CN105904569A - Heavy bamboo square stock production line bringing convenience to feeding and discharging of mold and collection of pins - Google Patents
Heavy bamboo square stock production line bringing convenience to feeding and discharging of mold and collection of pins Download PDFInfo
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- CN105904569A CN105904569A CN201610445218.7A CN201610445218A CN105904569A CN 105904569 A CN105904569 A CN 105904569A CN 201610445218 A CN201610445218 A CN 201610445218A CN 105904569 A CN105904569 A CN 105904569A
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- Prior art keywords
- demoulding
- molding
- pin
- mould
- oil cylinder
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N3/00—Manufacture of substantially flat articles, e.g. boards, from particles or fibres
- B27N3/08—Moulding or pressing
- B27N3/10—Moulding of mats
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N3/00—Manufacture of substantially flat articles, e.g. boards, from particles or fibres
- B27N3/08—Moulding or pressing
- B27N3/16—Transporting the material from mat moulding stations to presses; Apparatus specially adapted for transporting the material or component parts therefor, e.g. cauls
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27N—MANUFACTURE BY DRY PROCESSES OF ARTICLES, WITH OR WITHOUT ORGANIC BINDING AGENTS, MADE FROM PARTICLES OR FIBRES CONSISTING OF WOOD OR OTHER LIGNOCELLULOSIC OR LIKE ORGANIC MATERIAL
- B27N3/00—Manufacture of substantially flat articles, e.g. boards, from particles or fibres
- B27N3/08—Moulding or pressing
- B27N3/18—Auxiliary operations, e.g. preheating, humidifying, cutting-off
- B27N3/186—Separating the cauls from the boards
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- Life Sciences & Earth Sciences (AREA)
- Engineering & Computer Science (AREA)
- Manufacturing & Machinery (AREA)
- Wood Science & Technology (AREA)
- Forests & Forestry (AREA)
- Chemical And Physical Treatments For Wood And The Like (AREA)
Abstract
The invention discloses a heavy bamboo square stock production line bringing convenience to feeding and discharging of a mold and collection of pins. The heavy bamboo square stock production line comprises a forming device, a curing drying house and a demolding device. The forming device comprises a forming supporting frame, a forming mold installation groove and the mold. The demolding device comprises a demolding supporting frame, a demolding mold installation groove and the mold. A forming pressing cover strip is arranged above the forming supporting frame. The forming pressing cover strip is connected with a plurality of forming pressing cover oil cylinders. Forming positioning air cylinders and forming pin pushing oil cylinders are arranged on one side of the forming supporting frame. A pin storage box is arranged between the forming pin pushing oil cylinders and the forming supporting frame. A first conveying mechanism is arranged at the bottom of the forming mold installation groove. A demolding pressing cover strip is arranged above the demolding supporting frame and connected with a plurality of demolding pressing cover oil cylinders. Demolding positioning air cylinders and demolding pin pushing oil cylinders are arranged on one side of the demolding supporting frame. A second conveying mechanism is arranged at the bottom of the demolding mold installation groove. A pin collecting groove is arranged in the discharging side of the demolding supporting frame. The heavy bamboo square stock production line bringing convenience to feeding and discharging of the mold and collection of the pins can lower labor intensity for workers, is high in forming and demolding efficiency, and is simple in structure.
Description
Technical field
The present invention relates to a kind of bamboo product process equipment, particularly relate to a kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect.
Background technology
At present; heavy bamboo square stock is typically all dry bamboo sheet by carrying out cold moudling in sending into forming machine after impregnation, drying; the final curing demoulding; heavy bamboo square stock takes out after making molding in mould; need manually to be taken out in ingot stripper by mould; pin and demoulding feeding are manually gone in general employing, not only waste time and energy, and also can affect workman's personal safety because of operational issue in knockout course；And the automatic forming ingot stripper used at present, although molding and being convenient in demoulding, but structure is complicated, and cost of manufacture is higher；
And, existing heavy bamboo square stock ingot stripper is general after being taken out in mould by pin the most in disorder is scattered in ground or on frame, needs workman to take time one one again and picks up, not only wastes time and energy, and be easily lost.
Summary of the invention
The present invention is to solve defect and deficiency present in above-mentioned prior art, provide one and can not only reduce labor strength, operate safe and reliable, improve molding and demoulding efficiency, improve production efficiency, and simple in construction, cost of manufacture is low, thus reduces the heavy bamboo square stock production line facilitating mould turnover and pin to collect of production cost.
Technical scheme: a kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect, including shaped device, solidification drying room and stripper apparatus, described shaped device includes shaped support, be arranged in shaped support mould mounting groove and the mould being arranged in mould mounting groove, described stripper apparatus includes demoulding support, be arranged in demoulding support demoulding mould mounting groove and the mould being arranged in demoulding mould mounting groove
Described shaped support is arranged over the molding gland bar of mating mold top cover, connect on described molding gland bar and have the molding gland oil cylinder of some synchronization actions, molding positioning cylinder that described shaped support side is provided with some synchronization actions of jig and the molding ejector pin oil cylinder of some synchronization actions pin headed in mould, storage pin box it is provided with between described molding ejector pin oil cylinder and shaped support, it is arranged at intervals with some pins and coordinates the molding pin holding tank of pin in described storage pin box, distance between each two adjacent molding pin holding tank coordinates the distance between each two adjacent molding ejector pin oil cylinder, each molding gland oil cylinder piston boom end is equipped with the molding contiguous block connecting molding gland bar；The first conveying mechanism of driven mold turnover mould mounting groove it is provided with bottom described mould mounting groove, described first conveying mechanism includes the first drive roll, the first driven voller and the first conveyer belt, described first drive roll side is provided with the first driving motor driving the first drive roll to rotate, and the feed end of described shaped support is provided with charging secondary station；
Described demoulding support is arranged over the demoulding gland bar of mating mold top cover, connect on described demoulding gland bar and have the demoulding gland oil cylinder of some synchronization actions, described demoulding support side is provided with the demoulding ejector pin oil cylinder of some synchronization actions of pin in the demoulding positioning cylinder of some synchronization actions of jig and ejection die, and each demoulding gland oil cylinder piston boom end is equipped with the demoulding contiguous block connecting demoulding gland bar；The second conveyor structure of driven mold turnover demoulding mould mounting groove it is provided with bottom described demoulding mould mounting groove, described second conveyor structure includes the second drive roll, the second driven voller and the second conveyer belt, described second drive roll side is provided with the second driving motor driving the second drive roll to rotate, and described demoulding support discharge end is provided with discharging dashpot；Described discharging dashpot is arranged over pin collection bucket, and the length of described pin collection bucket matches with the length of demoulding support, and the height of pin collection bucket matches with the height of pin in mould；
It is provided with the 3rd conveying mechanism between described shaped device and solidification drying room, between described solidification drying room and stripper apparatus, is provided with the 4th conveying mechanism；
Described 3rd conveying mechanism includes that the 3rd drive roll, the 3rd driven voller and the 3rd conveyer belt, described 3rd drive roll side are provided with the 3rd driving motor driving the 3rd drive roll to rotate；Described 4th conveying mechanism includes that the 4th drive roll, the 4th driven voller and the 4th conveyer belt, described 4th drive roll side are provided with the 4 wheel driven galvanic electricity machine driving the 4th drive roll to rotate.
The shaped device of the present invention uses molding gland oil cylinder to coordinate molding gland bar top compression mould top cover, molding ejector pin oil cylinder is facilitated all to head in the pin hole of mould by the pin in storage pin box, when molding gland oil cylinder resets, pin will compaction mold top cover, thus ensure that stable molding is efficient；Stripper apparatus uses demoulding gland oil cylinder to coordinate demoulding gland bar top compression mould top cover, the pin of compaction mold top cover on mould is all ejected by conveniently stripped ejector pin oil cylinder, thus be easy to open mould top cover in mould, take out heavy bamboo square stock, the setting of four conveying mechanisms, facilitate mould turnover shaped device and stripper apparatus and facilitate mould to carry, labor strength can not only be reduced, improve demoulding efficiency, improve production efficiency, and simple in construction, cost of manufacture is low, thus reduces production cost.
The present invention is equipped with, on molding gland bar and demoulding gland bar, the breach coordinating pin；Molding gland bar and demoulding gland bar are designed to whole and can improve its intensity, and being provided for of breach wears pin.
The setting of molding positioning cylinder so that its gland and ejector pin process are more steadily reliable.The setting of demoulding positioning cylinder so that its gland and ejector pin process are more steadily reliable.
Preferably, connect on described molding ejector pin oil cylinder and have a molding push rod, described shaped support side is provided with the molding ejector pin cylinder support of fixed-type ejector pin oil cylinder, described storage pin box is connected with shaped support by molding the first pilot pin seat, described molding push rod is connected with storage pin box by molding the second pilot pin seat, and described molding positioning cylinder is arranged on molding the first pilot pin seat.
This kind of structure makes the installation of molding positioning cylinder firm, improves positioning precision and stability；Make the solid and reliable of storage pin box so that molding ejector pin oil cylinder ejector pin is more precisely steadily with reliable simultaneously.
Preferably, described shaped support top is provided with the opening coordinating molding gland bar, shaped support one upper lateral part is provided with molding the first groove coordinating molding push rod, shaped support opposite side top is provided with molding the second groove coordinating pin, described molding positioning cylinder is provided with a molding positioning head, being additionally provided with molding the 3rd groove coordinating molding positioning head in described shaped support, described molding the 3rd groove is positioned at the lower section of molding the first groove.
This kind of structure facilitates molding ejector pin oil cylinder to be ejected by the pin in mould, also makes molding positioning cylinder by more solid and reliable for mould location.
Preferably, the quantity of described molding gland oil cylinder is three, and two of which molding gland oil cylinder is connected to the two ends of molding gland bar, and another one molding gland oil cylinder is connected to the middle part of molding gland bar；The quantity of described molding positioning cylinder is three, the position of two of which molding positioning cylinder is corresponding with the two ends of mould, the position of another one molding positioning cylinder is corresponding with the middle part of mould, the quantity of pin in the quantity cooperation storage pin box of described molding ejector pin oil cylinder.
This kind of structure and the selection of quantity so that it is more reliable and more stable to the compression of mould top cover, facilitate molding ejector pin oil cylinder to be ejected by pin；Make it more preferable, further such that pin can more steadily be ejected in mould by efficiently to the locating effect of mould simultaneously.
Preferably, it is provided with first trapezoidal spike of molding bottom described molding ejector pin cylinder support, described molding the first pilot pin seat bottom portion is provided with second trapezoidal spike of molding, described molding the second pilot pin seat bottom portion is provided with the three trapezoidal spikes of molding, first trapezoidal spike of described molding and the three trapezoidal equal dual-sides of spike of molding are symmetrical arranged, a wherein side of described second trapezoidal spike of molding is outward-dipping, another side of second trapezoidal spike of molding and a wherein overlapping sideways of mould rack.
The installation that this kind of structure makes molding ejector pin oil cylinder and molding positioning cylinder is more solid and reliable.
Preferably, connect on described demoulding ejector pin oil cylinder and have a demoulding push rod, described demoulding support side is provided with the demoulding ejector pin cylinder support of fixing demoulding ejector pin oil cylinder, described demoulding push rod is connected with demoulding support by a demoulding pilot pin seat, described demoulding positioning cylinder is arranged on demoulding pilot pin seat, being provided with buffering slope in described pin collection bucket, described buffering slope is provided with some pin holding tanks, described pin holding tank and the pin one_to_one corresponding in mould.
This kind of structure makes the installation of demoulding positioning cylinder firm, improves positioning precision and stability；Make demoulding ejector pin oil cylinder ejector pin more precisely steadily with reliable simultaneously;This kind of structure also makes pin can smoothly enter in pin collection bucket after by the ejecting of ejector pin oil cylinder, and the marshalling (having a pin in each pin holding tank) of pin one one can also be made, not only save workman and collect the trouble of pin, but also it is possible to prevent pin to drop damage or lose, extend pin service life.
Preferably, described demoulding cradle top is provided with the opening coordinating demoulding gland bar, demoulding support one upper lateral part is provided with the demoulding the first groove coordinating demoulding push rod, demoulding support opposite side top is provided with the demoulding the second groove coordinating pin, described demoulding positioning cylinder is provided with a demoulding positioning head, being additionally provided with the demoulding the 3rd groove coordinating demoulding positioning head on described demoulding support, the described demoulding the 3rd groove is positioned at the lower section of the demoulding the first groove.
Pin in mould is ejected by this kind of structure conveniently stripped ejector pin oil cylinder, also makes demoulding positioning cylinder by more solid and reliable for mould location.
Preferably, the quantity of described demoulding gland oil cylinder is three, and two of which demoulding gland oil cylinder is connected to the two ends of demoulding gland bar, and another one demoulding gland oil cylinder is connected to the middle part of demoulding gland bar；The quantity of described demoulding positioning cylinder is three, the position of two of which demoulding positioning cylinder is corresponding with the two ends of mould, the position of another one demoulding positioning cylinder is corresponding with the middle part of mould, the quantity of pin in the quantity mating mold of described demoulding ejector pin oil cylinder.
This kind of structure and the selection of quantity so that it is more reliable and more stable to the compression of mould top cover, pin is ejected by conveniently stripped ejector pin oil cylinder；Make it more preferable, further such that pin can more steadily be ejected in mould by efficiently to the locating effect of mould simultaneously.
Preferably, it is provided with first trapezoidal spike of the demoulding bottom described demoulding ejector pin cylinder support, described demoulding pilot pin seat bottom portion is provided with second trapezoidal spike of the demoulding, first trapezoidal spike dual-side of the described demoulding is symmetrical arranged, a wherein side of described second trapezoidal spike of the demoulding is outward-dipping, another side of second trapezoidal spike of the demoulding and a wherein overlapping sideways of mould rack.
The installation that this kind of structure makes demoulding ejector pin oil cylinder and demoulding positioning cylinder is more solid and reliable.
Preferably, described first drive roll and the first driven voller are all arranged in shaped support by clutch shaft bearing seat, described first drives motor to be positioned at outside shaped support, described first drive roll drives motor to connect by the first shaft coupling and first, and described first drives motor to be arranged on shaped support side by the first motor rack；Described second drive roll and the second driven voller are all arranged in demoulding support by the second bearing block, described second drives motor to be positioned at outside demoulding support, described second drive roll drives motor to connect by the second shaft coupling and second, and described second drives motor to be arranged on demoulding support side by the second motor rack.
This kind of structure makes the first conveying mechanism, second conveyor structure, the first driving motor and second drive being more firmly mounted of motor reliable, makes the first driving motor that the transmission and second of the first drive roll drives motor more steady reliably to the transmission of the second drive roll simultaneously.
The shaped device of the present invention uses molding gland oil cylinder to coordinate molding gland bar top compression mould top cover, molding ejector pin oil cylinder is facilitated all to head in the pin hole of mould by the pin in storage pin box, when molding gland oil cylinder resets, pin will compaction mold top cover, thus ensure that stable molding is efficient；Stripper apparatus uses demoulding gland oil cylinder to coordinate demoulding gland bar top compression mould top cover, the pin of compaction mold top cover on mould is all ejected by conveniently stripped ejector pin oil cylinder, thus be easy to open mould top cover in mould, take out heavy bamboo square stock, the setting of four conveying mechanisms, facilitate mould turnover shaped device and stripper apparatus and facilitate mould to carry, labor strength can not only be reduced, improve demoulding efficiency, improve production efficiency, and simple in construction, cost of manufacture is low, thus reduces production cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the structural representation of shaped device in the present invention；
Fig. 3 is the structural representation of stripper apparatus in the present invention；
Fig. 4 is the structural representation after pin plugged by mould in the present invention；
Fig. 5 is the structural representation of storage pin box in the present invention；
Fig. 6 is molding gland bar and the structural representation of demoulding gland bar in the present invention；
null1. shaped support in figure，2. mould mounting groove，3. mould，4. heavy bamboo square stock，5. pin，6. mould top cover，7. molding gland bar，8. molding gland oil cylinder，9. molding positioning cylinder，10. molding positioning head，11. molding the first grooves，12. molding the first pilot pin seats，13. molding ejector pin oil cylinders，14. molding push rods，15. molding the second grooves，16. molding ejector pin cylinder supports，17. molding the 3rd grooves，18. molding contiguous blocks，19. molding first trapezoidal spikes，20. molding second trapezoidal spikes，21. storage pin boxes，22. molding the second pilot pin seat，23. molding the three trapezoidal spikes，24. molding pin holding tanks，25. demoulding supports，26. demoulding mould mounting grooves，27. demoulding gland bars，28. demoulding gland oil cylinders，29. demoulding positioning cylinders，210. demoulding positioning heads，211. demoulding the first grooves，212. demoulding pilot pin seats，213. demoulding ejector pin oil cylinders，214. demoulding push rods，215. demoulding the second grooves，216. demoulding ejector pin cylinder supports，217. demoulding the 3rd grooves，218. demoulding contiguous blocks，219. demoulding first trapezoidal spikes，220. demoulding second trapezoidal spikes，221. solidification drying rooms，222. charging secondary stations，223. discharging dashpots，224. pin collection buckets，225. buffering slopes，226. pin holding tanks，31. first conveyer belts，32. first drive rolls，33. clutch shaft bearing seats，34. first drive motor，35. first motor racks，36. first shaft couplings，37. first driven vollers，41. second conveyer belts，42. second drive rolls，43. second bearing blocks，44. second drive motor，45. second motor racks，46. second shaft couplings，47. second driven vollers，51. the 3rd conveyer belts，52. the 3rd drive rolls，53. the 3rd drive motor，54. the 3rd driven vollers，61. the 4th conveyer belts，62. the 4th drive rolls，63. 4 wheel driven galvanic electricity machines，64. the 4th driven vollers.
Detailed description of the invention
The present invention is further detailed explanation below in conjunction with the accompanying drawings, but is not limiting the scope of the invention.
As shown in figures 1 to 6, a kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect, including shaped device, solidification drying room 221 and stripper apparatus, described shaped device includes shaped support 1, the mould mounting groove 2 being arranged in shaped support 1 and the mould 3 being arranged in mould mounting groove 2, shaped support 1 is arranged over the molding gland bar 7 of mating mold top cover 6, connect on molding gland bar 7 and have the molding gland oil cylinder 8 of three synchronization actions, two of which molding gland oil cylinder 8 is connected to the two ends of molding gland bar 7, another one molding gland oil cylinder 8 is connected to the middle part of molding gland bar 7.Each molding gland oil cylinder piston boom end is equipped with the molding contiguous block 18 connecting molding gland bar 7.Shaped support 1 top is provided with the opening coordinating molding gland bar 7, molding positioning cylinder 9 that shaped support 1 side is provided with three synchronization actions of jig 3 and the molding ejector pin oil cylinder 13 of some synchronization actions headed into by pin 5 in mould 3.The position of two of which molding positioning cylinder 9 is corresponding with the two ends of mould 3, and the position of another one molding positioning cylinder 9 is corresponding with the middle part of mould 3.Storage pin box 21 it is provided with between molding ejector pin oil cylinder 13 and shaped support 1, being arranged at intervals with some pins 5 in storage pin box 21 and coordinate the molding pin holding tank 24 of pin 5, the distance between each two adjacent molding pin holding tank 24 coordinates the distance between each two adjacent molding ejector pin oil cylinder 13.The quantity of pin 5 in the quantity cooperation storage pin box 21 of molding ejector pin oil cylinder 13.
It is provided with driven mold 3 bottom mould mounting groove 2 and passes in and out the conveying mechanism of mould mounting groove 2, first conveying mechanism includes the first drive roll the 32, first driven voller 37 and the first conveyer belt 31, first drive roll 32 side is provided with the first driving motor 34 driving the first drive roll 32 to rotate, and the feed end of shaped support 1 is provided with charging secondary station 222.
Connect on molding ejector pin oil cylinder 13 and have a molding push rod 14, shaped support 1 side is provided with the molding ejector pin cylinder support 16 of fixed-type ejector pin oil cylinder 13, storage pin box 21 is connected with shaped support 1 by molding the first pilot pin seat 12, molding push rod 14 is connected with storage pin box 21 by molding the second pilot pin seat 22, and molding positioning cylinder 9 is arranged on molding the first pilot pin seat 12.
Shaped support 1 one upper lateral part is provided with molding the first groove 11 coordinating molding push rod 14, shaped support 1 opposite side top is provided with molding the second groove 15 coordinating pin 5, molding positioning cylinder 9 is provided with a molding positioning head 10, being additionally provided with molding the 3rd groove 17 coordinating molding positioning head 10 in shaped support 1, molding the 3rd groove 17 is positioned at the lower section of molding the first groove 11.
First trapezoidal spike of molding 19 it is provided with bottom molding ejector pin cylinder support 16.It is provided with second trapezoidal spike of molding 20 bottom molding the first pilot pin seat 12.It is provided with the three trapezoidal spikes 23 of molding bottom molding the second pilot pin seat 22.First trapezoidal spike of molding 19 and the 3rd trapezoidal equal dual-side of support seat 23 are symmetrical arranged.A wherein side of second trapezoidal spike of molding 20 is outward-dipping, another side of second trapezoidal spike of molding 20 and a wherein overlapping sideways of mould rack 1.
Stripper apparatus includes demoulding support 25, be arranged in demoulding support 25 demoulding mould mounting groove 26 and the mould 3 being arranged in demoulding mould mounting groove 26, demoulding support 25 is arranged over the demoulding gland bar 27 of mating mold top cover 6, connect on demoulding gland bar 27 and have the demoulding gland oil cylinder 28 of three synchronization actions, two of which demoulding gland oil cylinder 28 is connected to the two ends of demoulding gland bar 27, and another one demoulding gland oil cylinder 28 is connected to the middle part of demoulding gland bar 27.Each demoulding gland oil cylinder piston boom end is equipped with the demoulding contiguous block 218 connecting demoulding gland bar 27.
Demoulding support 25 top is provided with the opening coordinating demoulding gland bar 27, and demoulding support 25 side is provided with the demoulding ejector pin oil cylinder 213 of some synchronization actions of pin 5 in the demoulding positioning cylinder 29 of three synchronization actions of jig 3 and ejection die 3.The position of two of which demoulding positioning cylinder 29 is corresponding with the two ends of mould 3, and the position of another one demoulding positioning cylinder 29 is corresponding with the middle part of mould 3.The quantity of pin 5 in the quantity mating mold 3 of demoulding ejector pin oil cylinder.
It is provided with driven mold 3 bottom demoulding mould mounting groove 26 and passes in and out the second conveyor structure of demoulding mould mounting groove 26, second conveyor structure includes the second drive roll the 42, second driven voller 47 and the second conveyer belt 41, and the second drive roll 42 side is provided with the second driving motor 44 driving the second drive roll 42 to rotate.Demoulding support 25 other end is provided with discharging dashpot 223.Discharging dashpot 223 is arranged over pin collection bucket 224, and the length of pin collection bucket 224 matches with the length of demoulding support 25, and the height of pin collection bucket 224 matches with the height of pin 4 in mould 3.
Being provided with buffering slope 225 in pin collection bucket 224, buffering slope 225 is provided with some pin holding tanks 226, pin holding tank 226 and pin 5 one_to_one corresponding in mould 3.
Connect on demoulding ejector pin oil cylinder 213 and have a demoulding push rod 214, demoulding support 25 side is provided with the demoulding ejector pin cylinder support 216 of fixing demoulding ejector pin oil cylinder 213, demoulding push rod 214 is connected with demoulding support 25 by a demoulding pilot pin seat 212, and demoulding positioning cylinder 29 is arranged on demoulding pilot pin seat 212.
Demoulding support 25 1 upper lateral part is provided with the demoulding the first groove 211 coordinating demoulding push rod 214, demoulding support 25 opposite side top is provided with the demoulding the second groove 215 coordinating pin 5, demoulding positioning cylinder 29 is provided with a demoulding positioning head 210, being additionally provided with the demoulding the 3rd groove 217 coordinating demoulding positioning head 210 on demoulding support 25, the demoulding the 3rd groove 217 is positioned at the lower section of the demoulding the first groove 211.
First trapezoidal spike of the demoulding 219 it is provided with bottom demoulding ejector pin cylinder support 216.Second trapezoidal spike of the demoulding 220 it is provided with bottom demoulding pilot pin seat 212.The demoulding first trapezoidal spike 219 dual-side is symmetrical arranged.A wherein side of second trapezoidal spike of the demoulding 220 is outward-dipping, another side of second trapezoidal spike of the demoulding 220 and a wherein overlapping sideways of mould rack 25.
It is provided with the 3rd conveying mechanism between shaped device and solidification drying room 221, between solidification drying room 221 and stripper apparatus, is provided with the 4th conveying mechanism；
3rd conveying mechanism includes that the 3rd drive roll the 52, the 3rd driven voller 54 and the 3rd conveyer belt 51, the 3rd drive roll 52 side are provided with the 3rd driving motor 53 driving the 3rd drive roll 52 to rotate；4th conveying mechanism includes that the 4th drive roll the 62, the 4th driven voller 64 and the 4th conveyer belt 61, the 4th drive roll 62 side are provided with the 4 wheel driven galvanic electricity machine 63 driving the 4th drive roll 62 to rotate.
First drive roll 32 and the first driven voller 37 are all arranged in shaped support 1 by clutch shaft bearing seat 33, first drives motor 34 to be positioned at outside shaped support 1, first drive roll 32 drives motor 34 to be connected by the first shaft coupling 36 with first, and first drives motor 34 to be arranged on shaped support 1 side by the first motor rack 35；Second drive roll 42 and the second driven voller 47 are all arranged in demoulding support 25 by the second bearing block 43, second drives motor 44 to be positioned at outside demoulding support 25, second drive roll 42 drives motor 44 to be connected by the second shaft coupling 46 with second, and second drives motor 44 to be arranged on demoulding support 25 side by the second motor rack 45.
The work process of the present invention: first by the bamboo cane press-in die after impregnation and drying, it is placed on after covering mould top cover on charging secondary station (die nose rides on the first conveyer belt), then opens the first driving motor and drive the first conveyer belt to be brought into by mould in the mould mounting groove of shaped support；Then controlling three molding positioning cylinder synchronization actions, three molding positioning heads withstand mould and are positioned by mould；Then three molding gland oil cylinder synchronization actions, molding gland bar compaction mold top cover so that mould top cover produces downwards certain displacement so that the pin hole on mould is all located at above mould top cover are controlled；If then controlling dry forming ejector pin oil cylinder synchronization action, by molding push rod, the pin in storage pin box is entirely insertable in the pin hole of mould；Now molding gland oil cylinder resets, and mould top cover is compressed by pin；Then open after the first driving motor drives the first conveyer belt to be sent in the mould mounting groove of shaped support by mould to the 3rd conveying mechanism；Then by the 3rd conveying mechanism by baking and curing in the mould feeding solidification drying room of built-in heavy bamboo square stock,
Heavy bamboo square stock passes through in the demoulding mould mounting groove that the 4th conveying mechanism sends into demoulding support with mould after being cured；Then controlling three demoulding positioning cylinder synchronization actions, three demoulding positioning heads withstand mould and are positioned by mould；Then three demoulding gland oil cylinder synchronization actions, demoulding gland bar compaction mold top cover so that mould top cover produces downwards certain displacement are controlled so that the pin in mould relaxes；Then control some demoulding ejector pin oil cylinder synchronization actions, by demoulding push rod, the pin in mould is all ejected；The pin being ejected slides into pin collecting tank (pin in each pin holding tank) under the pin holding tank on buffering slope；Afterwards, demoulding positioning cylinder, demoulding gland oil cylinder and demoulding ejector pin oil cylinder all reset, and finally, open the second driving motor and drive the second conveyer belt to be taken out of in demoulding mould mounting groove by mould, now mould top cover can be opened, convenient by the heavy bamboo square stock taking-up in mould.
Solidification drying room in the present invention is conventional drying room, and the molding gland oil cylinder in the present invention is fixed with shaped support by conventional oil jar support, and demoulding gland oil cylinder is fixed with demoulding support by conventional oil jar support, therefore the most carefully states.
In the present invention, the mould in shaped device and stripper apparatus is identical mould, therefore does not distinguishes.
The shaped device of the present invention uses molding gland oil cylinder to coordinate molding gland bar top compression mould top cover, molding ejector pin oil cylinder is facilitated all to head in the pin hole of mould by the pin in storage pin box, when molding gland oil cylinder resets, pin will compaction mold top cover, thus ensure that stable molding is efficient；Stripper apparatus uses demoulding gland oil cylinder to coordinate demoulding gland bar top compression mould top cover, the pin of compaction mold top cover on mould is all ejected by conveniently stripped ejector pin oil cylinder, thus be easy to open mould top cover in mould, take out heavy bamboo square stock, the setting of four conveying mechanisms, facilitate mould turnover shaped device and stripper apparatus and facilitate mould to carry, labor strength can not only be reduced, improve demoulding efficiency, improve production efficiency, and simple in construction, cost of manufacture is low, thus reduces production cost.
Claims (10)
1. one kind facilitates the heavy bamboo square stock production line that mould turnover and pin are collected, including shaped device, solidification drying room and stripper apparatus, described shaped device includes shaped support, be arranged in shaped support mould mounting groove and the mould being arranged in mould mounting groove, described stripper apparatus includes demoulding support, be arranged in demoulding support demoulding mould mounting groove and the mould being arranged in demoulding mould mounting groove, it is characterised in that:
Described shaped support is arranged over the molding gland bar of mating mold top cover, connect on described molding gland bar and have the molding gland oil cylinder of some synchronization actions, molding positioning cylinder that described shaped support side is provided with some synchronization actions of jig and the molding ejector pin oil cylinder of some synchronization actions pin headed in mould, storage pin box it is provided with between described molding ejector pin oil cylinder and shaped support, it is arranged at intervals with some pins and coordinates the molding pin holding tank of pin in described storage pin box, distance between each two adjacent molding pin holding tank coordinates the distance between each two adjacent molding ejector pin oil cylinder, each molding gland oil cylinder piston boom end is equipped with the molding contiguous block connecting molding gland bar；The first conveying mechanism of driven mold turnover mould mounting groove it is provided with bottom described mould mounting groove, described first conveying mechanism includes the first drive roll, the first driven voller and the first conveyer belt, described first drive roll side is provided with the first driving motor driving the first drive roll to rotate, and the feed end of described shaped support is provided with charging secondary station；
Described demoulding support is arranged over the demoulding gland bar of mating mold top cover, connect on described demoulding gland bar and have the demoulding gland oil cylinder of some synchronization actions, described demoulding support side is provided with the demoulding ejector pin oil cylinder of some synchronization actions of pin in the demoulding positioning cylinder of some synchronization actions of jig and ejection die, and each demoulding gland oil cylinder piston boom end is equipped with the demoulding contiguous block connecting demoulding gland bar；The second conveyor structure of driven mold turnover demoulding mould mounting groove it is provided with bottom described demoulding mould mounting groove, described second conveyor structure includes the second drive roll, the second driven voller and the second conveyer belt, described second drive roll side is provided with the second driving motor driving the second drive roll to rotate, and described demoulding support discharge end is provided with discharging dashpot；Described discharging dashpot is arranged over pin collection bucket, and the length of described pin collection bucket matches with the length of demoulding support, and the height of pin collection bucket matches with the height of pin in mould；
It is provided with the 3rd conveying mechanism between described shaped device and solidification drying room, between described solidification drying room and stripper apparatus, is provided with the 4th conveying mechanism；
Described 3rd conveying mechanism includes that the 3rd drive roll, the 3rd driven voller and the 3rd conveyer belt, described 3rd drive roll side are provided with the 3rd driving motor driving the 3rd drive roll to rotate；Described 4th conveying mechanism includes that the 4th drive roll, the 4th driven voller and the 4th conveyer belt, described 4th drive roll side are provided with the 4 wheel driven galvanic electricity machine driving the 4th drive roll to rotate.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 1, it is characterized in that: connecting on described molding ejector pin oil cylinder has a molding push rod, described shaped support side is provided with the molding ejector pin cylinder support of fixed-type ejector pin oil cylinder, described storage pin box is connected with shaped support by molding the first pilot pin seat, described molding push rod is connected with storage pin box by molding the second pilot pin seat, and described molding positioning cylinder is arranged on molding the first pilot pin seat.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 2, it is characterized in that: described shaped support top is provided with the opening coordinating molding gland bar, shaped support one upper lateral part is provided with molding the first groove coordinating molding push rod, shaped support opposite side top is provided with molding the second groove coordinating pin, described molding positioning cylinder is provided with a molding positioning head, being additionally provided with molding the 3rd groove coordinating molding positioning head in described shaped support, described molding the 3rd groove is positioned at the lower section of molding the first groove.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 1, it is characterized in that: the quantity of described molding gland oil cylinder is three, two of which molding gland oil cylinder is connected to the two ends of molding gland bar, and another one molding gland oil cylinder is connected to the middle part of molding gland bar；The quantity of described molding positioning cylinder is three, the position of two of which molding positioning cylinder is corresponding with the two ends of mould, the position of another one molding positioning cylinder is corresponding with the middle part of mould, the quantity of pin in the quantity cooperation storage pin box of described molding ejector pin oil cylinder.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 2, it is characterized in that: bottom described molding ejector pin cylinder support, be provided with first trapezoidal spike of molding, described molding the first pilot pin seat bottom portion is provided with second trapezoidal spike of molding, described molding the second pilot pin seat bottom portion is provided with the three trapezoidal spikes of molding, first trapezoidal spike of described molding and the three trapezoidal equal dual-sides of spike of molding are symmetrical arranged, a wherein side of described second trapezoidal spike of molding is outward-dipping, another side of second trapezoidal spike of molding and a wherein overlapping sideways of mould rack.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 1, it is characterized in that: connecting on described demoulding ejector pin oil cylinder has a demoulding push rod, described demoulding support side is provided with the demoulding ejector pin cylinder support of fixing demoulding ejector pin oil cylinder, described demoulding push rod is connected with demoulding support by a demoulding pilot pin seat, described demoulding positioning cylinder is arranged on demoulding pilot pin seat, buffering slope it is provided with in described pin collection bucket, described buffering slope is provided with some pin holding tanks, described pin holding tank and the pin one_to_one corresponding in mould.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 6, it is characterized in that: described demoulding cradle top is provided with the opening coordinating demoulding gland bar, demoulding support one upper lateral part is provided with the demoulding the first groove coordinating demoulding push rod, demoulding support opposite side top is provided with the demoulding the second groove coordinating pin, described demoulding positioning cylinder is provided with a demoulding positioning head, being additionally provided with the demoulding the 3rd groove coordinating demoulding positioning head on described demoulding support, the described demoulding the 3rd groove is positioned at the lower section of the demoulding the first groove.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 1, it is characterized in that: the quantity of described demoulding gland oil cylinder is three, two of which demoulding gland oil cylinder is connected to the two ends of demoulding gland bar, and another one demoulding gland oil cylinder is connected to the middle part of demoulding gland bar；The quantity of described demoulding positioning cylinder is three, the position of two of which demoulding positioning cylinder is corresponding with the two ends of mould, the position of another one demoulding positioning cylinder is corresponding with the middle part of mould, the quantity of pin in the quantity mating mold of described demoulding ejector pin oil cylinder.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 6, it is characterized in that: bottom described demoulding ejector pin cylinder support, be provided with first trapezoidal spike of the demoulding, described demoulding pilot pin seat bottom portion is provided with second trapezoidal spike of the demoulding, first trapezoidal spike dual-side of the described demoulding is symmetrical arranged, a wherein side of described second trapezoidal spike of the demoulding is outward-dipping, another side of second trapezoidal spike of the demoulding and a wherein overlapping sideways of mould rack.
A kind of heavy bamboo square stock production line facilitating mould turnover and pin to collect the most according to claim 1, it is characterized in that: described first drive roll and the first driven voller are all arranged in shaped support by clutch shaft bearing seat, described first drives motor to be positioned at outside shaped support, described first drive roll drives motor to connect by the first shaft coupling and first, and described first drives motor to be arranged on shaped support side by the first motor rack；Described second drive roll and the second driven voller are all arranged in demoulding support by the second bearing block, described second drives motor to be positioned at outside demoulding support, described second drive roll drives motor to connect by the second shaft coupling and second, and described second drives motor to be arranged on demoulding support side by the second motor rack.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610445218.7A CN105904569A (en) | 2016-06-17 | 2016-06-17 | Heavy bamboo square stock production line bringing convenience to feeding and discharging of mold and collection of pins |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610445218.7A CN105904569A (en) | 2016-06-17 | 2016-06-17 | Heavy bamboo square stock production line bringing convenience to feeding and discharging of mold and collection of pins |
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| CN105904569A true CN105904569A (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610445218.7A Pending CN105904569A (en) | 2016-06-17 | 2016-06-17 | Heavy bamboo square stock production line bringing convenience to feeding and discharging of mold and collection of pins |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112432443A (en) * | 2020-11-20 | 2021-03-02 | 华春新能源股份有限公司 | Inflatable solar drying device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112432443A (en) * | 2020-11-20 | 2021-03-02 | 华春新能源股份有限公司 | Inflatable solar drying device |
| CN112432443B (en) * | 2020-11-20 | 2022-02-15 | 华春新能源股份有限公司 | Inflatable solar drying device |
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