CN109531954A - Port treasured automatic moulding assembly line - Google Patents
Port treasured automatic moulding assembly line Download PDFInfo
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- CN109531954A CN109531954A CN201811369308.8A CN201811369308A CN109531954A CN 109531954 A CN109531954 A CN 109531954A CN 201811369308 A CN201811369308 A CN 201811369308A CN 109531954 A CN109531954 A CN 109531954A
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- Prior art keywords
- pressure roller
- multiple pressure
- roller
- material strip
- bracket
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B37/00—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
- B32B37/10—Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using action of vacuum or fluid pressure
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B32—LAYERED PRODUCTS
- B32B—LAYERED PRODUCTS, i.e. PRODUCTS BUILT-UP OF STRATA OF FLAT OR NON-FLAT, e.g. CELLULAR OR HONEYCOMB, FORM
- B32B38/00—Ancillary operations in connection with laminating processes
- B32B38/0004—Cutting, tearing or severing, e.g. bursting; Cutter details
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- Physics & Mathematics (AREA)
- Fluid Mechanics (AREA)
- Extrusion Moulding Of Plastics Or The Like (AREA)
- Casting Or Compression Moulding Of Plastics Or The Like (AREA)
Abstract
The invention discloses a kind of port treasured automatic moulding assembly lines, including rack, extrusion mechanism, screen cloth mechanism, composite structure, cooling body, trimming mechanism, traction mechanism and plate shearing machine structure；Screen cloth mechanism includes screen cloth bracket, online cloth rewinder roll and off line cloth rewinder roll；Composite structure includes compound rest, lower multiple pressure roller, upper multiple pressure roller, forming roller and synchronous motor；Pressure roller, upper equal gap arrangement between pressure roller and forming roller again are answered down, and it is in tilted layout between the plane and horizontal plane of the axis formation of lower multiple pressure roller, upper multiple pressure roller and forming roller, the screen cloth of online cloth rewinder roll and off line cloth rewinder roll be transmitted in the material strip squeezed out between lower multiple pressure roller and upper multiple pressure roller with die head it is compound after again from being pierced by and be transmitted in from cooling body between upper multiple pressure roller and forming roller, extrusion mechanism is connected with die head, and die head is set to the top between lower multiple pressure roller and upper multiple pressure roller；By carrying out compound screening, cooling, deburring and cutting to material strip, have the effect of improving its product processing quality.
Description
Technical field
The present invention relates to port treasured technical field of processing equipment, more specifically, it relates to a kind of port treasured automatic moulding flowing water
Line.
Background technique
With the component for fixing heel on heel of a shoe, precious main point of port in the prior art when port treasured is a kind of shoemaking
Be following three kinds: the first, latex port it is precious, use inundated intenerating method, such port treasured is the material for making port treasured with bottom leather in ox-hide
Material, and in the past with hand-made leather shoes when tenderizer；Second, chemical piece port is precious, uses immersion solvent (toluene) soft
Change method, such port treasured leaching solvent can soften, and for one of shoe industry revolutionary character footwear material in recent years, characteristic is to impregnate solvent
It is very soft, it is formed most useful for footwear, is that may achieve stiffening effect after dry cooling without adding or reinforcing any processing,
More mode is used for shoes industry；The third, hot melt adhesive port it is precious, use heating and softening method, utilize heating (about 100-120
Degree) mode, make to serve as a contrast position before being pressed on vamp in advance " " softening ties side molding with benefit to hot melt adhesive.
Now also have using hot melt adhesive and form port treasured, to replace traditional latex port precious, chemical piece port treasured etc.；That is, with heat
Melten gel sizing material heats extrusion molding and forms flaky material, then forms required shape according to needing to heat and soften；For enhancing
The structural strength of hot melt adhesive port treasured, using non-woven fabrics etc., the net in, process have in middle netlist the hot melt adhesive port treasured also having
Face, which squeezes, combines hot melt adhesive sizing material, also known as lamination, or distinguishes lamination in middle net two sides respectively；But lamination is distinguished in traditional two sides
Hot melt adhesive port it is precious, since having time is poor between lamination twice, the hot melt adhesive film physicochemical property of middle net two sides is inconsistent, causes to combine
It is insecure, the defects of cracking, influence its processing quality.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of port treasured automatic moulding assembly line, tool
It is improved the effect of its product processing quality.
To achieve the above object, the present invention provides the following technical scheme that
A kind of port treasured automatic moulding assembly line, including rack are disposed with for by port treasured raw material melting in the rack
Cocurrent extends the extrusion mechanism to the continuous material strip of press mold, the screen cloth mechanism for unreeling screen cloth, compound for carrying out to material strip
Composite structure, for carrying out cooling cooling body to the material strip after compound, carrying out repairing for deburring to the material strip after cooling and shaping
Side mechanism, the traction mechanism that material strip after molding is drawn and the plate shearing machine that the molding mass band after deburring is cut
Structure；The screen cloth mechanism includes the screen cloth bracket being set in rack, the online cloth rewinder roll being set to above screen cloth bracket and sets
The off line cloth rewinder roll being placed in below screen cloth bracket；The composite structure includes compound rest, is rotatably dispose on compound rest
Answer pressure roller, upper multiple pressure roller and forming roller down, and be fixedly installed on compound rest for drive down again pressure roller, upper pressure roller again and
Forming roller is in the synchronous motor of compound rest synchronous rotation；Equal gap between the lower multiple pressure roller, upper multiple pressure roller and forming roller
Arrangement, and be in tilted layout between the plane and horizontal plane of the axis formation of lower multiple pressure roller, upper multiple pressure roller and forming roller, the online
The screen cloth of cloth rewinder roll and off line cloth rewinder roll be transmitted in the material strip squeezed out between lower multiple pressure roller and upper multiple pressure roller with die head it is compound after again
From being pierced by and being transmitted in from cooling body between upper multiple pressure roller and forming roller, the extruding end of the extrusion mechanism is connected with die head,
The discharge end of the die head is set to the top between lower multiple pressure roller and upper multiple pressure roller.
So set, processing firstly, will be used to for port treasured raw material being separately added into extrusion mechanism and passing through die head melting simultaneously
It is cast out continuous material strip；Secondly, screen cloth is transmitted in composite structure respectively by the online cloth rewinder roll and off line cloth rewinder roll of screen cloth mechanism
In upper multiple pressure roller and lower multiple pressure roller between, the plane and water that are formed due to the axis of lower multiple pressure roller, upper multiple pressure roller and forming roller
It is in tilted layout between plane, when the extruded stock band on die head is sent between lower multiple pressure roller and upper multiple pressure roller, and passes through upper screen cloth
The screen cloth of roller and off line cloth rewinder roll is covered in the both ends of the surface of material strip, has the function that multiple net；Meanwhile using upper multiple pressure roller under
The squeezing action power preliminary consolidation of multiple pressure roller is simultaneously sent to further compound rolling between multiple pressure roller and forming roller；Then, multiple
Material strip after network pressure reality, which is sent in cooling body, carries out cooling and shaping processing, reaches and further forms work to the material strip after multiple net
With；Furthermore by trimming mechanism, deburring is carried out to the material strip after cooling and shaping, is reached to the work for carrying out deburring on material strip width
With raising product processing quality；Period draws material strip after molding by traction mechanism full name, reaches material strip and continues
The purpose of transmission；Finally, the purpose of quantitative cutting is carried out to the material strip after deburring by cutting mechanism；Port treasured raw material passes through extrusion
After mechanism machine die head melting cocurrent extends continuous material strip, successively by multiple net, pre-molding, cooling, deburring and cutter
Sequence, the process for improving the automation processing to port treasured material strip, the Forming Quality and the quality after product processing for improving port treasured material strip.
Further setting: the die head includes the die holder connecting with the extruding end of extrusion mechanism, upper mold core and and upper mold
One end of the lower mold core that core matches, the upper mold core and lower mold core is both secured on die holder, and the other end forms material strip outlet.
So set, port treasured raw material is sent between upper mold core and lower mold core after melting by die holder, and pass through material
Have the function that extend continuous material strip with outlet.
Further setting: being detachably fixed in the upper mold core and be provided with cope plate, detachable in the upper mold core
It is fixedly installed lower template, one end of the cope plate and lower template passes through fastener and is individually fixed in upper mold core and lower mold core
On, and cope plate and the other end of lower template are formed and are exported for the material strip of material strip extrusion type.
So set, after melting material by after upper mold core and lower mold core squeeze out, then by cope plate and lower template into
Row is extruded to shape, and by forming processes twice, and is exported and is squeezed out by material strip, improved and carry out forming processes matter to port treasured after melting
Amount；Meanwhile by replacement cope plate and lower template, achieve the purpose that squeeze out different material strip types (such as width, thickness).
Further setting: sliding bearing pedestal, institute are provided on the both ends axis of the lower multiple pressure roller and forming roller
It states sliding bearing pedestal to be slideably positioned on compound rest, the upper multiple pressure roller is connected with fixing bearing pedestal, the fixation
Bearing base is fixedly installed on compound rest, and two plain bearing housings of driving are separately provided on the compound rest
It is in the adjusting cylinder that compound rest reciprocatingly slides towards fixed bearing block direction.
So set, by adjusting the spacing between cylinder two plain bearing housings of adjusting and fixed bearing block, i.e., it is adjustable
Pressure roller, the upper multiple spacing of pressure roller and forming roller between any two are answered down, are reached and answer net and the multiple pressure thickness of molding suitable for different material strips
The effect of degree improves material strip and answers net and answer forming stability and product after molded applicable performance and material strip are netted again
The effect of Forming Quality.
Further setting: the lower multiple pressure roller, upper multiple pressure roller and forming roller are in hollow form setting, and in the lower multiple pressure
Coolant liquid is provided in roller, upper multiple pressure roller and forming roller.
So set, making its multiple net by adding coolant liquid in the hollow portion of lower multiple pressure roller, upper multiple pressure roller and forming roller
Material strip afterwards is precooled, have the function that improve material strip preliminary cooling and shaping the forming stability after material strip is netted again with
And the effect of forming quality of products.
Further setting: the cooling body includes the cooling holder being set in rack and several are rotatably dispose in
Chill roll on cooling holder.
So set, the material strip after multiple net is successively mixed by multiple coolings, make its product cooling and shaping, expects after improving multiple net
The effect of the forming stability and forming quality of products of band.
Further setting: the trimming mechanism includes the deburring bracket being fixedly installed in rack, is rotatably dispose in deburring
Trimming roller on bracket and the trimming blade being symmetrically disposed on deburring bracket, the trimming blade are arranged in the upper of trimming roller
Side.
So set, carrying out deburring to the material strip two sides being transmitted on trimming roller by trimming blade, multiple net forming is improved
The uniformity of material strip two sides afterwards, and then improve the purpose of its product quality.
Further setting: the dragger includes the towing bracket being fixedly installed in rack, is fixedly installed on traction branch
Traction electric machine on frame, with the output axis connection of traction electric machine and the traction drive roll being rotatably dispose on towing bracket and turn
The dynamic traction driven voller being set on towing bracket and gap arrangement is led with traction drive roll.
So set, driving traction drive roll to lead rotation by traction electric machine, the material strip after Compound cooling is driven from drawing
Roller and traction drive roll lead between pass through, and using with from traction driven voller and draw drive roll lead between conflict, realize material
Effect with traction transmission.
Further setting: offering sliding groove on the towing bracket, and the both ends of the traction driven voller, which rotate, to be set
It is equipped with bearing block, two bearing blocks are slideably positioned on the sliding groove of towing bracket, are provided on the towing bracket
Cylinder is drawn, the piston rod of the traction cylinder is fixedly connected with the bearing seat and drives the bearing block towards traction drive roll direction
It moves back and forth.
So set, driving bearing block to be in sliding in the sliding groove of towing bracket by traction cylinder, make it from traction
Driven voller and traction drive roll lead between spacing change, adjust from traction driven voller and traction drive roll lead between act on material
The conflict power taken, has the function that stablize transmission, while by adjusting from traction driven voller and drawing between drive roll leads
Spacing, to have the function that be suitable for different-thickness material strip.
Further setting: the extrusion mechanism further includes blender, feeder and extruder, one end of the extruder
It is connect respectively with blender and feeder, the other end is connect with the die head.
So set, will be used to process in feeder that port treasured raw material is separately added into extrusion mechanism, blender, then lead to
It crosses extruder and die head melting cocurrent extends continuous material strip, realize to the tentatively molding effect of port treasured Raw material processing.
By using above-mentioned technical proposal, the present invention compares compared with the prior art, has the advantage that
1, material is extruded to shape by after upper mold core and lower mold core squeeze out, then through cope plate and lower template after melting,
It by forming processes twice, and is exported and is squeezed out by material strip, improved and forming processes quality is carried out to port treasured after melting；Meanwhile it is logical
Replacement cope plate and lower template are crossed, achievees the purpose that squeeze out different material strip types；
2, adjust spacing between two plain bearing housings and fixed bearing block by adjusting cylinder, i.e., adjustable lower pressure roller again, on
The multiple spacing of pressure roller and forming roller between any two has the function that net and molding are answered suitable for different material strips presses thickness again, mentions
High material strip answers net and multiple molded applicable performance and material strip net again after forming stability and forming quality of products
Effect；
3, after treasured raw material in port extends continuous material strip by extrusion mechanism machine die head melting cocurrent, successively pass through multiple net, be pressed into advance
Type, cooling, deburring and cutting process, the process for improving the automation processing to port treasured material strip, improve the molding of port treasured material strip
The effect of quality after quality and product processing.
Detailed description of the invention
Fig. 1 is the overall schematic of port treasured automatic moulding assembly line；
Fig. 2 is the structural schematic diagram of pressing mechanism, composite structure and screen cloth mechanism in port treasured automatic moulding assembly line；
Fig. 3 is the structural schematic diagram of die head in port treasured automatic moulding assembly line；
Fig. 4 is composite structure and the structural schematic diagram of screen cloth mechanism in port treasured automatic moulding assembly line；
Fig. 5 is the enlarged drawing in Fig. 4 at A；
Fig. 6 is the structural schematic diagram of composite structure in port treasured automatic moulding assembly line；
Fig. 7 is the structural schematic diagram of cooling body in port treasured automatic moulding assembly line；
Fig. 8 is the structural schematic diagram of trimming mechanism in port treasured automatic moulding assembly line；
Fig. 9 is the enlarged drawing in Fig. 8 at B；
Figure 10 is the structural schematic diagram of traction mechanism in port treasured automatic moulding assembly line.
In figure: 1, rack；2, extrusion mechanism；21, blender；22, feeder；23, extruder；24, die head；241, mould
Seat；242, upper mold core；243, lower mold core；244, cope plate；245, lower template；246, material strip exports；247, card slot；248, it buckles
Part；3, screen cloth mechanism；31, screen cloth bracket；32, online cloth rewinder roll；33, off line cloth rewinder roll；34, mobile device；341, rack gear；342, turn
Moving gear；343, rotating wheel；344, limit base；345, shank is limited；35, upper screen cloth feed roller；36, lower screen cloth feed roller；
37, material strip outlet roller；4, composite structure；41, compound rest；42, lower multiple pressure roller；43, upper multiple pressure roller；44, forming roller；45, same
Walk motor；46, sliding bearing pedestal；47, fixing bearing pedestal；48, regulating part；5, cooling body；51, cooling holder；52, cold
But roller；6, trimming mechanism；61, deburring bracket；62, trimming roller；63, deburring motor；64, fixed link；65, mounting blocks；66, deburring
Blade；67, fixing piece；681, deburring feed roller；682, deburring discharge roller；683, transition roller；69, inductor is detected；7, it draws
Mechanism；71, towing bracket；711, sliding groove；72, traction electric machine；73, drive roll is drawn；74, driven voller is drawn；75, bearing
Seat；76, cylinder is drawn；8, plate shearing machine structure；9, tensioning apparatus；91, idler roller；92, tensioning frame；93, tensioning cylinder.
Specific embodiment
Port treasured automatic moulding assembly line is described further referring to attached drawing.
A kind of port treasured automatic moulding assembly line is set in turn in rack 1 and is used for port as shown in Figure 1, including rack 1
Precious raw material melting cocurrent extends the extrusion mechanism 2 to the continuous material strip of press mold, the screen cloth mechanism 3 for unreeling screen cloth, for material
With carry out compound composite structure 4, for carrying out cooling cooling body 5, to the material after cooling and shaping to the material strip after compound
With carrying out the trimming mechanism 6 of deburring, the traction mechanism 7 drawn to material strip after molding and to the molding mass band after deburring
The plate shearing machine structure 8 cut.
As shown in Figure 2, wherein extrusion mechanism 2 includes blender 21, feeder 22, extruder 23 and die head 24；It squeezes out
One end of machine 23 is connect with blender 21 and feeder 22 respectively, the other end and die head 24 connect, and the discharge end of die head 24
It is set to the top of composite structure 4.
As shown in figure 3, die head 24 include the die holder 241 being connect with the extruding end of extruder 23, upper mold core 242 and with it is upper
The lower mold core 243 that mold core 242 matches；One end of upper mold core 242 and lower mold core 243 is both secured on die holder 241, other end shape
246 are exported at the material strip for discharging.
As shown in figure 3, simultaneously, be detachably fixed in upper mold core 242 and be provided with cope plate 244, it can in upper mold core 242
It dismantles and is fixedly installed lower template 245, it is solid respectively that one end of cope plate 244 and lower template 245 passes through fastener (such as bolt)
Due in upper mold core 242 and lower mold core 243, and cope plate 244 and the other end of lower template 245 form and are used for material strip extrusion molding
Material strip outlet 246；, by replacing the cope plate 244 and lower template 245 of different model, change the material strip formed when its cooperation
Outlet 246, makes that it is suitable for squeezing out different types of material strip.
As shown in figure 3, being offered on the outer wall that cope plate 244 exports 246 directions towards material strip with 245 two sides of lower template
Card slot 247, and two card slots 247 of the same side are connected by the fastener 248 of the U-shaped setting in cross section, are realized to cope plate 244
The effect further fixed between lower template 245.
As shown in figure 4, composite structure 4 includes compound rest 41, the lower multiple pressure roller being rotatably dispose on compound rest 41
42, upper multiple pressure roller 43 and forming roller 44, and be fixedly installed on compound rest 41 for driving down again pressure roller 42, upper multiple pressure roller
43 and forming roller 44 be in compound rest 41 synchronous rotation synchronous motor 45；Forming roller 44 and lower multiple pressure roller 42 are counterclockwise
Rotation, upper multiple pressure roller 43 is to rotate clockwise.
As shown in Figure 4 and Figure 6, gap arrangement, and lower multiple pressure between lower multiple pressure roller 42, upper multiple pressure roller 43 and forming roller 44
It is in tilted layout between the plane and horizontal plane of the axis formation of roller 42, upper multiple pressure roller 43 and forming roller 44；Pressure roller 42, upper multiple is answered down
Pressure roller 43 and forming roller 44 are arranged in hollow form, and are provided in lower multiple pressure roller 42, upper multiple pressure roller 43 and forming roller 44
Coolant liquid realizes the effect precooled to the material strip after multiple pressure.
As shown in Figure 4 and Figure 6, rotation is provided with sliding bearing bottom on the both ends axis of lower multiple pressure roller 42 and forming roller 44
Seat 46, sliding bearing pedestal 46 are reciprocal in the plane that the axis of lower multiple pressure roller 42, upper multiple pressure roller 43 and forming roller 44 is formed
It slides on compound rest 41；The two sides for answering 42 axis of pressure roller down are rotatably connected to fixing bearing pedestal 47, fixing bearing pedestal
47 are fixedly installed on compound rest 41, and are separately provided for two plain bearing housings 75 of driving on compound rest 41 and locate
In the regulating part 48 that compound rest 41 reciprocatingly slides towards 75 direction of fixed bearing block；Regulating part 48 is cylinder or hydraulic cylinder or stretches
One of bar or two kinds of combination are realized to lower multiple pressure roller 42, the upper multiple spacing of pressure roller 43 and forming roller 44 between any two
It adjusts.
As shown in figure 4, screen cloth mechanism 3 includes the screen cloth bracket 31 being set in rack 1, is set to 31 top of screen cloth bracket
Online cloth rewinder roll 32 and be set to the off line cloth rewinder roll 33 of the lower section of screen cloth bracket 31；The net of online cloth rewinder roll 32 and off line cloth rewinder roll 33
Cloth is transmitted in be compound in material strip both ends between lower multiple pressure roller 42 and upper multiple pressure roller 43 after, then from upper multiple pressure roller 43 and forming roller 44
Between the material strip after multiple net pressing and forming and be transmitted at cooling body 5.
As shown in figure 4, screen cloth bracket 31 is set between compound rest 41 and cooling body 5, and screen cloth bracket 31 and multiple
Close the mobile device 34 being provided between bracket 41 for driving screen cloth bracket 31 mobile towards 41 direction of compound rest.
As shown in Figure 4 and Figure 5, mobile device 34 includes the rack gear 341, two for being symmetrically fixedly installed on 41 two sides of compound rest
The rotate gear 342, two for being rotatably dispose in 31 side of screen cloth bracket is rotatably dispose in 31 other side rotating wheel 343 of screen cloth bracket；
Limit base 344 is provided on screen cloth bracket 31, two limit bases 344 are sheathed on respectively outside two rotate gears 342, and in limit base
The limit shank 345 for limiting the rotation of rotate gear 342 is provided on 344, by making screen cloth bracket 31 towards compound rest
41 directions move back and forth, and realize that screen cloth is transmitted in the tune between lower multiple pressure roller 42 and upper multiple pressure roller 43 with material strip compound tense tensile force
Section effect.
As shown in figure 4, rotation is provided with for conveying to the screen cloth on online cloth rewinder roll 32 above compound rest 41
Upper screen cloth feed roller, in the case where 41 rotated down of compound rest is provided with for being conveyed to the screen cloth on off line cloth rewinder roll 33
Screen cloth feed roller 36；One end rotation of screen cloth roller 32 is provided with for the material strip for composite molding upward on compound rest 41
The material strip outlet roller 37 being transmitted, upper screen cloth feed roller, lower screen cloth feed roller 36 and material strip outlet roller 37 are in composite support
It is arranged on frame 41 in triangular shape.
As shown in fig. 7, cooling body 5 includes the cooling holder 51 being set in rack 1 and several are rotatably dispose in
Chill roll 52 on cooling holder 51；Cooling for six rods in the present embodiment, every three chill rolls 52 are about one group arrangement, and
The axis of every group of chill roll 52 arrangement in the same plane, misplace between upper and lower chill roll 52 arrangement；Cooling body 5 is settable
Circulating cooling is carried out to be passed through recirculated cooling water into chill roll 52, and the temperature of recirculated cooling water is passed along material strip in chill roll 52
Sending direction successively reduces arrangement.
As shown in Figure 8 and Figure 9, trimming mechanism 6 includes the deburring bracket 61 being fixedly installed in rack 1, is rotatably dispose in
Trimming roller 62 on deburring bracket 61 is fixedly installed on deburring bracket 61 for driving trimming roller 62 to be in deburring bracket 61
The deburring motor 63 of rotation, is symmetrically slideably positioned in 64 both ends of fixed link at the fixed link 64 being fixedly installed on deburring bracket 61
Mounting blocks 65 and be respectively arranged on mounting blocks 65 for material strip carry out deburring trimming blade 66；66 cloth of trimming blade
It is placed in the surface of trimming roller 62, and is removably fixed on mounting blocks 65 by bolt, has the function that be conveniently replaceable.
As shown in Figure 8 and Figure 9, two fixed links 64 parallel arrangement is on the deburring bracket 61 and parallel with trimming roller 62
Arrangement, two mounting blocks 65, which slide in opposition, to be set in two fixed links 64 and by being set between mounting blocks 65 and fixed link 64
Fixing piece 67 be fixed in fixed link 64；Fixing piece 67 is fixing bolt, when locking, fixing bolt be arranged in mounting blocks 65 and
It is contradicted with fixed link 64；By adjusting the distance between two mounting blocks 65, the shearing to material strip width is realized.
As shown in Figure 8 and Figure 9, rotation is provided with deburring feed roller 681 and deburring discharge roller respectively on deburring bracket 61
682, trimming roller 62 is set between deburring feed roller 681 and deburring discharge roller 682；In deburring feed roller 681 and trimming roller 62
Between be provided with transition roller 683, and transition roller 683 is rotatably dispose on deburring bracket 61.
As shown in Figure 8 and Figure 9, the detection induction for detecting material strip is provided between transition roller 683 and trimming roller 62
Device 69, the two detection U-shaped settings of inductor 69, and the two sides of deburring bracket 61 are symmetrically disposed on, it realizes to material strip two sides
The detection concordantly spent.
As shown in figure 8, rate of tension when being provided between deburring discharge roller 682 and trimming roller 62 for adjusting web feed
Tensioning apparatus 9.
As shown in figure 8, tensioning apparatus 9 includes idler roller 91, the tensioning frame 92 for being rotatably dispose in 91 axis two sides of idler roller
And it is fixedly installed on the tensioning cylinder 93 on tensioning frame 92；The piston rod of tensioning cylinder 93 connect and drives with tensioning frame 92
Tensioning frame 92 is on deburring bracket 61 and moves back and forth；It is in triangular shape between idler roller 91, deburring discharge roller 682 and trimming roller 62
It is arranged on deburring bracket 61, realizes material strip to be in when transmitting between idler roller 91, deburring discharge roller 682 and trimming roller 62 and be tensioned
The adjustment effect of power.
As shown in Figure 10, dragger includes the towing bracket 71 being fixedly installed in rack 1, is fixedly installed on towing bracket
Traction electric machine 72 on 71, the traction master for being fixedly connected and being rotatably dispose on towing bracket 71 with the output shaft of traction electric machine 72
Dynamic roller 73 and the traction driven voller 74 for being rotatably dispose on towing bracket 71 and leading with traction drive roll 73 gap arrangement.
As shown in Figure 10, sliding groove 711 is offered on towing bracket 71, equal along the axis both ends of traction driven voller 74
Rotation is provided with bearing block 75, and two bearings seat 75 is slideably positioned on the sliding groove 711 of towing bracket 71；In towing bracket 71
On be provided with traction cylinder 76, traction cylinder 76 piston rod be fixedly connected with bearing block 75 and drive bearing block 75 towards traction master
Dynamic 73 direction of roller moves back and forth；Material strip after Compound cooling from traction driven voller 74 and traction drive roll 73 lead between pass through, and
The effect of material strip traction transmission is realized using the conflict between leading from traction driven voller 74 and traction drive roll 73.
As shown in Figure 1, plate shearing machine structure 8 is plate shearing machine, the material strip after Compound cooling deburring is sheared, is realized quantitatively certainly
The purpose of dynamic shearing.
Working principle: firstly, feeder 22, the blender 21 that will be used to be separately added into port treasured raw material in extrusion mechanism 2
Middle processing, then continuous material strip is extended by extruder 23 and 24 melting cocurrent of die head；Secondly, the upper screen cloth of screen cloth mechanism 3
Screen cloth is transmitted between the upper multiple pressure roller 43 and lower multiple pressure roller 42 in composite structure 4 by roller 32 and off line cloth rewinder roll 33 respectively, will
Screen cloth is overlaid on respectively in the both ends of the surface of material strip, has the function that multiple net, while utilizing upper multiple pressure roller 43 and lower multiple pressure roller 42
Squeezing action power is further compacted and is sent to further compound rolling and precooling between multiple pressure roller 43 and forming roller 44；With
Afterwards, the material strip after multiple network pressure reality, which is sent in cooling body 5, carries out cooling and shaping processing, carries out molding work to the material strip after multiple net
With；Furthermore by trimming mechanism 6, deburring is carried out to the material strip after cooling and shaping, while material strip is improved by detection inductor 69
Precision when two sides are transmitted is in the position above material strip by adjusting the two sides trimming blade 66 in trimming mechanism 6, reaches
Different material strip width are adjusted with the effect of deburring；Period draws material strip after molding by 7 full name of traction mechanism,
Achieve the purpose that material strip persistently transmits；Finally, the purpose of quantitative cutting is carried out to the material strip after deburring by cutting mechanism；Port is precious
After raw material extends continuous material strip by 2 machine die head of extrusion mechanism, 24 melting cocurrent, successively by multiple net, pre-molding, cooling,
Deburring and cutting process, the process for improving the automation processing to port treasured material strip, improve the Forming Quality and production of port treasured material strip
Quality after product processing.
The above is only a preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-mentioned implementation
Example, all technical solutions belonged under thinking of the present invention all belong to the scope of protection of the present invention.It should be pointed out that for the art
Those of ordinary skill for, several improvements and modifications without departing from the principles of the present invention, these improvements and modifications
It should be regarded as protection scope of the present invention.
Claims (10)
1. a kind of port treasured automatic moulding assembly line, including rack (1), it is characterised in that: be disposed on the rack (1)
For port treasured raw material melting cocurrent to be extended to the extrusion mechanism (2) of continuous material strip, the screen cloth mechanism (3) for unreeling screen cloth, is used
In compound composite structure (4) is carried out to material strip, for carrying out cooling cooling body (5), to cooling to the material strip after compound
Material strip after molding carries out the trimming mechanism (6) of deburring, the traction mechanism (7) drawn to material strip after molding and to repairing
The plate shearing machine structure (8) that molding mass band behind side is cut；The screen cloth mechanism (3) includes the screen cloth being set on rack (1)
It bracket (31), the online cloth rewinder roll (32) being set to above screen cloth bracket (31) and is set to off line below screen cloth bracket (31)
Cloth rewinder roll (33)；The composite structure (4) includes compound rest (41), the lower multiple pressure roller being rotatably dispose on compound rest (41)
(42), upper multiple pressure roller (43) and forming roller (44), and be fixedly installed on compound rest (41) for driving down pressure roller again
(42), upper multiple pressure roller (43) and forming roller (44) are in the synchronous motor (45) of compound rest (41) synchronous rotation；It is described lower multiple
Equal gap arrangement between pressure roller (42), upper multiple pressure roller (43) and forming roller (44), and lower multiple pressure roller (42), upper pressure roller (43) again and
It is in tilted layout between the plane that the axis of forming roller (44) is formed and horizontal plane, the online cloth rewinder roll (32) and off line cloth rewinder roll
(33) screen cloth be transmitted in the material strip squeezed out between lower multiple pressure roller (42) He Shangfu pressure roller (43) with die head (24) it is compound after again
From being pierced by and being transmitted at cooling body (5) between upper multiple pressure roller (43) and forming roller (44), the extrusion mechanism (2) is squeezed
Outlet is connected with die head (24), and the discharge end of the die head (24) is set between lower multiple pressure roller (42) He Shangfu pressure roller (43)
Top.
2. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: the die head (24) includes and extrusion
Die holder (241), upper mold core (242) and the lower mold core matched with upper mold core (242) of the extruding end connection of mechanism (2)
(243), one end of the upper mold core (242) and lower mold core (243) is both secured on die holder (241), and the other end forms material strip and goes out
Mouth (246).
3. treasured automatic moulding assembly line in port according to claim 2, it is characterised in that: can on the upper mold core (242)
Disassembly is fixedly installed cope plate (244), is detachably fixed and is provided with lower template (245) on the upper mold core (242), described
One end of cope plate (244) and lower template (245) passes through fastener and is individually fixed in upper mold core (242) and lower mold core (243)
On, and cope plate (244) and the other end of lower template (245) form and export (246) for the material strip of material strip extrusion type.
4. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: lower multiple pressure roller (42) and at
It is provided on the both ends axis of type roller (44) sliding bearing pedestal (46), the sliding bearing pedestal (46) is slideably positioned in
On compound rest (41), upper multiple pressure roller (43) are connected with fixing bearing pedestal (47), and the fixing bearing pedestal (47) is solid
Surely it is set on compound rest (41), and is separately provided for two plain bearing housings of driving on the compound rest (41)
(75) it is in the adjusting cylinder that compound rest (41) reciprocatingly slides towards fixed bearing block (75) direction.
5. treasured automatic moulding assembly line in port according to claim 1 or 4, it is characterised in that: lower multiple pressure roller (42), on
Multiple pressure roller (43) and forming roller (44) are arranged in hollow form, and in lower multiple pressure roller (42), upper multiple pressure roller (43) and form
Coolant liquid is provided in roller (44).
6. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: the cooling body (5) includes setting
The cooling holder (51) being placed on rack (1) and several be rotatably dispose in the chill roll (52) on cooling holder (51).
7. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: the trimming mechanism (6) includes solid
Surely the deburring bracket (61) that is set on rack (1), the trimming roller (62) being rotatably dispose on deburring bracket (61) and symmetrical
The trimming blade (66) being set on deburring bracket (61), the trimming blade (66) are arranged in the top of trimming roller (62).
8. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: the dragger includes fixed setting
In the towing bracket (71) on rack (1), the traction electric machine (72) and traction electric machine that are fixedly installed on towing bracket (71)
(72) output axis connection and the traction drive roll (73) being rotatably dispose on towing bracket (71) and it is rotatably dispose in traction
The traction driven voller (74) of gap arrangement is led on bracket (71) and with traction drive roll (73).
9. treasured automatic moulding assembly line in port according to claim 8, it is characterised in that: opened on the towing bracket (71)
Equipped with sliding groove (711), the both ends of traction driven voller (74), which rotate, to be provided with bearing block (75), two bearing blocks
(75) it is slideably positioned on the sliding groove (711) of towing bracket (71), is provided with traction gas on the towing bracket (71)
The piston rod of cylinder (76), traction cylinder (76) is fixedly connected with bearing block (75) and drives the bearing block (75) towards traction
Drive roll (73) direction moves back and forth.
10. treasured automatic moulding assembly line in port according to claim 1, it is characterised in that: the extrusion mechanism (2) further includes
Blender (21), feeder (22) and extruder (23), one end of the extruder (23) respectively with blender (21) and
Feeder (22) connection, the other end are connect with the die head (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811369308.8A CN109531954B (en) | 2018-11-16 | 2018-11-16 | Automatic molding assembly line for port |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811369308.8A CN109531954B (en) | 2018-11-16 | 2018-11-16 | Automatic molding assembly line for port |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109531954A true CN109531954A (en) | 2019-03-29 |
| CN109531954B CN109531954B (en) | 2020-08-18 |
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ID=65848124
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811369308.8A Active CN109531954B (en) | 2018-11-16 | 2018-11-16 | Automatic molding assembly line for port |
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| Country | Link |
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| CN (1) | CN109531954B (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112874121A (en) * | 2021-02-26 | 2021-06-01 | 浙江联翔智能家居股份有限公司 | Production line for wide cold glue wall cloth |
| CN116277852A (en) * | 2022-11-23 | 2023-06-23 | 宁波华城橡塑机械有限公司 | Rubber product's processing production line |
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| CN116277852B (en) * | 2022-11-23 | 2024-04-19 | 宁波华城橡塑机械有限公司 | Rubber product's processing production line |
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|---|---|
| CN109531954B (en) | 2020-08-18 |
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