CN108166333A - Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting-point - Google Patents

Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting-point Download PDF

Info

Publication number
CN108166333A
CN108166333A CN201810115098.3A CN201810115098A CN108166333A CN 108166333 A CN108166333 A CN 108166333A CN 201810115098 A CN201810115098 A CN 201810115098A CN 108166333 A CN108166333 A CN 108166333A
Authority
CN
China
Prior art keywords
hot pressing
mounting plate
lower die
under
mold mounting
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
CN201810115098.3A
Other languages
Chinese (zh)
Other versions
CN108166333B (en
Inventor
郑天波
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Zhejiang Eurasia Light Industry Equipment Manufacturing Co ltd
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to CN201810115098.3A priority Critical patent/CN108166333B/en
Publication of CN108166333A publication Critical patent/CN108166333A/en
Application granted granted Critical
Publication of CN108166333B publication Critical patent/CN108166333B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

Links

Classifications

    • D—TEXTILES; PAPER
    • D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
    • D21J—FIBREBOARD; MANUFACTURE OF ARTICLES FROM CELLULOSIC FIBROUS SUSPENSIONS OR FROM PAPIER-MACHE
    • D21J5/00—Manufacture of hollow articles by transferring sheets, produced from fibres suspensions or papier-mâché by suction on wire-net moulds, to couch-moulds
    • D—TEXTILES; PAPER
    • D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
    • D21J—FIBREBOARD; MANUFACTURE OF ARTICLES FROM CELLULOSIC FIBROUS SUSPENSIONS OR FROM PAPIER-MACHE
    • D21J1/00—Fibreboard

Landscapes

  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Casting Or Compression Moulding Of Plastics Or The Like (AREA)

Abstract

The present invention relates to a kind of method and apparatus that the plant fiber products including paper pulp are made of molded mode.Purpose is to provide the full-automatic manufacturing method and device of the on-deformable plant fibre moulding article of mold mounting plate stress under a kind of hot pressing.Technical solution is：Lower template has double hot pressing moulding of plant fibres forming methods of supporting-point, and cycle carries out according to the following steps：1) slurries are made the wet base of product and are sent into the left hot pressing lower die 3c or right hot pressing lower dies 4c of wet base transfer station 7.1 by filtering molding device；2) wet base transfer station 7.1 is received into the left hot pressing lower die of wet base, and left hot pressing station 3.1 is moved horizontally to along hot pressing lower die horizontal rail 8 with wet base；Left hot pressing upper mold 3a is moved down to be molded with left hot pressing lower die, is shaped to wet base hot-pressing drying；3) left hot pressing upper mold 3a is moved up disengages with left hot pressing lower die, takes out dried product；Right hot pressing upper mold 4a is moved up to be disengaged with right hot pressing lower die, takes out dried product.

Description

Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting-point
Technical field
Plant fiber (the abbreviation plant fiber including paper pulp is made of molded mode the present invention relates to a kind of；With Similarly hereinafter) the method and apparatus of product；Suitable for manufacture disposable plane or on-plane surface plant fibre moulding article, it is particularly suitable for The disposable nonplanar paper products of manufacture；As plant fiber tableware, plant fiber tray, plant fiber industrial goods crash roll and Packaging support or packing box, the disposable nonplanar three-dimensional wallboard of plant fiber decoration decoration (or plant fiber solid wall paper or Paper mould solid wall paper), exquisite low-angle plant fiber industrial packaging support and packing box product, starch mixes with plant fiber Object is that raw material uses the plane that molded mode makes and stereo product or starch to be used with plant fiber mixture for raw material The plane and stereo product of the foaming that molded mode makes and all disposable plant fiber moulding articles, unite below Claim plant fibre moulding article.
Background technology
The Full-automatic plant fiber molding forming machine of existing double thermocompression forming patterns, contains upper spider, lower bearing bracket, connection The pull rod of upper spider and lower bearing bracket is arranged on the filtering molding device in lower bearing bracket centre position, positioned at filtering molding device or so The left hot pressing upper mold of band of both sides and the left thermocompression forming device of left hot pressing lower die and the right side with right hot pressing upper mold and right hot pressing lower die Thermocompression forming device, the top of filtering molding device is there are one wet base transfer device, the wet base transfer mould on wet base transfer device It can move up and down, under the driving of left hot pressing lower die and each comfortable oil cylinder of right hot pressing lower die, be handed over respectively along hot pressing lower die horizontal rail The lower section of wet base transfer device is alternately entered to receive the wet base to come from the transfer of wet base transfer device.On wet base transfer mould Wet base be transferred in left hot pressing lower die or right hot pressing lower die, left hot pressing lower die and right hot pressing lower die are respectively back in left hot pressing The underface of mould and right hot pressing upper mold, left hot pressing upper mold under the driving of left hot pressing upper mold Shift cylinder downwards with left hot pressing lower die Mold and thermocompression forming or right hot pressing upper mold simultaneously carried out to wet base under the driving of right hot pressing upper mold Shift cylinder, downwards with right heat It depresses mould molding and thermocompression forming is carried out to wet base, up to wet base dryness finalization and mold removal product.So in cycles, it follows Ring is reciprocal, above-mentioned wet base transfer mould can move up and down, the moving horizontally of left hot pressing lower die, the moving horizontally of right hot pressing lower die, The moving up and down of left hot pressing upper mold, right hot pressing upper mold move up and down, all using hydraulic oil cylinder driving.
According to the manufacturing process of above-mentioned plant fibre moulding article, mold mounting plate should be in suction strainer under hot pressing lower die and hot pressing It is moved back and forth back and forth along track between molding machine and thermocompression forming device, molded again in hot pressing die and heat is carried out to wet base It press dry and bigger mold clamping force is born in dry type-approval process.So in existing equipment, there are following Railway Projects：
1, for mold mounting plate completely by the thrust slide supporting in 2 horizontal rails of front and rear two side, span is bigger under hot pressing, heat Mold mounting plate is depressed when bearing mold clamping force, will appear concave surface under hot pressing among mold mounting plate, hot pressing lower die can deform, seriously Influence the quality of product.
2, for fix under the hot pressing of hot pressing lower die mold mounting plate by sliding block it is horizontally moveable be located in hot pressing lower die In horizontal rail, so when hot pressing molds, sliding block and hot pressing lower die horizontal rail will also bear very big mold clamping force, under hot pressing Mould horizontal rail stress deformation, the depth of parallelism of hot pressing upper mold and hot pressing lower die it is difficult to ensure that, the service life of sliding block and track is big It is big to shorten.
3, the moving up and down of wet base transfer mould, the moving horizontally of left hot pressing lower die, the moving horizontally of right hot pressing lower die, left heat Pressure the moving up and down of upper mold, right hot pressing upper mold move up and down, and all using hydraulic oil cylinder driving, are driven by an oil pump, in order to move Stationarity, all oil cylinders are all individually sequential movements, and two or two cannot have in run duration with upper cylinder Overlapping can undoubtedly increase the cycle of operation, and then influence yield in this way.It is filled with mold mounting plate under oil cylinder pushing hot pressing in filtering molding It puts and is moved back and forth back and forth along track between thermocompression forming device, if horizontal movement velocity is too fast, hot pressing lower die can be caused to pacify Loading board generates impact when reaching filtering molding device and this two positions of thermocompression forming device, if horizontal movement velocity is put Slowly, but influence yield.
Invention content
The invention aims to overcome the shortcomings of above-mentioned background technology, mold mounting plate stress under a kind of hot pressing is provided and is not easy Deformation, the depth of parallelism, short molding cycle, the moulding of plant fibres system to operate steadily that can accurately keep hot pressing upper mold and hot pressing lower die The full-automatic manufacturing method of product；
When it is a further object of the present invention to provide one kind, mould moves horizontally under heat, resistance is small, movement is flexibly stablized, can The Full-automatic plant fiber molding product for greatly prolonging horizontal rail and the method for the plant fibre moulding article in sliding block service life is double Heat pressing forming machines.
Technical solution provided by the invention is：
Lower template has double hot pressing moulding of plant fibres forming methods of supporting-point, and sequentially cycle carries out according to the following steps：
1) the wet base of product is made in slurries by filtering molding device, and wet base, which is admitted to, is alternately moved to wet base transfer station 7.1 left hot pressing lower die 3c or right hot pressing lower dies 4c；
2) the left hot pressing lower die of wet base is received into wet base transfer station 7.1, with wet base along the horizontal rail of hot pressing lower die Road 8, which moves horizontally, returns to left hot pressing station 3.1, and the left hot pressing upper mold 3a that can be moved up and down vertically is moved down, and under left hot pressing Mould molds, and hot-pressing drying sizing is carried out to wet base；
The right hot pressing lower die of wet base is received into wet base transfer station 7.1, with wet base along hot pressing lower die horizontal rail 8 It moves horizontally and returns to right hot pressing station 4.1, the right hot pressing upper mold 4a that can be moved up and down vertically is moved down, and is closed with right hot pressing lower die Mould carries out hot-pressing drying sizing to wet base；
3) left hot pressing upper mold 3a is moved up disengages with left hot pressing lower die, takes out dried product；
Right hot pressing upper mold 4a is moved up to be disengaged with right hot pressing lower die, takes out dried product；
Supporting part 10 is respectively arranged on the left hot pressing station and right hot pressing station of lower bearing bracket, which is at least one A bearing block or one group of idler wheel；When left hot pressing upper mold and left hot pressing lower die left hot pressing station 3.1 mold or right hot pressing upper mold with When right hot pressing station 4.1 molds, mold mounting plate contacts right hot pressing lower die with supporting part 10 under hot pressing, and supporting part carries hot pressing Lower mold mounting plate avoids mold mounting plate and hot pressing lower die stress deformation under hot pressing and makes hot pressing upper mold parallel with hot pressing lower die Degree is guaranteed, and also avoids being born the situation of whole mold clamping forces by sliding block and horizontal rail, so as to extend sliding block and horizontal rail The service life in road also improves the quality of product.
Mold mounting plate under the right hot pressing of mold mounting plate and fixed right hot pressing lower die under the left hot pressing of fixed left hot pressing lower die Respectively by sliding block can left and right horizontal be movably located in hot pressing lower die horizontal rail 8, mold mounting plate and sliding block under left hot pressing Between equipped with elastomeric element 11a, elastomeric element is also equipped between mold mounting plate and sliding block under right hot pressing.It is closed when hot pressing die is in During mould state, elastomeric element is compressed under the action of mold clamping force, and mold mounting plate, which moves down, under hot pressing touches holding on lower bearing bracket Heavy mail, supporting part carry mold mounting plate under hot pressing；When hot pressing die is in die opening state, acted in the elastic force of elastomeric element Under, mold mounting plate floats under hot pressing, is detached from the supporting part being fixed on lower bearing bracket, eliminates mold mounting plate under hot pressing and is transported in level The frictional force between supporting part when dynamic, energy consumption during horizontal movement is reduced, and improves the stability moved horizontally and determines The precision of position.
Elastomeric element 11a under the hot pressing between mold mounting plate and sliding block is arranged under spring upper holder block 11b and spring Between briquetting 11c, spring upper holder block 11b is fixed together with mold mounting plate under hot pressing, and spring downward block 11c is fixed with sliding block 9 Together, spring lock block guide pin 11d, spring upper holder block 11b phases are also equipped between spring upper holder block 11b and spring downward block 11c Spring downward block 11c can be slided up and down, but the relative movement of horizontal direction cannot be carried out, so as to ensure that under hot pressing Mold mounting plate cannot make a relative move in the horizontal direction relative to sliding block, ensure that mold mounting plate is fixed in the horizontal direction under hot pressing The accuracy of position.
Moving horizontally with moving horizontally for right hot pressing lower die for left hot pressing lower die is that servo motor driving is respectively adopted to come in fact It is existing or independent linear motor is respectively adopted drives moving horizontally for left hot pressing lower die and right hot pressing lower die；Servo motor It drives the transmission realization for being moved horizontally through gear and rack of left hot pressing lower die and right hot pressing lower die or passes through feed screw nut Secondary transmission is realized or is realized by the transmission of synchronous belt；This type of drive greatly increases left hot pressing lower die and the right side The stability moved horizontally and positioning accuracy of hot pressing lower die, so as to improve the quality of product, yield and qualification rate.
Mold mounting plate is respectively fixed with left rack and right rack under mold mounting plate and right hot pressing under left hot pressing, is located in lower machine Left gear on frame can drive left rack to move horizontally, and so as to which mold mounting plate under left hot pressing be driven to move horizontally, be located in Right gear on lower bearing bracket can drive right rack to move horizontally, so as to which mold mounting plate under right hot pressing be driven to move horizontally；Or Mold mounting plate is located left gear and right gear respectively under mold mounting plate and right hot pressing under the left hot pressing of person, left gear and is fixed on down Left rack gear motion in rack drives mold mounting plate under left hot pressing to move horizontally, and right gear is with being fixed on lower bearing bracket Right rack gear motion drives mold mounting plate under right hot pressing to move horizontally, and the rotation of left gear and right gear is driven by motor； The left gear and right gear, gear shaft centre line should be at vertical direction, so that the gear and rack that are meshed can be made Appropriate relative motion up and down appropriate is risen and suitable with adapt to when hot pressing molds and molds mold mounting plate under caused hot pressing The displacement that amount declines and generates；
Alternatively, mold mounting plate is (in replacement under the left hot pressing of kind of drive driving for passing through servo motor drive screw pair The wheel and rack transmission stated), the left leading screw 5.1 equipped with left nut 5.2 is rotatably positioned on lower bearing bracket, the axis of left leading screw Line is parallel with hot pressing lower die horizontal rail 8, and fixed on left nut 5.2 there are one left nut guide pin 5.4, left hot pressing lower die installations Plate 3e is fixed with left connector 5.5, and left connector 5.5 is sleeved on left nut guide pin 5.4 and glides along left nut guide pin 5.4 Dynamic, the floating of mold mounting plate 3e will not drive moving up and down for left nut, but the rotation of left leading screw can band with moving down under left hot pressing It moves left nut to move horizontally, mold mounting plate 3e under left hot pressing is driven to move horizontally by left connector 5.5；Equipped with right nut 6.2 right leading screw 6.1 is rotatably positioned on lower bearing bracket, and the axis of right leading screw is parallel with hot pressing lower die horizontal rail 8, right spiral shell Fixed on mother there are one right nut guide pins 6.4, and mold mounting plate 4e is fixed with right connector 6.5, right 6.5 sets of connector under right hot pressing It is slided up and down on right nut guide pin 6.4 and along right nut guide pin 6.4, the floating of mold mounting plate 4e is with moving down not under right hot pressing Moving up and down for right nut can be driven, but the rotation of right leading screw can drive right nut to move horizontally, pass through right 6.5 band of connector Mold mounting plate 4e under right hot pressing is moved to move horizontally；
Or equipped with nut guide pin on left connector and right connector, on left nut and on right nut it is each fix one piece it is with holes Plate, be respectively fitted on nut guide pin, so as to fulfill left connector and right connector with corresponding left nut and right nut perpendicular Nogata is to can relatively move.
Lower template has double hot pressing plant fiber molding forming machines of supporting-point, including rack 1；It is characterized in that：It further includes It is arranged on filtering molding device 2, the hot pressing lower die being arranged horizontally in the rack level for slurries being made on lower bearing bracket 1a wet base Track 8, by the left hot pressing lower die 3c moved horizontally on sliding block 9 under heat mould horizontal rail 8 and right hot pressing lower die 4c, wet Base is alternately transplanted on the wet base transfer device 7 of left hot pressing lower die 3c and right hot pressing lower die 4c, can move up and down and be closed vertically Mould wet base is carried out hot-pressing drying sizing left hot pressing upper mold 3a and right hot pressing upper mold 4a and the left hot pressing lower die 3c of driving along The lower-left mould horizontal drive mechanism 5 and drive right hot pressing lower die 4c along hot pressing lower die level that hot pressing lower die horizontal rail 8 moves The bottom right mould horizontal drive mechanism 6 that track 8 moves；
Supporting part 10 is respectively arranged on the left hot pressing station and right hot pressing station of lower bearing bracket, which is at least one A bearing block or one group of idler wheel；When left hot pressing upper mold and left hot pressing lower die are after left hot pressing station 3.1 molds, fixed left hot pressing Mold mounting plate is contacted with corresponding supporting part under the left hot pressing of lower die, and carry mold mounting plate under left hot pressing by supporting part 10 is held The mold clamping force received, when right hot pressing upper mold and right hot pressing lower die are after right hot pressing station 4.1 molds, the right side of fixed right hot pressing lower die Mold mounting plate is contacted with corresponding supporting part under hot pressing, and the molding that mold mounting plate is born under right hot pressing is carry by supporting part Power；Like this, mold mounting plate stress deformation phenomenon under hot pressing is efficiently avoided, the depth of parallelism of upper/lower die is ensure that, avoids The situation of whole mold clamping forces is born by sliding block, so as to extend the service life of sliding block, also improves the quality of product.
The right hot pressing lower die of mold mounting plate and fixed right hot pressing lower die is installed under the left hot pressing of fixed left hot pressing lower die Plate respectively by being moved horizontally on sliding block under heat mould horizontal rail 8, under left hot pressing between mold mounting plate and sliding block with And elastomeric element 11a is respectively provided under right hot pressing between mold mounting plate and sliding block；When molding state in hot pressing, in mold clamping force Under the action of elastomeric element compressed, mold mounting plate moves down the supporting part touched on lower bearing bracket under hot pressing, is supported by supporting part Mold mounting plate under hot pressing；When hot pressing molds, under the elastic force effect of elastomeric element, mold mounting plate is relative to load-bearing under hot pressing Part floats, and completely disengages the supporting part being fixed on lower bearing bracket, eliminates under hot pressing mold mounting plate in horizontal movement and load-bearing Friction between part reduces energy consumption during horizontal movement, and improves the precision of the stability moved horizontally and positioning.
The fixed spring upper holder block 11b of mold mounting plate under hot pressing, 9 fixed spring downward block 11c of sliding block, the elastic portion Part is arranged between spring upper holder block 11b and spring downward block 11c, is also filled between spring upper holder block 11b and spring downward block 11c There is spring lock block guide pin 11d, ensure that spring upper holder block 11b can be slided up and down relative to spring downward block 11c, and cannot The relative movement of horizontal direction is carried out, to ensure that mold mounting plate does not relatively move in the horizontal direction relative to sliding block under hot pressing, And it ensure that the accuracy that mold mounting plate positions in the horizontal direction under hot pressing.
The lower-left mould horizontal drive mechanism 5 contains Left Drive device and servo motor, and the Left Drive device contains phase The left gear 5b of engagement and left rack 5a, driven by servo motor, and a left side is realized in the transmission through left gear 5b and left rack 5a Hot pressing lower die moves horizontally；Or Left Drive device contains left leading screw 5.1, left nut 5.2, left bearing with the cooperation of left leading screw Seat 5.3, left nut guide pin 5.4, left connector 5.5 etc., the silk that servo motor driving is made of left leading screw 5.1 and left nut 5.2 Moving horizontally for left hot pressing lower die is realized in the transmission of thick stick pair of nut；Or Left Drive device is synchronous belt, servo motor drives Synchronous belt is so as to drive moving horizontally for left hot pressing lower die；
The bottom right mould horizontal drive mechanism 6 contains right transmission device and servo motor, and the right transmission device, which contains, mutually to be nibbled The right gear 6b of conjunction and right rack 6a, driven by servo motor, and right heat is realized in the transmission through right gear 6b and right rack 6a Pressure mould move horizontally or right transmission device contain right leading screw 6.1, with right leading screw cooperation right nut 6.2, right axle bearing 6.3rd, right nut guide pin 6.4, right connector 6.5 etc., the leading screw that servo motor driving is made of right leading screw 6.1 and right nut 6.2 Moving horizontally for right hot pressing lower die is realized in the transmission of pair of nut；Or right transmission device is synchronous belt, servo motor drives same Band is walked so as to drive moving horizontally for right hot pressing lower die.
The left hot pressing upper mold 3a is driven by left hot pressing upper mold Shift cylinder 3b or pneumohydraulic pressure-cylinder, right hot pressing upper mold 4a by Right hot pressing upper mold Shift cylinder 4b or pneumohydraulic pressure-cylinder driving.
Mold mounting plate is respectively fixed with left rack and right rack under mold mounting plate and right hot pressing under left hot pressing, is located in lower machine Left gear on frame drives left rack to move horizontally, and so as to which mold mounting plate under left hot pressing be driven to move horizontally, is located in down Right gear in rack drives right rack to move horizontally, so as to which mold mounting plate under right hot pressing be driven to move horizontally；It is or left Mold mounting plate is respectively located left gear and right gear under mold mounting plate and right hot pressing under hot pressing, left gear and is fixed on down Left rack gear motion in rack drives mold mounting plate under left hot pressing to move horizontally, and right gear is with being fixed on lower bearing bracket Right rack gear motion drives mold mounting plate under right hot pressing to move horizontally, and the rotation of left gear and right gear is driven respectively by motor It is dynamic；The left gear and right gear, gear shaft centre line are arranged vertically, so that the gear and rack that are meshed can be made suitably Relative motion up and down, with adapt to when hot pressing molds and molds mold mounting plate under caused hot pressing it is appropriate rise and be appropriate under The displacement dropped and generated；
Alternatively, the kind of drive of screw pair is driven to be driven to substitute the wheel and rack by servo motor, match The left leading screw 5.1 for having left nut 5.2 is rotatably positioned on lower bearing bracket, axis and the hot pressing lower die horizontal rail 8 of left leading screw Parallel, fixed on left nut 5.2 there are one left nut guide pins 5.4, and mold mounting plate 3e is fixed with left connector 5.5 under left hot pressing, Left connector 5.5 is sleeved on left nut guide pin 5.4, can be slided up and down along left nut guide pin 5.4, mold mounting plate 3e under left hot pressing Floating will not drive moving up and down for left nut, but the rotation of left leading screw can drive left nut to move horizontally with moving down, from And mold mounting plate 3e under left hot pressing is driven to move horizontally；Right leading screw 6.1 equipped with right nut 6.2 is rotatably positioned in lower machine On frame, the axis of right leading screw is parallel with hot pressing lower die horizontal rail 8, and fixed on right nut there are one right nut guide pin 6.4, right heat Pressure mold mounting plate 4e is fixed with right connector 6.5, and right connector 6.5 is sleeved on right nut guide pin 6.4, can be led along right nut Pin 6.4 slides up and down, and the floating of mold mounting plate 4e will not drive moving up and down for right nut, but right leading screw with moving down under right hot pressing Rotation right nut can be driven to move horizontally, so as to which mold mounting plate 4e under right hot pressing be driven to move horizontally；Or left connection Equipped with nut guide pin on body and right connector, on left nut and it is each on right nut fix one block of plate with holes, be respectively fitted over nut On guide pin, it can be relatively moved in vertical direction with corresponding left nut and right nut so as to fulfill left connector and right connector.
The present invention operation principle be：When molding state in hot pressing, the bullet under hot pressing between mold mounting plate and sliding block Property component is compressed, and mold mounting plate moves down and contacts supporting part under hot pressing, and mold mounting plate under hot pressing is carry using supporting part, Prevent under hot pressing mold mounting plate stress deformation when fulcrum span is too big；When in hot pressing die opening state, elastomeric element rebound Mold mounting plate under hot pressing is made to float and completely disengage the supporting part being fixed on lower bearing bracket, mold mounting plate is in horizontal movement under hot pressing Shi Buyu supporting parts contact, and avoid friction of the mold mounting plate in horizontal movement between supporting part under hot pressing, hot pressing lower die The resistance moved horizontally can greatly reduce, it is achieved thereby that the level of left hot pressing lower die and right hot pressing lower die is steady mobile, save Energy consumption of the mold mounting plate in horizontal movement under hot pressing, and the precision of improve the standard mobile stability and positioning.
Moving horizontally for left hot pressing lower die and right hot pressing lower die is quick smoothly driven using servo motor, realizes left hot pressing Under quick and stable and the accuracy positioned and right hot pressing that lower die moves between wet base transfer station 7.1 and left hot pressing station The quick and stable and the accuracy of positioning that mould moves between wet base transfer station 7.1 and right hot pressing station, make hot pressing upper mold Die sinking, the speed of molding and time are matched well with the speed moved horizontally of hot pressing lower die and time, molding cycle It greatly shortens and moves the quality, yield and qualification rate that more steadily, improve product；
The beneficial effects of the invention are as follows：1st, by set supporting part make hot pressing upper mold and hot pressing lower die be difficult to keep it is parallel this One problem is thoroughly resolved, and also avoids being born the situation of whole mold clamping forces by sliding block and horizontal rail, so as to extend sliding block With the service life of horizontal rail；2nd, energy consumption of the mold mounting plate in horizontal movement under hot pressing has been saved, and has improved horizontal shifting Dynamic stability and the precision of positioning；3rd, servo motor quick smoothly drives the level of left hot pressing lower die and right hot pressing lower die It moves and left hot pressing upper mold is driven to carry out with right hot pressing upper mold using the oil cylinder or pneumohydraulic pressure-cylinder that can generate high mold clamping force Molding, the combination of two kinds of type of drive make die sinking, the speed molded and time and the hot pressing of the hot pressing upper mold of thermocompression forming device The speed moved horizontally of lower die and time are matched well, molding cycle greatly shorten and move it is more steady instead, Greatly increase the quality, yield and qualification rate of product；4, left hot pressing lower die and right hot pressing lower die move horizontally stationarity It greatly increases.
Description of the drawings
Fig. 1 is the main structure diagram of the present invention.
Fig. 1 .1 are the working state schematic representations of the present invention (left hot pressing lower die is moved to state during wet base transfer station)
Fig. 2 is the left view structural representation of the present invention.
Fig. 3 is the structure diagram for removing rack in Fig. 1.
Fig. 3 .1 are that moving horizontally for mold mounting plate (is gone using the structure diagram of the screw pair kind of drive under hot pressing Fall rack).
Fig. 4 is lower-left mould horizontal drive mechanism structure enlargement diagram.
Fig. 4 .1 are the structure enlargement diagrams using the lower-left mould horizontal drive mechanism of the screw pair kind of drive.
Fig. 4 .2 are the structure enlargement diagrams using the bottom right mould horizontal drive mechanism of the screw pair kind of drive.
Fig. 4 .3 are the knots using another connecting mode of the lower-left mould horizontal drive mechanism of the screw pair kind of drive Structure enlarged diagram (is equipped with nut guide pin 5.4, consolidates on nut on the connector 5.5 being fixed together with mold mounting plate under hot pressing Fixed one block of plate with holes, is sleeved on nut guide pin 5.4).
Fig. 5 is partial structurtes enlarged diagram (the elastomeric element quilt under hot pressing between mold mounting plate and sliding block of Fig. 2 Compression, mold mounting plate moves down under left hot pressing, state when being contacted with supporting part).
Fig. 5 .1 are that mold mounting plate is in floating state under hot pressing, are shown with partial structurtes amplification during supporting part disengaged position It is intended to.
Fig. 5 .2 are the further decomposition of Fig. 5 .1, and mold mounting plate splits later shape with hot pressing lower die horizontal rail under hot pressing State.
Fig. 5 .3 are the Q positions partial enlarged views in Fig. 5.
Fig. 6 be the present invention dimensional structure diagram (eliminate filtering molding device, wet base transfer device, hot pressing upper mold, Hot pressing lower die etc.).
Figure label explanation：
1- racks；1a- lower bearing brackets；1b- upper spiders；1c- pull rods；2- filtering molding devices；2a- filtering molding stock tanks；2c- Filtering molding mold；The left thermocompression forming devices of 3-；The left hot pressing stations of 3.1- are (when left hot pressing lower die is located at immediately below left hot pressing upper mold The position at place)；The left hot pressing upper molds of 3a-；The left hot pressing upper mold Shift cylinders of 3b-；The left hot pressing lower dies of 3c-；The left hot pressing lower die peaces of 3e- Loading board；The right thermocompression forming devices of 4-；The right hot pressing stations of the 4.1- (position where when right hot pressing lower die is located at immediately below right hot pressing upper mold It puts)；The right hot pressing upper molds of 4a-；The right hot pressing upper mold Shift cylinders of 4b-；The right hot pressing lower dies of 4c-；Mold mounting plate under the right hot pressing of 4e-；5- Lower-left mould horizontal drive mechanism；The left racks of 5a-；5b- left gears；The left leading screws of 5.1-；The left nuts of 5.2-；5.3- left shaft holder； The left nut guide pins of 5.4-；The left connectors of 5.5-；6- bottom rights mould horizontal drive mechanism；The right racks of 6a-；6b- right gears；The right silks of 6.1- Thick stick；The right nuts of 6.2-；6.3- right axle bearings；The right nut guide pins of 6.4-；The right connectors of 6.5-；The wet base transfer devices of 7-；The wet bases of 7a- Shift mould；The wet base transfer mould power plants of 7b-；8- hot pressing lower die horizontal rails；9- sliding blocks；10- supporting parts；11a- elastic portions Part；11b- spring upper holder blocks；11c- spring downward blocks；11d- spring lock block guide pins；12- servo motors；
Herein, left rack and right rack are referred to as rack, and left gear and right gear are referred to as gear, left nut, right spiral shell Mother is referred to as nut, and left leading screw and right leading screw are referred to as leading screw, and left nut guide pin, right nut guide pin are referred to as nut guide pin, left Hot pressing upper mold, right hot pressing upper mold are referred to as hot pressing upper mold, and left hot pressing lower die, right hot pressing lower die are referred to as hot pressing lower die, in hot pressing Mould and hot pressing lower die are referred to as hot pressing die, and mold mounting plate is referred to as hot pressing lower die peace under mold mounting plate, right hot pressing under left hot pressing Loading board, left thermocompression forming device, right thermocompression forming device are referred to as thermocompression forming device.
Specific embodiment
The present invention thinking be：In order to solve the problems, such as intermediate deformation of the mold mounting plate when bearing mold clamping force under hot pressing, Mold mounting plate under hot pressing is rationally set between 2 horizontal rails on lower bearing bracket corresponding to left hot pressing station and right hot pressing station Supporting-point, that is, supporting part (may be designed to height adjustable structure；Such as tied using screw rod adjustment structure or waist round hole with bolt cooperation Structure), when left hot pressing upper mold and the molding of left hot pressing lower die or right hot pressing upper mold and the molding of right hot pressing lower die, mold mounting plate under hot pressing Decline is directly contacted with supporting part, and mold mounting plate under hot pressing is carry by supporting part；When hot pressing molds, supporting part becomes hot pressing The supporting-point of lower mold mounting plate, to prevent mold mounting plate stress deformation under hot pressing and hot pressing upper mold is made to keep flat with hot pressing lower die Row also avoids being born the situation of whole mold clamping forces by sliding block and horizontal rail, so as to extend the use of sliding block and horizontal rail Service life.
But if mold mounting plate also keeps contacting with supporting part when moving horizontally under hot pressing, the installation of hot pressing lower die Friction can be generated between plate and supporting part, this friction problem does not solve, and left hot pressing lower die and right hot pressing lower die move horizontally With regard to unstable, and after long-time is worn, supporting part height will reduce, and the supporting-point of mold mounting plate will lose under hot pressing Effect.
Therefore, it should accomplish that mold mounting plate is directly contacted with supporting part under hot pressing during hot pressing molding, realizes work as hot pressing again Lower mold mounting plate does not have frictional force in translation between supporting part.We have invented under heat between mold mounting plate and sliding block Elastomeric element is filled, when molding state in hot pressing, under the action of mold clamping force, the bullet under hot pressing between mold mounting plate and sliding block Property component is compressed, and mold mounting plate moves down under the hot pressing of fixed hot pressing lower die, touches the supporting part on lower bearing bracket, supporting part Bear the largely or entirely mold clamping force that mold mounting plate under hot pressing passes over；When hot pressing molds, in elastomeric element screen resilience Under the action of, mold mounting plate has suitable rising relative to its position of supporting part under hot pressing, and mold mounting plate is relative to holding under hot pressing Heavy mail float, completely disengage the supporting part being fixed on lower bearing bracket, under hot pressing mold mounting plate in horizontal movement not with supporting part Contact, avoids friction of the mold mounting plate in horizontal movement between supporting part under hot pressing, completely eliminates hot pressing lower die peace Frictional force of the loading board in horizontal movement between supporting part, the resistance that hot pressing lower die moves horizontally can greatly reduce.In this way, by Servo motor drives left hot pressing lower die and right moving horizontally for hot pressing lower die to become possibility, has saved mold mounting plate under hot pressing and has existed Energy consumption during horizontal movement, and improve the precision of the stability moved horizontally and positioning.
The lower-left mould water containing being driven by servo motor is respectively adopted in left hot pressing lower die and moving horizontally for right hot pressing lower die Flat driving mechanism 5 and containing the bottom right mould horizontal drive mechanism 6 driven by servo motor, left hot pressing upper mold and right hot pressing upper mold It moves up and down and is realized using the driving of oil cylinder or pneumohydraulic pressure-cylinder, existing equipment can be overcome to be driven by an oil pump in this way, All actions must be the drawbacks of sequence carries out respectively, and two or two or more move and can be overlapped in time, contract Short molding cycle, can greatly improve product yield.Since oil cylinder or pneumohydraulic pressure-cylinder can generate high pressure, and servo motor drives Dynamic stationarity and the accuracy of positioning, it is ensured that the stationarity moved horizontally of left hot pressing lower die and right hot pressing lower die and arrive The accuracy positioned during up to left hot pressing station, right hot pressing station and wet base transfer station 7.1,
Embodiment 1
Lower template have double hot pressing plant fiber molding forming machines (as shown in Figure 1 and Figure 2) of supporting-point comprising by pull rod 1c, The rack 1 of lower bearing bracket 1a and upper spider 1b compositions；It is arranged on the filtering molding device 2 at position among lower bearing bracket 1a, filtering molding Device 2 contains filtering molding mold 2c, filtering molding stock tank 2a；There are one wet base transfer devices for the top of filtering molding device 2 7, wet base transfer device 7 contains the wet base transfer mould 7a that can be moved up and down, the wet base turn that wet base transfer mould 7a is pushed to move up and down Shifting formwork power plant 7b；What it is positioned at wet base transfer device 7 and the left side of filtering molding device 2 is left thermocompression forming device 3, left hot pressing Shaping equipment 3 contains mold mounting plate under left hot pressing upper mold 3a, left hot pressing upper mold Shift cylinder 3b, left hot pressing lower die 3c, left hot pressing 3e；What it is positioned at 2 right side of wet base transfer device 7 and filtering molding device is right thermocompression forming device 4, and right thermocompression forming device 4 contains There is a mold mounting plate 4e under right hot pressing upper mold 4a, right hot pressing upper mold Shift cylinder 4b, right hot pressing lower die 4c, right hot pressing, in left hot pressing Mould Shift cylinder 3b and right hot pressing upper mold Shift cylinder 4b are either oil cylinder or pneumohydraulic pressure-cylinder.
Double hot pressing plant fiber molding forming machines that the lower template has supporting-point also contain lower-left mould horizontal drive mechanism 5 With bottom right mould horizontal drive mechanism 6, lower-left mould horizontal drive mechanism 5 and bottom right mould horizontal drive mechanism 6 can be servo motors The mechanism of driving can also be traditional oil cylinder or cylinder.The mechanism of servo motor driving is another innovation of the present invention, should Type of drive greatly increases the stability moved horizontally and positioning accuracy of left hot pressing lower die and right hot pressing lower die, so as to carry The high quality of product, yield and qualification rate.Traditional oil cylinder or cylinder do not have to be described in detail herein, are driven below with servo motor Mechanism for narration lower-left mould horizontal drive mechanism 5 and bottom right mould horizontal drive mechanism 6；Lower-left mould horizontal drive mechanism 5 pushes away It moves mold mounting plate 3e under left hot pressing lower die 3c and left hot pressing to be moved horizontally along hot pressing lower die horizontal rail 8 together, lower-left Mould horizontal drive mechanism contains Left Drive device and servo motor 12；The Left Drive device can be a pair of left tooth being meshed 5a and left gear 5b (as shown in Fig. 1, Fig. 3, Fig. 5) or the leading screw being made of left leading screw 5.1 and left nut 5.2 etc. Nut auxiliary drive gear (as shown in Fig. 4 .1, Fig. 4 .2)；Equally, bottom right mould horizontal drive mechanism 6 push right hot pressing lower die 4c and Mold mounting plate 4e is moved horizontally together along hot pressing lower die horizontal rail 8 under right hot pressing, and bottom right mould horizontal drive mechanism 6 contains There are right transmission device and servo motor 12；The right transmission device can be a pair of right rack 6a being meshed and right gear 6b (as shown in Figure 1, Figure 3) or by right leading screw 6.1 and right nut 6.2 etc. the feed screw nut auxiliary drive gear formed is (as schemed 4.1st, shown in Fig. 4 .2).
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 6,2 (or two groups) horizontal rails are housed on lower bearing bracket from left end to right end, Referred to as hot pressing lower die horizontal rail 8, hot pressing lower die horizontal rail 8 are across left thermocompression forming device 3 and right thermocompression forming device 4 Between, mold mounting plate 3e under the left hot pressing of fixed left hot pressing lower die 3c horizontal can be moved by the sliding block 9 coordinated with horizontal rail It is located in dynamicly in hot pressing lower die horizontal rail 8；When mold mounting plate 3e is located at left heat under the left hot pressing equipped with left hot pressing lower die 3c When pressing the underface of upper mold 3a, at this moment mold mounting plate 3e under heat in mould horizontal rail 8 under left hot pressing lower die 3c and left hot pressing Residing horizontal position is known as left hot pressing station 3.1；When mold mounting plate 3e is in left hot pressing under left hot pressing lower die 3c and left hot pressing During station 3.1, the left hot pressing upper mold 3a of left thermocompression forming device 3 can be vertical under the promotion of left hot pressing upper mold Shift cylinder 3b It moves down, the left hot pressing lower die 3c with being fixed under left hot pressing on mold mounting plate 3e is molded, and carrying out hot pressing to wet base does Dry sizing；Equally, mold mounting plate 4e under the right hot pressing of fixed right hot pressing lower die 4c, passes through the sliding block 9 coordinated with horizontal rail It is located in horizontally moveablely in hot pressing lower die horizontal rail 8；As mold mounting plate 4e under the right hot pressing equipped with right hot pressing lower die 4c During positioned at the underface of right hot pressing upper mold 4a, at this moment mould is horizontal under heat by mold mounting plate 4e under right hot pressing lower die 4c and right hot pressing Residing horizontal position is known as right hot pressing station 4.1 on track 8；When mold mounting plate 4e is under right hot pressing lower die 4c and right hot pressing During right hot pressing station 4.1, the right hot pressing upper mold 4a of right thermocompression forming device 4 can be in the promotion of right hot pressing upper mold Shift cylinder 4b Under move straight down, the right hot pressing lower die 4c with being fixed under right hot pressing on mold mounting plate 4e is molded, to wet base carry out Hot-pressing drying is shaped.When mold mounting plate 3e under the left hot pressing equipped with left hot pressing lower die 3c or the right hot pressing equipped with right hot pressing lower die 4c When lower mold mounting plate 4e is located at the underface of wet base transfer mould 7a (as shown in Fig. 1 .1), at this moment left hot pressing lower die 3c and left hot pressing Mold mounting plate 4e levels residing in mould horizontal rail 8 under heat under lower mold mounting plate 3e or right hot pressing lower die 4c and right hot pressing Position is known as wet base transfer station 7.1；It is wet when left hot pressing lower die 3c or right hot pressing lower dies 4c is located at wet base transfer station 7.1 The wet base transfer mould 7a of base transfer device 7 can be moved down in the case where wet base shifts the promotion of mould power plant 7b, and wet base is turned It moves to left hot pressing lower die 3c or right hot pressing lower dies 4c.
It is evenly distributed in water or the mixture of plant fiber that is generally uniform and reaching suitable concentration and water (is referred to as starched Liquid), the slurries in stock tank are intermittently or serially injected into filtering molding stock tank 2a, and extra slurries are spilled off filtering molding slurry Slot, flow back into stock tank, and stock tank forms the circulatory system of slurry with filtering molding stock tank；In filtering molding mold and filtering molding stock tank After relative movement, filtering molding mold enters in the slurries of filtering molding stock tank or filtering molding mold is fixed on stock tank Bottom, slurries are injected into filtering molding stock tank 2a and submerge filtering molding mold, the filtering molding mold in slurries into Row suction, after a certain number of plant fibers are adsorbed on filtering molding mold, filtering molding mold exposes liquid level, is made wet Base.Wet base is admitted to the left hot pressing lower die 3c or right hot pressing lower dies 4c for being alternately moved to wet base transfer station 7.1.
As shown in Fig. 1, Fig. 1 .1, left hot pressing lower die 3c, can be in left warm under the driving of lower-left mould horizontal drive mechanism 5 It is moved horizontally between pressure station 3.1 and wet base transfer station 7.1；After wet base transfer station 7.1 receives wet base, under left hot pressing Mould 3c is moved to left hot pressing station 3.1, a left side moving up and down under the driving of lower-left mould horizontal drive mechanism 5, with wet base Hot pressing upper mold is moved down and is molded with left hot pressing lower die under the driving of left hot pressing upper mold Shift cylinder (or pneumohydraulic pressure-cylinder) 3b And hot-pressing drying sizing is carried out to wet base.Right hot pressing lower die 4c, can be in right warm under the driving of bottom right mould horizontal drive mechanism 6 It is moved horizontally between pressure station 4.1 and wet base transfer station 7.1；After wet base transfer station 7.1 receives wet base, under right hot pressing Mould 4c is moved to right hot pressing station 4.1, the right side moving up and down under the driving of bottom right mould horizontal drive mechanism 6, with wet base Hot pressing upper mold is moved down and is molded with right hot pressing lower die under the promotion of right hot pressing upper mold Shift cylinder (or pneumohydraulic pressure-cylinder) 4b And hot-pressing drying sizing is carried out to wet base.When left thermocompression forming device 3 or right thermocompression forming device 4 are completed to do the hot pressing of wet base After dry sizing, you can die sinking；Product after dryness finalization has been handed over after (either manually or mechanically hand) is removed in several ways The left hot pressing lower die 3c or right hot pressing lower dies 4c for alternately returning to wet base transfer station 7.1 continues to receive wet base, into subsequent cycle.
As shown in Fig. 3, Fig. 4, Fig. 5, Fig. 5 .1, Fig. 5 .2, Fig. 5 .3, sliding block 9 can left and right in mould horizontal rail 8 under heat Level is slided, and mold mounting plate fills (including mold mounting plate under mold mounting plate under left hot pressing and right hot pressing) between sliding block 9 under hot pressing Flexible component 11a (preferably spring or other elastomers), specific method is as shown in Fig. 5, Fig. 5 .1, Fig. 5 .2, Fig. 5 .3, spring Upper holder block 11b is fixed together with mold mounting plate under hot pressing, and spring downward block 11c is fixed together with sliding block 9；Such as Fig. 5 .1, figure 5.2nd, shown in Fig. 5 .3, equipped with one group of elastomeric element, spring upper holder block 11b between spring upper holder block 11b and spring downward block 11c Spring lock block guide pin 11d is also equipped between spring downward block 11c, spring lock block guide pin 11d is fixed on spring downward block 11c On, spring upper holder block 11b is sleeved on spring lock block guide pin 11d, can be slided up and down in vertical direction along spring lock block guide pin 11d； When spring upper holder block 11b elastomeric element elastic force effect under along spring lock block guide pin 11d upward slidings, but on move on to certain position It postpones and is held by spring lock block guide pin 11d；So spring upper holder block 11b can be done with spring downward block 11c in vertical direction It is quantitative to relatively move but perform relative motion in the horizontal direction.When left thermocompression forming device 3 and right thermocompression forming device 4 are in During die opening state, spring upper holder block 11b moves up a certain distance under the action of elastomeric element elastic force, then mold mounting plate under hot pressing A certain distance is also moved up relative to the position of sliding block and horizontal rail 8, mold mounting plate floats referred to as under hot pressing.When left hot pressing When shaping equipment 3 and right thermocompression forming device 4 are in molding state, under the action of mold clamping force, mold mounting plate and cunning under hot pressing One group of elastomeric element between block is compressed, and the spring upper holder block 11b of mold mounting plate is along spring lock block guide pin under fixed hot pressing 11d slide downwards, mold mounting plate also declines a certain distance relative to the position of sliding block and horizontal rail 8 under hot pressing, referred to as Mold mounting plate moves down under hot pressing.Can also be that spring lock block guide pin 11d is fixed on spring upper holder block 11b, spring downward block 11c is sleeved on spring lock block guide pin 11d, and operation principle is same as described above.Spring upper holder block 11b can be along being fixed on spring Spring lock block guide pin 11d on lower lock block 11c is slided up and down relative to spring downward block 11c or spring upper holder block 11b consolidates Determine spring lock block guide pin 11d to slide up and down relative to spring downward block 11c, spring lock block guide pin 11d ensures spring Upper holder block 11b cannot be relatively moved in the horizontal direction with spring downward block 11c, also ensure that under hot pressing mold mounting plate relative to Sliding block cannot relatively move in the horizontal direction, so as to ensure that mold mounting plate positions in the horizontal direction under hot pressing accuracy.
As shown in Fig. 5 .1, Fig. 5 .2, it is respectively arranged on the left hot pressing station 3.1 and right hot pressing station 4.1 of lower bearing bracket Supporting part 10 (supporting part can be integrally formed with lower bearing bracket), the supporting part are at least one bearing block or one group of idler wheel；When left heat Pressure upper mold is molded with left hot pressing lower die at left hot pressing station 3.1, under the action of mold clamping force, mold mounting plate and cunning under left hot pressing Elastomeric element between block is compressed, and mold mounting plate moves down under left hot pressing, until mold mounting plate touches institute simultaneously under left hot pressing Its corresponding supporting part 10, supporting part carry mold mounting plate under left hot pressing, and corresponding spring upper holder block 11b and spring downward Gap is also maintained between block 11c, mold clamping force is transmitted to supporting part 10；Equally, when right hot pressing upper mold and right hot pressing lower die are on the right side When hot pressing station 4.1 molds, under the action of mold clamping force, the elastomeric element under right hot pressing between mold mounting plate and sliding block is pressed Contracting, mold mounting plate moves down under right hot pressing, until mold mounting plate touches its corresponding supporting part 10, load-bearing simultaneously under right hot pressing Part carries mold mounting plate under right hot pressing, and between also being maintained between corresponding spring upper holder block 11b and spring downward block 11c Gap, mold clamping force are transmitted to supporting part 10.For supporting part 10 under heat on the lower bearing bracket under mold mounting plate, it is reasonable to carry out as needed Distribution, it is entirely avoided mold mounting plate stress deformation phenomenon under hot pressing ensure that the level of mold mounting plate under hot pressing, and fully protect The depth of parallelism of upper/lower die has been demonstrate,proved, has avoided the situation that whole mold clamping forces are born by sliding block, so as to extend the service life of sliding block, Equipment is made to run more steady, positioning accuracy higher.
When left thermocompression forming device 3 and right thermocompression forming device 4 are in die opening state, under left hot pressing mold mounting plate 3e and Mold mounting plate 4e floats under right hot pressing, and mold mounting plate is detached from supporting part 10 under hot pressing, and is kept in vertical direction and supporting part 10 Certain interval, this gap is usually smaller or very little, but avoids under hot pressing mold mounting plate in horizontal movement When contact with supporting part, completely eliminate frictional force of the mold mounting plate in horizontal movement between supporting part under hot pressing, heat Pressure mould can be greatly reduced along the resistance of horizontal orbital movement, save energy consumption of the mold mounting plate in horizontal movement under hot pressing, Increase the stationarity of movement and the accuracy of positioning.
Alternatively, when the supporting part 10 is one group of idler wheel, hot pressing die is in die sinking and molding, fixed hot pressing lower die Hot pressing under mold mounting plate can not also be floated and be moved down, under hot pressing between mold mounting plate and sliding block 9 can be equipped with elasticity Component can also not have elastomeric element；It is this when mold mounting plate does not float and moves down under the hot pressing of fixed hot pressing lower die What sample was implemented：Under hot pressing molding state, same group of idler wheel touches mold mounting plate under corresponding hot pressing, idler wheel branch simultaneously Hold mold mounting plate under left hot pressing；Under hot pressing die opening state, mold mounting plate is along under hot pressing under the hot pressing of fixed hot pressing lower die In idler wheel upper direction then, mold mounting plate directly rolls mould horizontal rail 8 on idler wheel under hot pressing, is not required to move up disengaging rolling Wheel, until mold mounting plate is moved horizontally along hot pressing lower die horizontal rail 8 and to be left completely above idler wheel under hot pressing, because hot pressing lower die is pacified Force of rolling friction very little of the loading board when being rolled on idler wheel, hot pressing lower die can also be greatly reduced along the resistance of horizontal orbital movement, Energy consumption of the mold mounting plate in horizontal movement under hot pressing has been saved, has increased the stationarity of movement and the accuracy of positioning.
There is no original same category of device of supporting part 10, be separated by relatively large distance because sliding block 9 can only be distributed across two or two groups Hot pressing lower die horizontal rail 8 on, and wet base transfer mould 7a is had to during the wet base of transfer is moved up and down across two Between (or two groups) hot pressing lower die horizontal rail 8, two (or two groups) hot pressing lower die horizontal rails 8 are separated by a distance to be had to be larger than The width of wet base transfer mould 7a, so two groups of fulcrums of supporting hot pressure mold mounting plate are also just at a distance of larger, hot pressing lower die installation Plate central point compressive deformation is maximum.In addition, original same category of device of no supporting part is completely by track stress, track easily becomes Shape, short life, mold mounting plate is not easy holding level under hot pressing, so as to influence left hot pressing upper mold 3a and left hot pressing lower die The mold depth of parallelism between 3c, right hot pressing upper mold 4a and right hot pressing lower die 4c, also affect hot pressing lower die move horizontally it is steady Property.
Lower-left mould horizontal drive mechanism contains Left Drive device and servo motor 12, and the Left Drive device can be a pair of The left rack 5a and left gear 5b that are meshed or the screw pair biography being made of left leading screw 5.1 and left nut 5.2 etc. Motivation structure；Bottom right mould horizontal drive mechanism 6 contains right transmission device and servo motor 12, and the right transmission device can be a pair of The right rack 6a and right gear 6b that are meshed or the screw pair biography being made of right leading screw 6.1 and right nut 6.2 etc. Motivation structure.
When the Left Drive device is a pair of left rack 5a being meshed and left gear 5b, the right transmission device is a pair of When the right rack 6a and right gear 6b that are meshed, lower-left mould horizontal drive mechanism 5 left hot pressing lower die is driven to be moved horizontally with And bottom right mould horizontal drive mechanism 6 drives that with right hot pressing lower die move horizontally realized by the transmission of gear and rack , what it is with moving gear rotation is servo motor.As shown in figure 3, mold mounting plate 4e under mold mounting plate 3e and right hot pressing under left hot pressing Left rack 5a and right rack 6a are respectively fixed with, left rack 5a is fixed together with mold mounting plate 3e under left hot pressing, can be along heat Pressure mould horizontal rail 8 makees horizontal reciprocating movement, and right rack is fixed together with mold mounting plate 4e under right hot pressing, can be along hot pressing Lower die horizontal rail 8 makees horizontal reciprocating movement；Left gear and right gear are respectively positioned on the right of the lower bearing bracket left side and lower bearing bracket, left Gear and left rack 5a are meshed, and right gear and right rack 6a are meshed, and left gear rotation can drive left rack to make left and right horizontal Movement, so as to which mold mounting plate 3e under left hot pressing be driven to move horizontally, right gear rotation can drive right rack left right horizontal movement, So as to which mold mounting plate 4e under right hot pressing be driven to move horizontally；Can also be mold mounting plate 3e and right hot pressing lower die peace under left hot pressing Left gear and right gear is located in loading board 4e respectively, and left rack 5a and right rack 6a are separately fixed at the lower bearing bracket left side and lower bearing bracket The right, left gear and left rack 5a are meshed, and right gear and right rack are meshed, and left gear is performed relative motion with left rack 5a can Mold mounting plate 3e under left hot pressing is driven to move horizontally, right gear is performed relative motion with right rack 6a can drive right hot pressing lower die to pacify Loading board 4e is moved horizontally, drive left gear and right gear rotation be servo motor.When left hot pressing lower die is (or under right hot pressing Mould) when being moved horizontally to underface (the wet base transfer station 7.1) of wet base transfer mould, it is desirable that the position of stopping is very accurate, no Then, when wet base transfer mould is moved down wet base feeding left hot pressing lower die (or right hot pressing lower die), wet base transfer mould and left hot pressing lower die (or right hot pressing lower die) horizontal position will there are deviations, wet base easily to generate breakage.Equally, the left hot pressing after wet base has been received Lower die also requires the position stopped very accurate when returning to underface (the left hot pressing station 3.1) of left hot pressing upper mold, receive When right hot pressing lower die after wet base returns to underface (the right hot pressing station 4.1) of right hot pressing upper mold, the position stopped also being required Very accurate, otherwise, when the molding of left thermocompression forming device 3 and the molding of right thermocompression forming device 4, the product produced also holds It is also easy to produce breakage.
So mold mounting plate 3e and the right hot pressing lower die peace equipped with right hot pressing lower die under the left hot pressing equipped with left hot pressing lower die The repeatable accuracy of position location when loading board 4e stops in the horizontal direction is particularly significant, in order to ensure yield, it is desirable that has faster Horizontal movement velocity, and starting and stop then requirement has slow horizontal movement velocity, horizontal movement velocity will accomplish speed Conversion is steady and can accurately and effectively be controlled.In existing equipment, by the left hot pressing equipped with left hot pressing lower die of oil cylinder pushing Mold mounting plate 4e under the right hot pressing equipped with right hot pressing lower die of lower mold mounting plate 3e and oil cylinder pushing, mobile speed in the horizontal direction Degree vibrates larger when converting at a slow speed soon, it is impossible to accomplish stable position at a slow speed.By repetition test, using the driving of servo motor And elastomeric element this scheme is filled under hot pressing between mold mounting plate and sliding block 9, it can effectively realize that mold mounting plate 3e exists under left hot pressing The positional accuracy of left hot pressing station 3.1 and wet base transfer station 7.1, and effectively realize mold mounting plate 4e under right hot pressing and exist The positional accuracy of right hot pressing station 4.1 and wet base transfer station 7.1.
Because mold mounting plate can float or move down under hot pressing during the work time.As shown in Fig. 2, Fig. 5, Fig. 5 .1, to ensure Wheel and rack is meshed, the gear shaft (or perhaps center line of gear) of left gear and right gear, vertical to arrange, to adapt to The displacement that mold mounting plate floats or moves down and generate under hot pressing.Alternatively, with one kind adapt under hot pressing mold mounting plate float or under The mechanism of shifting ensures that wheel and rack is not interfered with each other in die sinking and molding.
As shown in Fig. 4 .1, Fig. 4 .2, the Left Drive device can also be made of left leading screw 5.1 and left nut 5.2 etc. Feed screw nut auxiliary drive gear；The leading screw that the right transmission device can also be made of right leading screw 6.1 and right nut 6.2 etc. Nut auxiliary drive gear.
The feed screw nut auxiliary drive gear that is made of left leading screw 5.1 and left nut 5.2 etc. when the Left Drive device, institute Right transmission device is stated by right leading screw 6.1 and right nut 6.2 when the feed screw nut auxiliary drive gear formed, in above-mentioned lower-left In mould horizontal drive mechanism 5 and bottom right mould horizontal drive mechanism 6, the kind of drive of screw pair is driven to replace with servo motor It is driven for above-mentioned wheel and rack.As shown in Fig. 3 .1, Fig. 4 .1, Fig. 4 .2, the left leading screw 5.1 equipped with left nut 5.2 is rotatable Ground is fixed on lower bearing bracket, and the axis of left leading screw is parallel with hot pressing lower die horizontal rail 8, and fixed on left nut 5.2 there are one left Nut guide pin 5.4, is fixed with left connector 5.5 on the downside of mold mounting plate 3e under left hot pressing, left connector 5.5 is sleeved on left nut and leads It on pin 5.4, can be slided up and down along left nut guide pin 5.4, mold mounting plate 3e passes through the relatively left spiral shell of left connector 5.5 under left hot pressing Mother can slide up and down, and the floating of mold mounting plate 3e will not drive moving up and down for left nut, but left leading screw with moving down under left hot pressing Rotation left nut can be driven to move horizontally, mold mounting plate 3e under left hot pressing is driven to move horizontally by left connector 5.5； Similarly, the right leading screw 6.1 equipped with right nut 6.2 is rotatably mounted on lower bearing bracket, axis and the hot pressing lower die of right leading screw Horizontal rail 8 is parallel, and fixed on right nut there are one right nut guide pins 6.4, are fixed on the downside of mold mounting plate 4e under right hot pressing Right connector 6.5, right connector 6.5 are sleeved on right nut guide pin 6.4, can be slided up and down along right nut guide pin 6.4, right hot pressing Lower mold mounting plate 4e can be slided up and down by the relatively right nut of right connector, and the floating of mold mounting plate 4e is with moving down not under right hot pressing Moving up and down for right nut can be driven, but the rotation of right leading screw can drive right nut to move horizontally, pass through right 6.5 band of connector Mold mounting plate 4e under right hot pressing is moved to move horizontally.The position of nut guide pin and connector is opposite, as shown in Fig. 4 .3, Can be that left nut guide pin 5.4 is housed on the left connector 5.5 being fixed together with mold mounting plate under left hot pressing, it is solid on left nut Fixed one block of plate with holes, is sleeved on left nut guide pin 5.4, mold mounting plate can by the relatively left nut of left connector 5.5 under hot pressing It slides up and down, the floating of mold mounting plate will not drive moving up and down for left nut, but the rotation of leading screw can with moving down under left hot pressing Nut is driven to move horizontally, mold mounting plate under left hot pressing is driven to move horizontally by left connector 5.5；Similarly, right side Same mode can also be used in right connector 6.5 and right nut guide pin 6.4.
It is usually this that a kind of typical lower template, which has the production process of double hot pressing plant fiber molding forming machines of supporting-point, Sample：
As shown in Figure 1, reach the plant fibre slurry liquid of suitable concentration in filtering molding stock tank in filtering molding mold 2c Wet base is made, after wet base molding is completed, filtering molding mold exposes liquid level with wet base, and wet base transfer mould power plant 7b drives Dynamic wet base transfer mould 7a, which moves down to reach vertically, picks up wet base on filtering molding mold 2c, and wet base follows wet base to shift mould in wet base It is lifted up in place under the promotion of transfer mould power plant 7b, left hot pressing lower die and right hot pressing lower die are driven respectively in lower-left mould level Under the driving of motivation structure 5 and bottom right mould horizontal drive mechanism 6, respectively wet base is alternately moved to along hot pressing lower die horizontal rail 8 Transfer station 7.1, wet base transfer mould power plant 7b drive wet base transfer mould 7a to move down vertically and reach left hot pressing lower die or right heat Mould is depressed, and the wet base on wet base transfer mould is transferred in left hot pressing lower die or right hot pressing lower die, then, wet base transfer mould moves Power apparatus 7b drives wet base transfer mould 7a to rise again in place, and left hot pressing lower die or right hot pressing lower die return to left hot pressing work respectively 3.1 or right hot pressing stations 4.1 of position.Left hot pressing lower die and right hot pressing lower die are during all move horizontally, left hot pressing lower die Mold mounting plate 4e floats under installing plate 3e and right hot pressing, completely disengages supporting part 10, and vertical direction supporting part keeps certain interval. The left hot pressing lower die after wet base has been received under the driving of lower-left mould horizontal drive mechanism 5, back to left hot pressing upper mold just under Side (left hot pressing station 3.1), left hot pressing upper mold under the driving of left hot pressing upper mold Shift cylinder (or pneumohydraulic pressure-cylinder), downwards with Left hot pressing lower die molding simultaneously carries out hot-pressing drying sizing to wet base, when left thermocompression forming device 3 is in molding state, is molding Under the action of power, the elastomeric element under left hot pressing between mold mounting plate and sliding block is compressed, and mold mounting plate moves down under left hot pressing, directly Mold mounting plate touches supporting part 10 under to left hot pressing, and mold clamping force is transmitted to supporting part 10, and supporting part 10 bears left hot pressing lower die The most or all of mold clamping force that installing plate passes over；Equally, the right hot pressing lower die after wet base has been received in bottom right mould water Under the driving of flat driving mechanism 6, back to the underface (right hot pressing station 4.1) of right hot pressing upper mold, right hot pressing upper mold is in right heat Under the driving for pressing upper mold Shift cylinder (or pneumohydraulic pressure-cylinder), molded with right hot pressing lower die downwards and hot-pressing drying is carried out to wet base Sizing, when right thermocompression forming device 4 is in molding state, the elastomeric element under right hot pressing between mold mounting plate and sliding block is pressed Contracting, mold mounting plate moves down under right hot pressing, and until mold mounting plate touches supporting part 10 under right hot pressing, mold clamping force is transmitted to supporting part 10, supporting part 10 bears the most or all of mold clamping force that mold mounting plate under right hot pressing passes over.When wet base be hot pressed it is dry After dry sizing, left thermocompression forming device 3 and right thermocompression forming device 4 are molded respectively, and the product after dryness finalization can pass through After various ways are removed, left hot pressing lower die 3c and right hot pressing lower die 4c continuation alternately return to wet base transfer station 7.1 and receive Wet base, alternatively, left hot pressing lower die 3c and right hot pressing lower die 4c alternately returns to wet base with the product after dryness finalization shifts work Position 7.1, after the product after dryness finalization is removed, is further continued for receiving wet base, into subsequent cycle.So in cycles, it follows Ring is reciprocal.

Claims (10)

1. lower template has double hot pressing moulding of plant fibres forming methods of supporting-point, sequentially cycle carries out according to the following steps：
1) the wet base of product is made in slurries by filtering molding device, and wet base, which is admitted to, is alternately moved to wet base transfer station 7.1 Left hot pressing lower die 3c or right hot pressing lower dies 4c；
2) the left hot pressing lower die of wet base is received into wet base transfer station 7.1, with wet base along 8 water of hot pressing lower die horizontal rail Flat to move back to left hot pressing station 3.1, the left hot pressing upper mold 3a that can be moved up and down vertically is moved down, and is closed with left hot pressing lower die Mould carries out hot-pressing drying sizing to wet base；
The right hot pressing lower die of wet base is received into wet base transfer station 7.1, it is horizontal along hot pressing lower die horizontal rail 8 with wet base Right hot pressing station 4.1 is moved back to, the right hot pressing upper mold 4a that can be moved up and down vertically is moved down, and is molded with right hot pressing lower die, Hot-pressing drying sizing is carried out to wet base；
3) left hot pressing upper mold 3a is moved up disengages with left hot pressing lower die, takes out dried product；Right hot pressing upper mold 4a is moved up It is disengaged with right hot pressing lower die, takes out dried product；
Supporting part 10 is respectively arranged on the left hot pressing station and right hot pressing station of lower bearing bracket, which holds to be at least one Pouring weight or one group of idler wheel；When left hot pressing upper mold and left hot pressing lower die mold or right hot pressing upper mold and right heat in left hot pressing station 3.1 Mould is depressed when right hot pressing station 4.1 molds, mold mounting plate is contacted with supporting part 10 under hot pressing, and supporting part carries hot pressing lower die Installing plate；To avoid mold mounting plate under hot pressing and hot pressing lower die stress deformation and obtain hot pressing upper mold and the depth of parallelism of hot pressing lower die To guarantee.
2. lower template according to claim 1 has double hot pressing moulding of plant fibres forming methods of supporting-point, feature exists In：Mold mounting plate leads to respectively under the right hot pressing of mold mounting plate and fixed right hot pressing lower die under the left hot pressing of fixed left hot pressing lower die It crosses sliding block to be located in horizontally moveablely in hot pressing lower die horizontal rail 8, bullet is housed under left hot pressing between mold mounting plate and sliding block Property component 11a, elastomeric element is also equipped under right hot pressing between mold mounting plate and sliding block.
3. lower template according to claim 2 has double hot pressing moulding of plant fibres forming methods of supporting-point, feature exists In：Elastomeric element under the hot pressing between mold mounting plate and sliding block be arranged on spring upper holder block 11b and spring downward block 11c it Between, spring upper holder block 11b is fixed together with mold mounting plate under hot pressing, and spring downward block 11c is fixed together with sliding block 9, bullet Spring lock block guide pin 11d is also equipped between spring upper holder block 11b and spring downward block 11c, spring upper holder block 11b is relative under spring Briquetting 11c can be slided up and down, but cannot carry out the relative movement of horizontal direction.
4. lower template according to claim 3 has double hot pressing moulding of plant fibres forming methods of supporting-point, feature exists In：Left hot pressing lower die move horizontally with right hot pressing lower die move horizontally be respectively adopted servo motor driving come realizing or Person is respectively adopted independent linear motor and drives moving horizontally for left hot pressing lower die and right hot pressing lower die；Servo motor drives left heat The transmission for being moved horizontally through gear and rack of pressure mould and right hot pressing lower die is realized or by feed screw nut auxiliary driving reality Existing or by synchronous belt transmission is realized.
5. lower template according to claim 4 has double hot pressing moulding of plant fibres forming methods of supporting-point, feature exists In：Mold mounting plate is respectively fixed with left rack and right rack under mold mounting plate and right hot pressing under left hot pressing, is located on lower bearing bracket Left gear left rack is driven to move horizontally, so as to which mold mounting plate under left hot pressing be driven to move horizontally, be located on lower bearing bracket Right gear right rack is driven to move horizontally, so as to which mold mounting plate under right hot pressing be driven to move horizontally；Alternatively, left hot pressing lower die Left gear and right gear, left gear and the left tooth being fixed on lower bearing bracket is located in mold mounting plate respectively under installing plate and right hot pressing Gear motion drives mold mounting plate under left hot pressing to move horizontally, right gear and the right rack gear motion being fixed on lower bearing bracket Mold mounting plate under right hot pressing is driven to move horizontally, the rotation of left gear and right gear is driven by motor；The left gear and the right side Gear, gear shaft centre line should be at vertical direction, so that the gear and rack that are meshed can make appropriate fortune opposite up and down It moves, to adapt to when hot pressing molds and molds, the appropriate of mold mounting plate rises and the appropriate position for declining and generating under caused hot pressing It moves.
Alternatively, the kind of drive for driving screw pair by servo motor drives mold mounting plate under left hot pressing；Equipped with left nut 5.2 left leading screw 5.1 is rotatably positioned on lower bearing bracket, and the axis of left leading screw is parallel with hot pressing lower die horizontal rail 8, on a left side Fixed on nut 5.2 there are one left nut guide pins 5.4, and mold mounting plate 3e is fixed with left connector 5.5, left connector under left hot pressing 5.5 are sleeved on left nut guide pin 5.4 and are slided up and down along left nut guide pin 5.4, under left hot pressing the floating of mold mounting plate 3e with Moving up and down for left nut will not be driven by moving down, but the rotation of left leading screw can drive left nut to move horizontally, and pass through left connector 5.5 drive mold mounting plate 3e under left hot pressing to move horizontally；Right leading screw 6.1 equipped with right nut 6.2 is rotatably positioned in lower machine On frame, the axis of right leading screw is parallel with hot pressing lower die horizontal rail 8, and fixed on right nut there are one right nut guide pin 6.4, right heat Pressure mold mounting plate 4e is fixed with right connector 6.5, and right connector 6.5 is sleeved on right nut guide pin 6.4 and is led along right nut Pin 6.4 slides up and down, and the floating of mold mounting plate 4e will not drive moving up and down for right nut, but right leading screw with moving down under right hot pressing Rotation right nut can be driven to move horizontally, mold mounting plate 4e under right hot pressing is driven to move horizontally by right connector 6.5；
Alternatively, equipped with nut guide pin on left connector and right connector, on left nut and on right nut it is each fix one piece it is with holes Plate is respectively fitted on nut guide pin, so as to fulfill left connector and right connector with corresponding left nut and right nut vertical Direction can relatively move.
6. lower template has double hot pressing plant fiber molding forming machines of supporting-point, including rack 1；It is characterized in that：It further includes and sets Put the horizontal rail of hot pressing lower die that the filtering molding device 2 of wet base is made in slurries on lower bearing bracket 1a, is arranged horizontally in rack Road 8, by the left hot pressing lower die 3c moved horizontally on sliding block 9 under heat mould horizontal rail 8 and right hot pressing lower die 4c, wet base The wet base transfer device 7 of left hot pressing lower die 3c and right hot pressing lower die 4c are alternately transplanted on, can move up and down and molded vertically The left hot pressing upper mold 3a and right hot pressing upper mold 4a of hot-pressing drying sizing are carried out to wet base and drives left hot pressing lower die 3c along heat It depresses the lower-left mould horizontal drive mechanism 5 of 8 movement of mould horizontal rail and drives right hot pressing lower die 4c along the horizontal rail of hot pressing lower die The bottom right mould horizontal drive mechanism 6 that road 8 moves；
Supporting part 10 is respectively arranged on the left hot pressing station and right hot pressing station of lower bearing bracket, which holds to be at least one Pouring weight or one group of idler wheel；, when left hot pressing station 3.1 molds, to be supported in left hot pressing upper mold and left hot pressing lower die by supporting part 10 The mold clamping force or closed in right hot pressing upper mold with right hot pressing lower die in right hot pressing station 4.1 that mold mounting plate is born under left hot pressing During mould, the mold clamping force that mold mounting plate is born under right hot pressing is carry by supporting part；
Mold mounting plate point under the right hot pressing of mold mounting plate and fixed right hot pressing lower die under the left hot pressing of fixed left hot pressing lower die It is between mold mounting plate and sliding block and right under left hot pressing not by being moved horizontally on sliding block under heat mould horizontal rail 8 Elastomeric element is respectively provided under hot pressing between mold mounting plate and sliding block.
7. lower template according to claim 6 has double hot pressing plant fiber molding forming machines of supporting-point, it is characterised in that： The fixed spring upper holder block 11b of mold mounting plate under hot pressing, sliding block 9 fixed spring downward block 11c, the elastomeric element 11a are set It puts between spring upper holder block 11b and spring downward block 11c, bullet is also equipped between spring upper holder block 11b and spring downward block 11c Spring briquetting guide pin 11d to ensure that spring upper holder block 11b can be slided up and down relative to spring downward block 11c, and cannot be carried out The relative movement of horizontal direction.
8. lower template according to claim 7 has double hot pressing plant fiber molding forming machines of supporting-point, it is characterised in that： The lower-left mould horizontal drive mechanism 5 contains Left Drive device and servo motor, and the Left Drive device contains the left side being meshed Gear 5b and left rack 5a, driven by servo motor, and left hot pressing lower die is realized in the transmission through left gear 5b and left rack 5a Move horizontally；Or Left Drive device contains left leading screw 5.1, left nut 5.2, left shaft holder 5.3, a left side with the cooperation of left leading screw Nut guide pin 5.4, left connector 5.5, the screw pair that servo motor driving is made of left leading screw 5.1 and left nut 5.2 It is driven to realize moving horizontally for left hot pressing lower die；Or Left Drive device is synchronous belt, servo motor drive synchronous belt so as to Drive moving horizontally for left hot pressing lower die；
The bottom right mould horizontal drive mechanism 6 contains right transmission device and servo motor, and the right transmission device contains what is be meshed Right gear 6b and right rack 6a, driven by servo motor, and the transmission through right gear 6b and right rack 6a is realized under right hot pressing Mould move horizontally or right transmission device contain right leading screw 6.1, with right leading screw cooperation right nut 6.2, right axle bearing 6.3, Right nut guide pin 6.4, right connector 6.5, the screw pair that servo motor driving is made of right leading screw 6.1 and right nut 6.2 Transmission realize moving horizontally for right hot pressing lower die；Or right transmission device is synchronous belt, servo motor drive synchronous belt from And drive moving horizontally for right hot pressing lower die.
9. lower template according to claim 8 has double hot pressing plant fiber molding forming machines of supporting-point, it is characterised in that： The left hot pressing upper mold 3a is driven by left hot pressing upper mold Shift cylinder 3b or pneumohydraulic pressure-cylinder, and right hot pressing upper mold 4a is by right hot pressing Mould Shift cylinder 4b or pneumohydraulic pressure-cylinder driving.
10. lower template according to claim 7 has double hot pressing plant fiber molding forming machines of supporting-point, feature exists In：Mold mounting plate is respectively fixed with left rack and right rack under mold mounting plate and right hot pressing under left hot pressing, is located on lower bearing bracket Left gear left rack is driven to move horizontally, so as to which mold mounting plate under left hot pressing be driven to move horizontally, be located in lower bearing bracket On right gear right rack is driven to move horizontally, so as to which mold mounting plate under right hot pressing be driven to move horizontally；Alternatively, left hot pressing Left gear and right gear is respectively located in mold mounting plate under lower mold mounting plate and right hot pressing, and left gear is with being fixed on lower bearing bracket On left rack gear motion mold mounting plate under left hot pressing is driven to move horizontally, right gear and the right tooth being fixed on lower bearing bracket Gear motion drives mold mounting plate under right hot pressing to move horizontally, and the rotation of left gear and right gear is driven respectively by motor； The left gear and right gear, gear shaft centre line arrange vertically, so as to the gear and rack that are meshed can make it is appropriate Upper and lower relative motion is declined with appropriate rise for adapting to the mold mounting plate under caused hot pressing when hot pressing molds and molds with appropriate And the displacement generated；
Alternatively, the kind of drive of screw pair is driven to be driven to substitute the wheel and rack by servo motor, equipped with a left side The left leading screw 5.1 of nut 5.2 is rotatably positioned on lower bearing bracket, and the axis of left leading screw is parallel with hot pressing lower die horizontal rail 8, Fixed on left nut 5.2 there are one left nut guide pins 5.4, and mold mounting plate 3e is fixed with left connector 5.5, left connection under left hot pressing Body 5.5 is sleeved on left nut guide pin 5.4, can be slided up and down along left nut guide pin 5.4, the floating of mold mounting plate 3e under left hot pressing Moving up and down for left nut will not be driven, but the rotation of left leading screw can drive left nut to move horizontally with moving down, so as to drive Mold mounting plate 3e is moved horizontally under left hot pressing；Right leading screw 6.1 equipped with right nut 6.2 is rotatably positioned on lower bearing bracket, The axis of right leading screw is parallel with hot pressing lower die horizontal rail 8, right nut guide pin 6.4 there are one fixations on right nut, under right hot pressing Mold mounting plate 4e is fixed with right connector 6.5, and right connector 6.5 is sleeved on right nut guide pin 6.4, can be along right nut guide pin 6.4 slide up and down, and the floating of mold mounting plate 4e will not drive moving up and down for right nut with moving down under right hot pressing, but right leading screw Rotation can drive right nut to move horizontally, so as to which mold mounting plate 4e under right hot pressing be driven to move horizontally；Or left connector With nut guide pin is housed on right connector, on left nut and it is each on right nut fix one block of plate with holes, be respectively fitted over nut and lead On pin, it can be relatively moved in vertical direction with corresponding left nut and right nut so as to fulfill left connector and right connector.
CN201810115098.3A 2018-02-06 2018-02-06 Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting point Active CN108166333B (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201810115098.3A CN108166333B (en) 2018-02-06 2018-02-06 Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting point

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201810115098.3A CN108166333B (en) 2018-02-06 2018-02-06 Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting point

Publications (2)

Publication Number Publication Date
CN108166333A true CN108166333A (en) 2018-06-15
CN108166333B CN108166333B (en) 2019-07-23

Family

ID=62512922

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201810115098.3A Active CN108166333B (en) 2018-02-06 2018-02-06 Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting point

Country Status (1)

Country Link
CN (1) CN108166333B (en)

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110616594A (en) * 2019-09-30 2019-12-27 浙江欧亚轻工装备制造有限公司 Suspension type suction filtration forming method and suction filtration forming device for plant fiber molding
CN111168764A (en) * 2020-02-15 2020-05-19 杭州欧亚机械制造有限公司 Edge cutting method and edge cutting device for plant fiber molded product
WO2021063361A1 (en) * 2019-09-30 2021-04-08 浙江欧亚轻工装备制造有限公司 Wet blank transfer method and wet blank transfer device for use in plant fiber molding
CN114380006A (en) * 2020-10-19 2022-04-22 维美德技术有限公司 Conveyor for a production line for moulded fibre products
WO2023115237A1 (en) * 2021-12-24 2023-06-29 佛山市美万邦科技有限公司 Automatic molding machine for pulp-molded products

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB720915A (en) * 1953-04-13 1954-12-29 Werner Von Seydlitz Improvements in and relating to the production of porous slabs and other bodies fromfibrous materials, particularly from peat
CN2630300Y (en) * 2003-08-14 2004-08-04 郑天波 Fully-automatic pulp moulding-shaping machine
CN202655474U (en) * 2012-06-07 2013-01-09 勤钦精密工业(昆山)有限公司 Single-stamping bending formation turnover type mold structure
CN102995502A (en) * 2012-12-19 2013-03-27 杭州欧亚环保工程有限公司 Turnover size absorbing and forming method of plant fiber and turnover size absorbing and molding-forming machine
CN103015273A (en) * 2012-12-19 2013-04-03 杭州欧亚环保工程有限公司 Vegetable fiber molded product full-automatic manufacturing method and molding and trimming integrated machine
CN103184330A (en) * 2013-01-11 2013-07-03 滁州亚利模具设备有限公司 Die
CN204020023U (en) * 2014-08-19 2014-12-17 顶瑞科技(苏州)有限公司 A kind of small-sized fast press

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
GB720915A (en) * 1953-04-13 1954-12-29 Werner Von Seydlitz Improvements in and relating to the production of porous slabs and other bodies fromfibrous materials, particularly from peat
CN2630300Y (en) * 2003-08-14 2004-08-04 郑天波 Fully-automatic pulp moulding-shaping machine
CN202655474U (en) * 2012-06-07 2013-01-09 勤钦精密工业(昆山)有限公司 Single-stamping bending formation turnover type mold structure
CN102995502A (en) * 2012-12-19 2013-03-27 杭州欧亚环保工程有限公司 Turnover size absorbing and forming method of plant fiber and turnover size absorbing and molding-forming machine
CN103015273A (en) * 2012-12-19 2013-04-03 杭州欧亚环保工程有限公司 Vegetable fiber molded product full-automatic manufacturing method and molding and trimming integrated machine
CN103184330A (en) * 2013-01-11 2013-07-03 滁州亚利模具设备有限公司 Die
CN204020023U (en) * 2014-08-19 2014-12-17 顶瑞科技(苏州)有限公司 A kind of small-sized fast press

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110616594A (en) * 2019-09-30 2019-12-27 浙江欧亚轻工装备制造有限公司 Suspension type suction filtration forming method and suction filtration forming device for plant fiber molding
WO2021063361A1 (en) * 2019-09-30 2021-04-08 浙江欧亚轻工装备制造有限公司 Wet blank transfer method and wet blank transfer device for use in plant fiber molding
WO2021063354A1 (en) * 2019-09-30 2021-04-08 浙江欧亚轻工装备制造有限公司 Suspension type suction filtration forming method and suction filtration forming device for plant fiber molding forming
CN111168764A (en) * 2020-02-15 2020-05-19 杭州欧亚机械制造有限公司 Edge cutting method and edge cutting device for plant fiber molded product
CN114380006A (en) * 2020-10-19 2022-04-22 维美德技术有限公司 Conveyor for a production line for moulded fibre products
WO2023115237A1 (en) * 2021-12-24 2023-06-29 佛山市美万邦科技有限公司 Automatic molding machine for pulp-molded products

Also Published As

Publication number Publication date
CN108166333B (en) 2019-07-23

Similar Documents

Publication Publication Date Title
CN108166333B (en) Lower template has the double hot pressing moulding of plant fibres forming methods and molding machine of supporting point
CN108193567A (en) The double hot pressing moulding of plant fibres forming methods and molding machine of servo motor driving
CN108360303A (en) Moulding of plant fibres hot-press molding method and the hot-forming mechanism of moulding of plant fibres
CN102587222A (en) Pulp forming mold integrally turning automat and production process thereof
CN215158529U (en) Damping device of full-automatic conveying equipment
CN110578274A (en) Wet blank transfer method and device for plant fiber molding
CN201612852U (en) Stripping machine for capsule automatic production lines
CN211467543U (en) Preparation production line of quartz synthetic stone board
CN210975377U (en) Wet blank transfer device for molding plant fiber
CN210975378U (en) Suspension type suction filtration forming device for plant fiber molding
CN210975379U (en) Plant fiber molding vertical balance wet blank transfer device
CN109333519B (en) Transfer equipment of environment-friendly paper pulp molding cutlery box
CN201147822Y (en) Novel pourig basin forming machine for casting
CN213223912U (en) Stamping die capable of improving stamping precision
CN207747478U (en) Button all-in-one machine is made in a kind of annulus feeding
CN212684881U (en) Material transfer system of paper buffer material manufacturing installation
CN210848202U (en) Automatic wax mould machine
CN201183922Y (en) Paper pulp molding press apparatus and overturn type tuck net apparatus of paper pulp molding press apparatus
CN210082059U (en) Improve poor cloth compensator of ceramic tile size
CN221163582U (en) Automatic feeding mechanism of packaging machine
CN212219422U (en) Drawing gauge device and full-automatic flat-pressing flat die cutting machine
CN111824835A (en) Material pulling equipment of printing machine
CN111807055A (en) Double-station feeder
CN201264333Y (en) Vibrating body of artificial stone pressing apparatus
CN2478765Y (en) Mechanical floating powder-compacting press

Legal Events

Date Code Title Description
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
GR01 Patent grant
GR01 Patent grant
TR01 Transfer of patent right

Effective date of registration: 20220627

Address after: 314500 No. 1507, Guangming Road, Tongxiang Economic Development Zone, Jiaxing City, Zhejiang Province

Patentee after: Zhejiang Eurasia Light Industry Equipment Manufacturing Co.,Ltd.

Address before: 310004 West 1206, modern real estate building, No. 46, Wenhui Road, Xiacheng District, Hangzhou City, Zhejiang Province

Patentee before: Zheng Tianbo

TR01 Transfer of patent right