CN202491356U - All-in-one machine combining hot press molding and cold press molding - Google Patents
All-in-one machine combining hot press molding and cold press molding Download PDFInfo
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- CN202491356U CN202491356U CN2012200730176U CN201220073017U CN202491356U CN 202491356 U CN202491356 U CN 202491356U CN 2012200730176 U CN2012200730176 U CN 2012200730176U CN 201220073017 U CN201220073017 U CN 201220073017U CN 202491356 U CN202491356 U CN 202491356U
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- 238000001816 cooling Methods 0.000 claims abstract description 50
- 238000003825 pressing Methods 0.000 claims description 113
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- 230000007246 mechanism Effects 0.000 claims description 4
- 230000001360 synchronised effect Effects 0.000 claims description 3
- 230000000295 complement effect Effects 0.000 claims description 2
- 238000004519 manufacturing process Methods 0.000 abstract description 9
- 238000010438 heat treatment Methods 0.000 abstract description 8
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- 230000007423 decrease Effects 0.000 description 8
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- 239000000498 cooling water Substances 0.000 description 6
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 5
- 238000006073 displacement reaction Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 4
- 239000002131 composite material Substances 0.000 description 3
- 239000010720 hydraulic oil Substances 0.000 description 3
- 229920001187 thermosetting polymer Polymers 0.000 description 3
- 230000033228 biological regulation Effects 0.000 description 2
- 235000019628 coolness Nutrition 0.000 description 2
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- 238000007493 shaping process Methods 0.000 description 2
- 208000036829 Device dislocation Diseases 0.000 description 1
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Abstract
The utility model discloses an all-in-one machine combining hot press molding and cold press molding. The all-in-one machine combining hot press molding and cold press molding comprises a machine base, a hydraulic station, an electric control device and a cooling device, wherein a plurality of hot press molding machines and a plurality of cold press molding machines are mounted on the machine base along the length direction of the machine base, each hot press molding machine is mainly composed of a hot press hydraulic cylinder, a hot press movable lifting platform, an upper heating flat plate, a lower heating flat plate and a plurality of intermediate heating flat plates, each cold press molding machines is located at one side of each hot press molding machine and mainly composed of a lifting hydraulic cylinder, a movable lifting platform, an upper cooling flat plate, a lower cooling flat plate and a plurality of intermediate cooling flat plates, the upper cooling flat plate, and the lower cooling flat plate and the intermediate cooling flat plates are respectively corresponding to the hot press hydraulic cylinder, the hot press movable lifting platform, the upper heating flat plate, the lower heating flat plate and the intermediate heating flat plates in a matching mode. The machine base is further provided with a hot press automatic mold-transferring device located at one side of the hot press molding machines and a cold press automatic mold-transferring device located at one side of the cold press molding machines. According to the all-in-one machine, only one or two persons are needed to operate, and therefore labor force is saved greatly, labor intensity of workers is mitigated, and production capacity and efficiency are improved significantly at the same time.
Description
Technical field
The utility model relates to the hot-forming of goods such as a kind of thermosets, composite and the production equipment of colding pressing and finalizing the design.
Background technology
A lot of thermosets, composite product need cool off under certain pressure and finalize the design being heated to pressurization under the uniform temperature, keeping reasonable time to carry out moulding usually then fast; In present production process, the separate unit heat pressing forming machines of employing carries out hot-forming, and then puts into the separate unit cold press cooling and shaping that pressurizes, and that is to say; Hot-forming is what on different equipment, to carry out with the typing of colding pressing, and after hot-forming, will product transferred out, is placed on and descends the step operation on the forming machine of colding pressing; But, such mode of production, the time of middle circulation is many; Cause the product after hot-forming can not fast cooling, can not hot-forming goods be cooled off fast, the cold pressing effect of typing of influence; And such mode of operation is that requirement is placed on the product after hot-forming on the cold press apace; Therefore, operator's labour intensity is quite big, and; Production efficiency is low, and an operator can only operate one to two machinery equipment, needs more personnel and equipment under the identical output.
The utility model content
The purpose of the utility model provides a kind of hot-forming and typing all-in-one of colding pressing, and it is accomplished the hot-forming of product simultaneously and colds pressing typing in an equipment, and production efficiency is high.
In order to solve the problems of the technologies described above, the technical scheme of the utility model is following: a kind of hot-forming and typing all-in-one of colding pressing comprises support, Hydraulic Station, electrical control gear, cooling device; Said support be equipped with in the longitudinal direction a plurality of mainly by hot press hydraulic cylinder, hot press mobile lifting platform, go up heated plate, down heated plate and a plurality of in the middle of the heat pressing forming machines that constitutes of heated plate and a plurality of be positioned at said heat pressing forming machines one side, be complementary corresponding mainly by lifting hydraulic cylinder, mobile lifting platform, go up cooling dull and stereotyped, down cooling dull and stereotyped and a plurality of in the middle of the dull and stereotyped forming machines of colding pressing that constitute of cooling, the automatic mould shifting device of hot press that is positioned at said a plurality of heat pressing forming machines one side, the automatic mould shifting device of cold press that is positioned at said a plurality of forming machine one sides of colding pressing also are installed on the said support.
As preferably; Said heat pressing forming machines comprises entablature, sill; Be provided with four root posts between described entablature, the sill; Described hot press mobile lifting platform, on said above the said hot press mobile lifting platform heated plate, down heated plate and on said heated plate, heated plate is sleeved on described four root posts in the middle of a plurality of between the heated plate down; The said heated plate of going up is fixed on the said entablature, and said heated plate down is fixed on the hot press mobile lifting platform, and said hot press hydraulic cylinder is fixed on the said support; The bottom surface of said hot press mobile lifting platform is connected with the piston rod of said hot press hydraulic cylinder, and said heated plate, following heated plate and the middle heated plate gone up is synchronized with the movement through the synchronization link mechanism connection.
As preferably, saidly go up heated plate, middle the heated plate between the heated plate is that 5-10 is individual down.
As preferably; The automatic mould shifting device of described hot press comprises the first multilayer trolley frame, two first holders; The side of the said first multilayer trolley frame is fixed with one first module driving machine frame; Be fixed with one first on the said first module driving machine frame and push away the mould cylinder, said first pushes away and is equipped with first on the piston rod of mould cylinder and pushes away the mould arm, is provided with two first guide posts and first tooth bar between said two first guide posts between described two first holders; The lower end of the said first multilayer trolley frame is sleeved on described two first guide posts; On the said first multilayer trolley frame first hydraulic motor is installed, is fixed with a driving gear on said first hydraulic motor output shaft, said driving gear is meshed with described first tooth bar.
As preferably, be fixed with first lower guideway on said two first holders, the said first multilayer trolley frame lower end is provided with first lower tumbler that matches with said first lower guideway.
As preferably; The said forming machine of colding pressing comprises entablature, sill; Be provided with four root posts between said entablature, the sill; The said cooling flat board of going up is fixed on the said entablature, and the said flat board of cooling down is fixed on the said mobile lifting platform, described mobile lifting platform, on said cooling dull and stereotyped with a plurality of between the cooling flat board down in the middle of cool off flat board and be sleeved on described four root posts; Said lifting hydraulic cylinder is installed on the said support, and the piston rod of said lifting hydraulic cylinder is connected with the bottom surface of said mobile lifting platform.
As preferably, said go up cooling dull and stereotyped with down between the cooling flat board in the middle of the cooling flat board be that 5-10 is individual.
As preferably; The automatic mould shifting device of described cold press comprises the second multilayer trolley frame, two second holders; The side of the said second multilayer trolley frame is fixed with one second module driving machine frame and drives the lift cylinder that the said second module driving machine frame goes up and down; Be fixed with one second on the said second module driving machine frame and push away the mould cylinder, said second pushes away and is equipped with second on the piston rod of mould cylinder and pushes away the mould arm, is provided with two second guide posts and second tooth bar between said two second guide posts between described two second holders; The lower end of the said second multilayer trolley frame is sleeved on described two second guide posts; On the said second multilayer trolley frame second hydraulic motor is installed, is fixed with a travelling gear on said second hydraulic motor, said travelling gear is meshed with described second tooth bar.
As preferably, be fixed with second lower guideway on said two second holders, the said second multilayer trolley frame lower end is provided with second lower tumbler that matches with said second lower guideway.
As preferably, the heat pressing forming machines of installing on the described support equates with the quantity of the forming machine of colding pressing, and is the 3-8 platform.
The utility model beneficial effect is:
1) only needs once operating this production equipment to two people; Saved the labour greatly; Adopt modern advanced electronics and hydraulic control technology, alleviated labour intensity greatly, production capacity and efficient improve greatly simultaneously; Make the hot briquetting of thermosets and composite product and the typing completion simultaneously of colding pressing, guaranteed Products Quality effectively.
2) this compact equipment, safe and reliable, automaticity is high, production efficiency is high.
Description of drawings
Below in conjunction with accompanying drawing the utility model is done further explanation:
Fig. 1 is the schematic top plan view of the utility model;
Fig. 2 is the left view of Fig. 1;
Fig. 3 is installed in the front view on the support for a plurality of heat pressing forming machines in the utility model, has removed the automatic mould shifting device of hot press in order to show among the clear figure;
Fig. 4 is the schematic top plan view of Fig. 3;
Fig. 5 looks sketch map for the left side of Fig. 3;
Fig. 6 is installed in the front view on the support for a plurality of forming machines of colding pressing in the utility model, has removed the automatic mould shifting device of cold press in order to show among the clear figure;
Fig. 7 is the schematic top plan view of Fig. 6;
Fig. 8 looks sketch map for the left side of Fig. 6.
The specific embodiment
The following stated is merely the preferred embodiment of the utility model, is not that scope to the utility model limits.
Embodiment sees accompanying drawing 1,2,3,4,5,6,7,8, and a kind of hot-forming and typing all-in-one of colding pressing comprises support 1-13, Hydraulic Station 5, electrical control gear 6 and cooling device 7; At support 1-13 a plurality of heat pressing forming machines 1, a plurality of forming machine 3 of colding pressing are installed in the longitudinal direction; Cooling device 7, cooling device comprise that cooling water gets into master switch valve, filter, water inlet manifold road, main sewer road, the distributive pipe road that gets into the forming machine of colding pressing and controlled valve, flexible pipe; This device provides cooling water for the forming machine of colding pressing, since the same with Hydraulic Station, electrical control gear 6, be the known technology in this area; Be not described in detail in this, heat pressing forming machines equates with the quantity of the forming machine of colding pressing, is generally the 3-8 platform; In this embodiment; Be 4, the forming machine of colding pressing is positioned at the side of heat pressing forming machines, is arranged in parallel.In order to make entire equipment more efficient; The heat pressing forming machines that this embodiment adopts and the forming machine of colding pressing are multilayer; So-called multilayer, the cooling flat board of the heated plate of every heat pressing forming machines and every the forming machine of colding pressing is at least 5 exactly, and is general; Every heat pressing forming machines has at least 5 layers heated plate, and every the forming machine of colding pressing has the cooling identical with the heat pressing forming machines number of plies dull and stereotyped.Heat pressing forming machines comprises fixedly entablature 1-1, sill 1-11, and entablature is fixed on the support of support, and sill is fixed on the support; Between lower and upper cross-member, be fixed with four root post 1-6, four root post 1-6 are fixed together through big nut 1-12 and lower and upper cross-member, and upper and lower crossbeam, four root posts and big nut constitute whole; Be set with hot press mobile lifting platform 1-9 on four root posts and at the upper and lower heated plate 1-2 above the hot press mobile lifting platform, 1-8, be provided with between the heated plate up and down and be sleeved on heated plate 1-3 in the middle of a plurality of on four root posts, last heated plate is fixed on the entablature, following heated plate is fixed on the hot press mobile lifting platform; Middle heated plate is at least more than 3, is generally 5-10, and quantity efficient at least is not high enough; In this embodiment be 9, the hot press mobile lifting platform has four through holes to cooperate with four root posts, on support, also is fixed with hot press hydraulic cylinder 1-10, a hot press hydraulic cylinder and from the sill interstitial hole, stretches out; The bottom surface of hot press mobile lifting platform is connected with piston rod in the hot press hydraulic cylinder; Middle heated plate is sleeved on four columns through the guide pad 1-4 of left and right side, and and arranged on left and right sides upper and lower and middle heated plate is equipped with synchronization link mechanism 1-7, under the effect of hot press hydraulic cylinder, realizes being synchronized with the movement of three; Synchronization link mechanism comprise be hinged and with the said up and down hinged upper and lower strut of heated plate; Last connecting rod is a pair of, and is hinged with last heated plate, and lower link also is a pair of; Hinged with following heated plate; And the end of upper and lower strut is hinged, simultaneously, also is provided with middle heated plate quantity corresponding many to middle connecting rod; Intermediate connecting rod one end and middle heated plate are hinged; The other end is hinged on the connecting rod, and the last working face of following heated plate and middle heated plate is equipped with two cover half blend stop 1-5, and electrical heating elements and thermometric degree sensor are housed in the every heated plate.
The automatic mould shifting device 2 of the hot press that matches with said heat pressing forming machines 1 also is installed on support 1-13, and the automatic mould shifting device of hot press is positioned at a side of heat pressing forming machines, specifically is positioned at its outside.The automatic mould shifting device 2 of hot press comprises the first multilayer trolley frame 2-12, two first holder 2-1, and two first holders are installed on the support; The multilayer trolley frame has the wall of a plurality of placement moulds, and the number of plies of wall equates with the number of plies of heat pressing forming machines, and is highly identical; The side of the first multilayer trolley frame 2-12 is fixed with the first module driving machine frame 2-5, is fixed with first on the first module driving machine frame 2-5 and pushes away mould cylinder 2-6, certainly; Also can adopt hydraulic cylinder, first pushes away and is equipped with first on the piston rod of mould cylinder 2-6 and pushes away mould arm 2-13, is being provided with two first guide post 2-3 and the first tooth bar 2-4 between said two first guide posts between two first holders; The lower end of the first multilayer trolley frame is sleeved on these two first guide post 2-3, and two guide posts are polished rod, is fixed on first holder through nut 2-2; Two fairleads are installed on the first multilayer trolley frame; Be sleeved on two guide posts through these two fairleads, on the first multilayer trolley frame 2-12 the first hydraulic motor 2-9 be installed, be fixed with a driving gear 2-11 on the output shaft of the first hydraulic motor 2-9; First hydraulic motor is connected with driving gear through shaft coupling 2-10; Reduce the vibration in the rotation process, make transmission more steady, and driving gear 2-11 is meshed with the described first tooth bar 2-4.The first automatic mould shifting device is positioned at the side of hot-forming unit, and under the effect of hydraulic oil, the hydraulic motor driven gear rotates, and matches with tooth bar, through gear & rack structure, thereby is being with whole mould shifting device reciprocating; Corresponding center of every heat pressing forming machines and initial position are equipped with limit switch; Setting according to the electrical control program; When mould shifting device moved to heat pressing forming machines center or the initial position of regulation, limit switch sent signal, and the hydraulic motor hydraulic oil circuit is cut off; Hydraulic motor stops operating immediately, makes the mould shifting device location; Mould shifting device has the module driving machine frame and pushes away the mould cylinder; After mould shifting device moves to heat pressing forming machines center location, under pushing away the mould cylinder action, all moulds in the multilayer trolley frame in the mould shifting device are pushed into the heat pressing forming machines center or with heat pressing forming machines in hot briquetting is good mould be pushed into the dull and stereotyped center of the forming machine of colding pressing on opposite; The matched moulds of heat pressing forming machines, die sinking, the reciprocating motion of mould shifting device and push away mould, manually with the adjustment state under, control by each corresponding button, under auto state, undertaken by the program of setting.
In order to make the reciprocating motion of whole mould shifting device more smooth and easy; On two first holder 2-1, be fixed with the first lower guideway 2-7; The first multilayer trolley frame 2-12 lower end is provided with the first lower tumbler 2-8 that matches with said first lower guideway; First lower guideway has the groove that matches with first lower tumbler, and first lower tumbler is positioned at groove.
The forming machine of colding pressing comprises entablature 3-1, sill 3-10, and sill and support are fixed, and the support on entablature and the support is fixed; Between lower and upper cross-member, be provided with upper and lower crossbeam of four root post 3-8 and four root posts and be linked to be integral body through big nut 3-11, be set with mobile lifting platform 3-7 on four root posts, mobile lifting platform has four through holes; Cooperate with four root posts respectively, make it vertically to move up and down, the dull and stereotyped 3-6 of a plurality of middle coolings is sleeved on four root posts; The dull and stereotyped 3-2 of last cooling is fixedly connected with entablature, and the dull and stereotyped 3-3 of following cooling is fixed on the mobile lifting platform, and the dull and stereotyped 3-6 of middle cooling is at least more than 3; Be generally 5-10, quantity efficient at least is not high enough, is 9 in this embodiment; Also have a lifting hydraulic cylinder 3-9, on the lifting hydraulic cylinder mounting base, in the middle of sill, stretch out; The bottom surface of mobile lifting platform is connected with piston rod in the lifting hydraulic cylinder; The dull and stereotyped guide pad 3-4 through the left and right side of middle cooling is sleeved on four columns, can on four root posts, slide, and every middle cooling last working face dull and stereotyped, cooling flat board down is equipped with two cover half blend stop 3-5; Be drilled with back-shaped passage in the every cooling flat board; Be convenient to cooling water through cooling off, two adjacent coolings are dull and stereotyped to be connected through flexible pipe, and the cooling water row mouth that the cooling flat board of the top also is connected with cooling water entering pipeline, a cooling bottom is dull and stereotyped is managed and is connected with the cooling water discharge manifold road.
The automatic mould shifting device 4 of cold press that matches with the said forming machine 3 of colding pressing also is installed on support 1-13, and the automatic mould shifting device of cold press is positioned at a side of cold press make-up machine, is positioned at its outside specifically, away from that side of heat pressing forming machines.The automatic mould shifting device 4 of cold press comprises the second multilayer trolley frame 4-12, two second holder 4-1, and second holder is installed on the support, the wall that a plurality of placement moulds are arranged of the second multilayer trolley frame; The number of plies of wall equates that with the number of plies of the forming machine of colding pressing highly identical, the side of the second multilayer trolley frame 4-12 is fixed with one second module driving machine frame 4-5 and drives the lift cylinder 4-13 that the second module driving machine frame 4-5 goes up and down; Can certainly be hydraulic cylinder, such change influence the protection domain of the utility model, and what adopt in this embodiment is cylinder; In order to make the second module driving machine frame on the second multilayer trolley frame, to go up and down, can adopt the structure of lead and pilot hole, at least 2 leads of the second module driving machine frame setting; The pilot hole that cooperates with it is set on the second multilayer trolley frame, can also dovetail groove be set, dovetail guide is set at the second module driving machine frame at the second multilayer trolley frame; Can both realize driving the up-down of the second module driving machine frame by lift cylinder; Be fixed with one second on the second module driving machine frame 4-5 and push away mould cylinder 4-6, certainly, also can adopt hydraulic cylinder; Second pushes away and is equipped with second on the piston rod of mould cylinder 4-6 and pushes away mould arm 4-13; Be provided with two second guide post 4-3 and the second tooth bar 4-4 between said two second guide post 4-3 between two the second holder 4-1, the lower end of the second multilayer trolley frame 4-12 is sleeved on described two the second guide post 4-3, and two second guide posts are polished rod; Be fixed on second holder through nut 4-2; The lower end of the second multilayer trolley frame is sleeved on these two second guide posts, and two fairleads are installed on the second multilayer trolley frame, is sleeved on two guide posts through these two fairleads; On the second multilayer trolley frame 4-12 the second hydraulic motor 4-9 is installed; Be fixed with a travelling gear 4-11 on the second hydraulic motor 4-9, second hydraulic motor output shaft is connected with travelling gear through shaft coupling 4-10, and travelling gear 4-11 is meshed with the described second tooth bar 4-4.The automatic mould shifting device of cold press being positioned at the outside of the typing unit of colding pressing, and under the effect of hydraulic oil, second hydraulic motor drives travelling gear and rotates, thereby is being with mould shifting device toward making reciprocating cutter; Every corresponding center of the forming machine of colding pressing and initial position are equipped with limit switch; Setting according to the electrical control program; When mould shifting device moves to colding pressing when forming machine center or initial position of regulation, limit switch sends signal, and the second hydraulic motor loop is cut off; Second hydraulic motor stops operating immediately, makes the mould shifting device location; After mould shifting device moves to the forming machine center location of colding pressing, will push away the mould arm under the mould cylinder action and stretch into the cold press center pushing away, again under the lift cylinder effect; The second module driving machine frame descends; Make to push away the mould arm and catch on each secondary mould of cooling and shaping, mould is pulled on the mould shifting device pushing away under the mould cylinder action then, the cold press mould shifting device moves to initial position under the driving of second hydraulic motor; Pushing away under the mould cylinder action again; Mould is pushed on the workbench, and lift cylinder is waited for next action with the second module driving machine frame jack-up then; Cold pressing matched moulds, the die sinking of forming machine, the motion of mould shifting device and push away, the drawing-die action, manually with under the adjustment state controling by each corresponding button, under auto state, undertaken by the program of setting.
In order to make the reciprocating motion of cold press mould shifting device more smooth and easy; On two second holder 4-1, be fixed with the second lower guideway 4-7; The second multilayer trolley frame 4-12 lower end is provided with the second lower tumbler 4-8 that matches with said second lower guideway; Second lower guideway has the groove that matches with second lower tumbler, and second lower tumbler is positioned at groove.
For the ease of understanding the course of work of the heat pressing forming machines and the forming machine of colding pressing under the brief description:
Heat pressing forming machines Automatic Cycle process is following: initial position (the first-class mould of the automatic mould shifting device of the supporting hot press of heat pressing forming machines)-automatic mould shifting device of starting-hot press moves to the 1st heat pressing forming machines-push away mould cylinder and mould is pushed into the 1st heat pressing forming machines center-push away the mould cylinder to reset-automatic mould shifting device of hot press returns initial bit; While the 1st heat pressing forming machines rising matched moulds; The automatic mould shifting device of hot press moves to the 2nd heat pressing forming machines-push away mould cylinder and mould is pushed into the 2nd heat pressing forming machines center-push away the mould cylinder to reset-automatic mould shifting device of hot press returns initial bit when boosting locked mode, heating-mold (manual work)-Da setting-up time; Simultaneously the automatic mould shifting device of hot press moves to the 3rd heat pressing forming machines-push away mould cylinder and mould is pushed into the 3rd heat pressing forming machines center-push away the mould cylinder to reset-automatic mould shifting device of hot press returns initial bit when the 2nd heat pressing forming machines rising matched moulds, the locked mode that boosts, heating-mold (manual work)-Da setting-up time; Simultaneously the automatic mould shifting device of hot press moves to the 4th heat pressing forming machines-push away mould cylinder and mould is pushed into the 4th heat pressing forming machines center-push away the mould cylinder to reset-automatic mould shifting device of hot press returns the 1st hot press when the 3rd hot press rising matched moulds, the locked mode that boosts, heating-mold (manual work)-Da setting-up time; Simultaneously the 4th heat pressing forming machines rising matched moulds, the locked mode that boosts, 1 heat pressing forming machines of heating-Di arrive heat time heating time; The automatic mould shifting device of decline die sinking-hot press is pushed into the mould in the 1st heat pressing forming machines in the 1st cold press in opposite-and the automatic mould shifting device of hot press pushes away the mould cylinder and resets; Simultaneously the 1st cold press rising matched moulds, feed the automatic mould shifting device of water quench-hot press when returning initial bit-mold-Da setting-up time the automatic mould shifting device of hot press move to the 1st the automatic mould shifting device of heat pressing forming machines-hot press mould be pushed in the 1st heat pressing forming machines-push away the mould cylinder to reset; While the 1st heat pressing forming machines rising matched moulds, the locked mode that boosts, 2 heat pressing forming machines decline of heating-Di die sinking; The automatic mould shifting device of hot press moves to the 2nd the automatic mould shifting device of hot press-hot press the mould in the 2nd heat pressing forming machines is pushed in the 2nd forming machine of colding pressing in opposite-and the mould cylinder that pushes away of the automatic mould shifting device of hot press resets; Simultaneously the 2nd the forming machine rising matched moulds of colding pressing, the locked mode that boosts, feed the automatic mould shifting device of water quench-hot press and move to the automatic mould shifting device of hot press of initial bit-mold-when reaching setting-up time and move to the 2nd the automatic mould shifting device of heat pressing forming machines place-hot press the mould cylinder that pushes away that mould is pushed into the 2nd the automatic mould shifting device of heat pressing forming machines center-hot press is resetted; Simultaneously the 2nd heat pressing forming machines rising matched moulds, the locked mode that boosts, the automatic mould shifting device car of 3 heat pressing forming machines decline of the heating-Di die sinking-hot press mould cylinder that pushes away that moves to the pushing away the mould cylinder mould in the 3rd heat pressing forming machines is pushed in the 3rd forming machine of colding pressing in opposite of the 3rd the automatic mould shifting device of heat pressing forming machines place-hot press-automatic mould shifting device of hot press resets; While the 3rd forming machine rising matched moulds of colding pressing; Boost locked mode, feed the automatic mould shifting device of water quench-hot press move to the automatic mould shifting device of hot press of initial bit-mold-when reaching setting-up time move to the 3rd the automatic mould shifting device of heat pressing forming machines place-hot press with mould be pushed into the 3rd the automatic mould shifting device of heat pressing forming machines center-hot press push away the mould cylinder reset simultaneously the 3rd hot press rising matched moulds, the locked mode that boosts, the automatic mould shifting device of 4 heat pressing forming machines decline of heating-Di die sinking-hot press move to the 4th the automatic mould shifting device of heat pressing forming machines place-hot press the mould in the 4th hot press be pushed in the 4th cold press in opposite-the mould cylinder that pushes away of the automatic mould shifting device of hot press resets; Simultaneously the 4th cold press rising matched moulds, locked mode boosts; Feeding the automatic mould shifting device of water quench-hot press moves to the automatic mould shifting device of hot press of initial bit-mold-when reaching setting-up time and moves to the 4th the automatic mould shifting device of hot press place-hot press the mould cylinder that pushes away that mould is pushed into the 4th the automatic mould shifting device of hot press center-hot press is resetted; The 4th hot press rising matched moulds, the locked mode that boosts, the automatic mould shifting device of heating-hot press move to the 1st hot press place simultaneously, and once circulation finishes.
The supporting automatic mould shifting device Automatic Cycle of the forming machine of colding pressing cross with as follows: the 1st cold press arrives cool time; The automatic mould shifting device of decline die sinking-cold press will push away the mould arm from 1 cold press place-lift cylinder of initial displacement to the with the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away mould cylinder and stretch into cold press center-lift cylinder and make the module driving machine frame of the automatic mould shifting device of cold press descend; Push away the mould arm to catch on the outer automatic mould shifting device of drawing-die tool to cold press of mould-push away mould cylinder-the automatic mould shifting device of cold press moves to initial bit-push away mould cylinder and mould is pushed into workbench-lift cylinder descend the-the 2nd cold press that reset of the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away the mould cylinder to return-lift cylinder arrived cool time; The automatic mould shifting device of decline die sinking-cold press will push away the mould arm from 2 cold press place-lift cylinders of initial displacement to the with the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away mould cylinder and stretch into the 2nd cold press center-lift cylinder the module driving machine frame of the automatic mould shifting device of cold press is descended; Push away the mould arm to catch on the outer automatic mould shifting device of drawing-die tool to cold press of mould-push away mould cylinder-the automatic mould shifting device of cold press moves to initial bit-push away mould cylinder and mould is pushed into workbench-lift cylinder descend the-the 3rd cold press that reset of the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away the mould cylinder to return-lift cylinder arrived cool time; The automatic mould shifting device of decline die sinking-cold press makes the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away mould cylinder will push away the mould arm from 3 cold press place-lift cylinders of initial displacement to the and stretches into the 3rd cold press center-lift cylinder the module driving machine frame of the automatic mould shifting device of cold press is descended; Push away on the module driving machine frame that the mould arm catches on the outer automatic mould shifting device of drawing-die tool to cold press of mould-push away mould cylinder-the automatic mould shifting device of cold press moves to initial bit-push away mould cylinder and mould is pushed into workbench-lift cylinder descend the-the 4th cold press that reset of the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away the mould cylinder to return-lift cylinder arrived cool time; The automatic mould shifting device of decline die sinking-cold press will push away the mould arm from 4 cold press place-lift cylinders of initial displacement to the with the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away mould cylinder and stretch into the 4th cold press center-lift cylinder the module driving machine frame of the automatic mould shifting device of cold press is descended; Push away the mould arm to catch on the outer automatic mould shifting device of drawing-die tool to cold press of mould-push away mould cylinder-the automatic mould shifting device of cold press moves to initial bit-push away mould cylinder and mould is pushed into workbench-lift cylinder the module driving machine frame jack-up of the automatic mould shifting device of cold press-push away the mould cylinder to return-lift cylinder is descended and resets, and once circulation finishes.
Claims (10)
1. the hot-forming and typing all-in-one of colding pressing comprises support (1-13), Hydraulic Station (5), electrical control gear (6), cooling device (7); It is characterized in that: said support (1-13) be equipped with in the longitudinal direction a plurality of mainly by hot press hydraulic cylinder (1-10), hot press mobile lifting platform (1-9), go up heated plate (1-2), down heated plate (1-8) and a plurality of in the middle of the heat pressing forming machines (1) that constitutes of heated plates (1-3) and a plurality of be positioned at said heat pressing forming machines one side, be complementary corresponding mainly by lifting hydraulic cylinder (3-9), mobile lifting platform (3-7), go up cooling dull and stereotyped (3-2), down cooling dull and stereotyped (3-3) and a plurality of in the middle of the forming machine of colding pressing (3) that constitutes of cooling dull and stereotyped (3-6), the automatic mould shifting device of hot press (2) that is positioned at said a plurality of heat pressing forming machines (1) one side, the automatic mould shifting device of cold press (4) that is positioned at said a plurality of forming machine (3) one sides of colding pressing also are installed on the said support (1-13).
2. a kind of hot-forming and typing all-in-one of colding pressing according to claim 1; It is characterized in that: said heat pressing forming machines (1) comprises entablature (1-1), sill (1-11); Be provided with four root posts (1-6) between described entablature (1-1), the sill (1-11); Described hot press mobile lifting platform (1-9), be positioned at said hot press mobile lifting platform (1-9) top said go up heated plate (1-2), down heated plate (1-8) and be positioned at saidly go up heated plate (1-2), heated plates (1-3) are sleeved on described four root posts (1-6) in the middle of a plurality of between the heated plate (1-8) down; The said heated plate (1-2) of going up is fixed on the said entablature (1-1); Said heated plate (1-8) down is fixed on the hot press mobile lifting platform (1-9); Said hot press hydraulic cylinder (1-10) is fixed on the said support (1-13); The bottom surface of said hot press mobile lifting platform (1-9) is connected with the piston rod of said hot press hydraulic cylinder (1-10), and said heated plate (1-2), following heated plate (1-8) and the middle heated plate (1-3) gone up is synchronized with the movement through synchronization link mechanism (1-7) connection.
3. a kind of hot-forming and typing all-in-one of colding pressing according to claim 2 is characterized in that: the said middle heated plate of going up between heated plate (1-2), the following heated plate (1-8) (1-3) is 5-10.
4. a kind of hot-forming and typing all-in-one of colding pressing according to claim 1; It is characterized in that: the automatic mould shifting device of described hot press (2) comprises the first multilayer trolley frame (2-12), two first holders (2-1); The side of the said first multilayer trolley frame (2-12) is fixed with one first module driving machine frame (2-5); Be fixed with one first on the said first module driving machine frame (2-5) and push away mould cylinder (2-6); Said first pushes away and is equipped with first on the piston rod of mould cylinder (2-6) and pushes away mould arm (2-13); Be provided with two first guide posts (2-3) between described two first holders (2-1) and be positioned at first tooth bar (2-4) between said two first guide posts (2-3); The lower end of the said first multilayer trolley frame (2-12) is sleeved on described two first guide posts (2-3); On the said first multilayer trolley frame (2-12) first hydraulic motor (2-9) is installed, is fixed with a driving gear (2-11) on the output shaft of said first hydraulic motor (2-9), said driving gear (2-11) is meshed with described first tooth bar (2-4).
5. a kind of hot-forming and typing all-in-one of colding pressing according to claim 4; It is characterized in that: be fixed with first lower guideway (2-7) on said two first holders (2-1), said first multilayer trolley frame (2-12) lower end is provided with first lower tumbler (2-8) that matches with said first lower guideway.
6. a kind of hot-forming and typing all-in-one of colding pressing according to claim 1; It is characterized in that: the said forming machine of colding pressing (3) comprises entablature (3-1), sill (3-10); Be provided with four root posts (3-8) between said entablature (3-1), the sill (3-10); The said cooling flat board (3-2) of going up is fixed on the said entablature (3-1); Said cooling down dull and stereotyped (3-3) is fixed on the said mobile lifting platform (3-7); Described mobile lifting platform (3-7), be positioned at said go up cooling dull and stereotyped (3-2) and a plurality of between the cooling dull and stereotyped (3-3) down in the middle of cooling flat board (3-6) be sleeved on described four root posts (3-8); Said lifting hydraulic cylinder (3-9) is installed on the said support (1-13), and the piston rod of said lifting hydraulic cylinder (3-9) is connected with the bottom surface of said mobile lifting platform (3-7).
7. a kind of hot-forming and typing all-in-one of colding pressing according to claim 6 is characterized in that: the said middle cooling dull and stereotyped (3-6) of upward cooling off dull and stereotyped (3-2) and cooling off down between the flat board (3-3) is that 5-10 is individual.
8. a kind of hot-forming and typing all-in-one of colding pressing according to claim 1; It is characterized in that: the automatic mould shifting device of described cold press (4) comprises the second multilayer trolley frame (4-12), two second holders (4-1); The side of the said second multilayer trolley frame (4-12) is fixed with one second module driving machine frame (4-5) and drives the lift cylinder (4-13) that the said second module driving machine frame (4-5) goes up and down; Be fixed with one second on the said second module driving machine frame (4-5) and push away mould cylinder (4-6); Said second pushes away and is equipped with second on the piston rod of mould cylinder (4-6) and pushes away mould arm (4-13); Be provided with two second guide posts (4-3) between described two second holders (4-1) and be positioned at second tooth bar (4-4) between said two second guide posts (4-3); The lower end of the said second multilayer trolley frame (4-12) is sleeved on described two second guide posts (4-3); On the said second multilayer trolley frame (4-12) second hydraulic motor (4-9) is installed, is fixed with a travelling gear (4-11) on said second hydraulic motor (4-9), said travelling gear (4-11) is meshed with described second tooth bar (4-4).
9. a kind of hot-forming and typing all-in-one of colding pressing according to claim 8; It is characterized in that: be fixed with second lower guideway (4-7) on said two second holders (4-1), said second multilayer trolley frame (4-12) lower end is provided with second lower tumbler (4-8) that matches with said second lower guideway.
10. a kind of hot-forming and typing all-in-one of colding pressing according to claim 1, it is characterized in that: described support (1-13) is gone up the heat pressing forming machines of installing (1) and is equated with the quantity of the forming machine of colding pressing (3), is the 3-8 platform.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200730176U CN202491356U (en) | 2012-03-01 | 2012-03-01 | All-in-one machine combining hot press molding and cold press molding |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012200730176U CN202491356U (en) | 2012-03-01 | 2012-03-01 | All-in-one machine combining hot press molding and cold press molding |
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| Publication Number | Publication Date |
|---|---|
| CN202491356U true CN202491356U (en) | 2012-10-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012200730176U Expired - Fee Related CN202491356U (en) | 2012-03-01 | 2012-03-01 | All-in-one machine combining hot press molding and cold press molding |
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| CN (1) | CN202491356U (en) |
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| CN108501294A (en) * | 2018-04-14 | 2018-09-07 | 晋江市火炬油压机械有限公司 | A kind of Novel EVA secondary frothing forming machine |
| CN108582623A (en) * | 2018-05-08 | 2018-09-28 | 湖南众钧科技有限公司 | A kind of rubber-moulding production line and its production method |
| CN109819595A (en) * | 2019-03-19 | 2019-05-28 | 厦门弘信电子科技股份有限公司 | A kind of product bending instrument |
| CN109927226A (en) * | 2017-12-18 | 2019-06-25 | 上海圣奎塑业有限公司 | Forming machine |
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| CN116714280A (en) * | 2023-07-19 | 2023-09-08 | 广东新秀新材料股份有限公司 | Manufacturing method of ultra-thin three-dimensional artificial marble shell |
| CN118124141A (en) * | 2024-05-06 | 2024-06-04 | 苏州昌利橡塑科技有限公司 | Optical light guide film hot pressing equipment |
| CN118544614A (en) * | 2024-08-01 | 2024-08-27 | 成都正西机器人有限公司 | A composite material PCM molding control system and automated production line and process flow |
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- 2012-03-01 CN CN2012200730176U patent/CN202491356U/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109927226A (en) * | 2017-12-18 | 2019-06-25 | 上海圣奎塑业有限公司 | Forming machine |
| CN108501294A (en) * | 2018-04-14 | 2018-09-07 | 晋江市火炬油压机械有限公司 | A kind of Novel EVA secondary frothing forming machine |
| CN108501294B (en) * | 2018-04-14 | 2023-10-31 | 晋江市火炬油压机械有限公司 | EVA secondary foaming make-up machine |
| CN108582623A (en) * | 2018-05-08 | 2018-09-28 | 湖南众钧科技有限公司 | A kind of rubber-moulding production line and its production method |
| CN108582623B (en) * | 2018-05-08 | 2024-04-23 | 湖南众钧科技有限公司 | Rubber molding production line and production method thereof |
| CN109819595A (en) * | 2019-03-19 | 2019-05-28 | 厦门弘信电子科技股份有限公司 | A kind of product bending instrument |
| CN115867425A (en) * | 2020-07-10 | 2023-03-28 | 阿里斯复合材料有限公司 | Rapid Thermal Cycle Molding |
| CN116714280A (en) * | 2023-07-19 | 2023-09-08 | 广东新秀新材料股份有限公司 | Manufacturing method of ultra-thin three-dimensional artificial marble shell |
| CN118124141A (en) * | 2024-05-06 | 2024-06-04 | 苏州昌利橡塑科技有限公司 | Optical light guide film hot pressing equipment |
| CN118544614A (en) * | 2024-08-01 | 2024-08-27 | 成都正西机器人有限公司 | A composite material PCM molding control system and automated production line and process flow |
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Granted publication date: 20121017 Termination date: 20200301 |