacement movement, the hot pressing upper mold and one
4th pumping device connects, and is subjected to the swabbing action of the 4th pumping device or blows effect.
2. layered product overturning double suction slurry automatic moulding machine according to claim 1, which is characterized in that the midge upper mold
The die face of die face and the midge lower die is symmetrical shape.
3. layered product overturning double suction slurry automatic moulding machine according to claim 1, which is characterized in that the cold pressing lower die
The die face of die face and the midge lower die is symmetrical shape, and the die face of the die face of the cold pressing upper mold and the midge upper mold is shape pair
Claim.
4. layered product overturning double suction slurry automatic moulding machine according to claim 1, which is characterized in that the hot pressing lower die
The die face of die face and the midge upper mold is symmetrical shape, and the die face of the die face of the hot pressing upper mold and the hot pressing lower die is shape pair
Claim.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721558454.6U CN207552814U (en) | 2017-11-21 | 2017-11-21 | Layered product overturning double suction slurry automatic moulding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721558454.6U CN207552814U (en) | 2017-11-21 | 2017-11-21 | Layered product overturning double suction slurry automatic moulding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207552814U true CN207552814U (en) | 2018-06-29 |
Family
ID=62679508
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721558454.6U Withdrawn - After Issue CN207552814U (en) | 2017-11-21 | 2017-11-21 | Layered product overturning double suction slurry automatic moulding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207552814U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107974873A (en) * | 2017-11-21 | 2018-05-01 | 常州市诚鑫环保科技有限公司 | Layered product upset double suction slurry automatic moulding machine and manufacture method |
-
2017
- 2017-11-21 CN CN201721558454.6U patent/CN207552814U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107974873A (en) * | 2017-11-21 | 2018-05-01 | 常州市诚鑫环保科技有限公司 | Layered product upset double suction slurry automatic moulding machine and manufacture method |
| CN107974873B (en) * | 2017-11-21 | 2023-08-15 | 常州市诚鑫环保科技有限公司 | Automatic molding machine for overturning double suction slurry of molded product and manufacturing method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN107974873A (en) | Layered product upset double suction slurry automatic moulding machine and manufacture method | |
| CN107237217B (en) | Layered product automatic moulding machine and manufacturing method and finished product | |
| US11261569B2 (en) | Automatic molding machine for molded product, manufacturing method, and finished product | |
| CN107881854A (en) | Layered product double suction starches two sections of hot pressing automatic moulding machines of cold extrusion and manufacture method | |
| CN205576636U (en) | Product automatic molding machine is moulded to mould | |
| CN108425291A (en) | Layered product double suction starches the manufacturing method of two sections of hot pressing automatic mouldings of cold extrusion | |
| CN209412613U (en) | Convertible midge paper products automatic moulding machine | |
| CN108442183A (en) | Double lower midge automatic moulding machines of layered product and manufacturing method | |
| CN207973945U (en) | Midge automatic moulding machine on layered product multistage | |
| CN108252164A (en) | Double lower midge automatic moulding machines of layered product and manufacturing method | |
| CN207552814U (en) | Layered product overturning double suction slurry automatic moulding machine | |
| CN111424467A (en) | Reciprocating type pulp-sucking automatic forming machine for paper-plastic products and manufacturing method | |
| CN207552815U (en) | Layered product overturning double suction slurry automatic moulding machine | |
| CN207552813U (en) | Layered product double suction starches two sections of hot pressing automatic moulding machines of cold extrusion | |
| CN207973946U (en) | Midge automatic moulding machine under layered product multistage | |
| CN108060617A (en) | Midge automatic moulding machine and manufacturing method under layered product multistage | |
| CN107974874A (en) | Layered product upset double suction slurry automatic moulding machine and manufacture method | |
| TW201734279A (en) | Auto-forming machine, manufacturing method and goods for molded product making an upper and a lower liquid-sucking molds simultaneously auto-suck in liquid from a liquid box | |
| CN208455370U (en) | A kind of paper mould environment protecting tableware fine work work packet equipment | |
| CN208328561U (en) | Layered product double times lower midge automatic moulding machines | |
| CN108560324A (en) | Midge automatic moulding machine and manufacturing method on layered product multistage | |
| CN208328560U (en) | Layered product double times lower midge automatic moulding machines | |
| TWI651451B (en) | Molded product inverted double-suction automatic molding machine and manufacturing method for manufacturing molded product (2) | |
| TWM562310U (en) | Multi-stage lower suction automatic molding machine for molding product | |
| CN204898440U (en) | Finished product of product is moulded to mould |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20180629 Effective date of abandoning: 20230815 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20180629 Effective date of abandoning: 20230815 |