CN105215079B - Rolling machine - Google Patents
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- CN105215079B CN105215079B CN201510591153.2A CN201510591153A CN105215079B CN 105215079 B CN105215079 B CN 105215079B CN 201510591153 A CN201510591153 A CN 201510591153A CN 105215079 B CN105215079 B CN 105215079B
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Abstract
The invention provides a kind of rolling machine, belong to machinery equipment field.It solves the low technical problem of prior art processing efficiency.This rolling machine includes frame, it is characterized in that described frame is provided with drive shaft that is horizontally disposed and can circumferentially rotating, the first drive mechanism of discontinuous operation is distributed with described drive shaft, second drive mechanism, 3rd drive mechanism and the 4th drive mechanism, first drive mechanism is connected with feeding mechanism and can drive feeding mechanism that material is delivered into cutting-off mechanism, described cutting-off mechanism is connected with the second drive mechanism and carries out cut-out and preforming processing to material under the driving of the second drive mechanism, the 3rd described drive mechanism is connected with material jacking mechanism and material jacking mechanism can be driven to head into the material after cut-out in shaping mechanism.The present invention has device structure advantages of simple, high in machining efficiency, the low advantage of production cost.
Description
Technical field
The invention belongs to mechanical equipment technical field, it is related to pipe-reeling device, more particularly, to a kind of rolling machine.
Background technology
Rolling machine is that flaky material is cut according to Production requirement, and the flaky material after cutting is wound to form set
The plant equipment of barrel structure.In the prior art, because the structure design for blocking shaped device of rolling machine is unreasonable, cutting device
It is simply simple to play break-in facility, it is impossible to which that preforming processing is carried out to material bending so that the material after blocking need by
Bending and shaping two procedures, device structure are complicated, and processing efficiency is low.
For example, Chinese patent literature discloses a kind of automatic reeling machine [application number：CN201310426853.7], including：
Frame, motor, big belt pulley, drive shaft, reshaping device, feeding transmission gear, material molding machine structure, motor is arranged on frame
On, motor is connected with big belt pulley, and drive shaft is provided with big belt pulley, and drive shaft is provided with cam mechanism, and reshaping device is set
Put in frame sideways, reshaping device center line and shaft center diameter parallel, feeding transmission gear, feeding are provided with frame
Transmission gear is driven by drive shaft, material molding machine structure is arranged in frame, and material molding machine structure drives by drive shaft, under frame
Side is provided with collecting box.
Although such scheme can realize the material quiet cutting knife in the shaping of blocking of sheet material, above-mentioned rolling machine
Simple material to be sheared, it is impossible to carry out preforming processing to material bending, the sheet material after cutting also need by
Bending mold and mould, processing efficiency are low, and device structure is complicated, improves production cost.
The content of the invention
Regarding the issue above, the present invention provides a kind of rolling machine, device structure advantages of simple, processing efficiency
Height, production cost is low.
To reach above-mentioned purpose, present invention employs following technical proposal：This rolling machine includes frame, it is characterised in that institute
The frame stated is provided with drive shaft that is horizontally disposed and can circumferentially rotating, described drive shaft and is distributed with the first of discontinuous operation
Drive mechanism, the second drive mechanism, the 3rd drive mechanism and the 4th drive mechanism, first drive mechanism and feeding mechanism phase
Connect and can drive feeding mechanism that material is delivered into cutting-off mechanism, described cutting-off mechanism is connected simultaneously with the second drive mechanism
Cut-out and preforming processing, the 3rd described drive mechanism and material jacking mechanism are carried out to material under the driving of the second drive mechanism
It is connected and material jacking mechanism can be driven to head into the material after cut-out in shaping mechanism, described shaping mechanism and the 4th driving machine
Structure is connected and carries out extrusion forming to material under the driving of the 4th drive mechanism, and when the driving shaft rotates, feeding mechanism,
Alternation completes the conveying of material, cuts off and be molded successively for cutting-off mechanism, material jacking mechanism and shaping mechanism.This programme is by driving
Moving axis drives feeding mechanism that material sent into cutting-off mechanism, cutting-off mechanism can enter line slip interception to material and to blocking after
Material is pre-processed so that the step of preprocessing process one blocked and bent of material is completed, and the material after bending is directly entered
Shaping mechanism carries out extrusion forming, device structure is not only simplify, while substantially increasing the production efficiency of product.
In above-mentioned rolling machine, described feeding mechanism includes the clip wheel component that sheet material can be driven to convey, institute
The clip wheel component stated includes two clip wheels for being set up in parallel and being connected with gantry rotation, is coaxially installed with respectively on each clip wheel
Being formed between travelling gear and travelling gear intermeshing, two clip wheels can drive what sheet material was sent into using stiction
Feeding gap, described clip wheel component has at least two groups and the feeding gap of each clip wheel component is located along the same line, described
Clip wheel component is connected with the first drive mechanism.This programme is located along the same line by least two groups of setting and feeding gap
Clip wheel component, it is ensured that can be cut off, improved perpendicular through and by follow-up interception mechanism by the sheet material of feeding mechanism
The cut-out quality of sheet material, and then the quality of the sleeve finished product of winding is improved, while multiple clip wheels in this programme
Component is driven by same drive mechanism, structure design advantages of simple, and feeding process has higher stability.
In above-mentioned rolling machine, described cutting-off mechanism includes the base for being located at feeding mechanism discharging side, described
Base is provided with the guide pad walked for sheet material, and the discharging side of described guide pad is provided with just to being arranged at material jacking mechanism
The cutter blades and cut-out pattern of both sides, one end that described cutter blades are used to cut off is preforming cell body, described cut-out
Blade and cut-out pattern are arranged on base by the way that the first sliding block being connected with the second drive mechanism is movable.In this programme
Preforming cell body and cut-out pattern mating reaction that cutter blades are set by its end so that complete to intercept to sheet material
While carry out bending pretreatment to blocking rear sheet material, improve production efficiency.
In above-mentioned rolling machine, described material jacking mechanism includes being arranged at that be used for directly over cutting-off mechanism will be by cut-out
The push rod that the material that blade and cut-out modeling are had no progeny is headed into shaping mechanism, described push rod is connected with the 3rd drive mechanism
Connect, described push rod is moved back and forth vertically under the driving of the 3rd drive mechanism.
In above-mentioned rolling machine, described shaping mechanism include being arranged at cutting-off mechanism bottom and just to setting into
Center encloses to form circular channel when type briquetting and shaping pattern, described Forming press and shaping pattern are close to, it is described into
Type briquetting is arranged on base by the way that the second sliding block being connected with the 4th drive mechanism is movable, described Forming press bottom
Provided with the extrusion die that center is manhole structure, the 4th drive mechanism drive Forming press to shaping pattern move when energy
It is enough that the material headed into by push rod is subjected to the writing that surpasses all the others work that extrusion forming completes material finally by the through-hole structure in extrusion die
Make.In this programme the manhole to be formed is enclosed into the material after the pre-bend of shaping mechanism with shaping pattern in Forming press
In be squeezed into tubular structure, complete extruding winding.
In above-mentioned rolling machine, the first described drive mechanism includes the drive gear being connected with gantry rotation, described
Drive gear be meshed respectively with a travelling gear in each clip wheel component, described drive gear and drive can be driven
The intermittent drive mechanism of moving gear intermittent rotary is connected, and described intermittent drive mechanism is connected with drive shaft.
In above-mentioned rolling machine, described intermittent drive mechanism includes the charging rocking arm that middle part is connected with gantry rotation,
One end of described charging rocking arm is provided with ratchet and the ratchet is connected with drive gear, and one end of the other end and pull bar is mutually cut with scissors
Connect, the other end of described pull bar leans with feeding cam, described feeding cam fixes on the driving shaft and described
Drive shaft is connected with driver, and flexible restoring organ is connected with described feeding cam.Pull bar one end in this programme with
Feeding cam leans, when feeding cam is rotated, and pull bar can carry out stretching motion along the edge of feeding cam, realize
The rocking arm being connected with pull bar carries out reciprocating rotary movement, and then carries out feeding work by driving gear drives clip wheel component
Make.
In above-mentioned rolling machine, described base is provided with guide pad, described guiding close to feeding mechanism discharging side
The groove structure walked for sheet material is offered on block, the discharge end of described groove structure is provided with laterally wrong with cutter blades
Realized behind position in the fixation blade being fixed in guide pad of cut-out material, described guide pad provided with print knife is cut, described cuts
Print knife set on the movable side for being arranged at guide pad of print rocking arm, described cut-out pattern by being fixed on being cut on the first sliding block
Have with preforming cell body coordinate against convex column, the preforming cell body and convex column are born against in the both sides of push rod, institute
State preforming cell body and convex column and be arc-shaped structure with the side that push rod leans.By in cutting-off mechanism one in this programme
Side sets and cuts print knife, and cutting print knife can be easy to material preferably to be cut to carrying out chopping processing off in advance by the material in guide pad
Breaking mechanism is blocked, and is not only increased and is blocked efficiency, reduces the loss of equipment, quality is blocked while improving, it is ensured that after blocking
Material flush edge so that product has higher qualification rate.
In above-mentioned rolling machine, second drive mechanism includes the cut-out cam being fixed in drive shaft, described
The edge of cut-out cam is leaned on to be provided with can back and forth promote the cut-out swing arm of the first sliding block when cut-out cam rotation, and described the
(the first back-moving spring is connected with one sliding block；4th drive mechanism includes the shaping cam being fixed in drive shaft, described
Shaping cam edge by provided with when be molded cam rotation when can back and forth promote the shaping swing arm of the second sliding block, it is described
Second back-moving spring is connected with second sliding block.
In above-mentioned rolling machine, the 3rd drive mechanism includes the liftout cam being fixed in drive shaft, described
Liftout cam edge is provided with by the end provided with the liftout rocking arm being connected with push rod, the liftout rocking arm can make liftout rocking arm
The liftout spring of reset.
Compared with prior art, advantage is：By driver drives drive shaft turns, drive shaft drives charger
Material is sent into cutting-off mechanism by structure, cutting-off mechanism can enter line slip interception to material and to blocking after material located in advance
Reason so that the step of preprocessing process one blocked and bent of material is completed, the material after bending is directly entered shaping mechanism progress
Extrusion forming, not only simplify device structure, while substantially increasing the production efficiency of product.
Brief description of the drawings
Fig. 1 is the rolling machine three-dimensional structure diagram that the present invention is provided；
Fig. 2 is the backsight structure chart for the rolling machine that the present invention is provided；
Fig. 3 is the structure chart for the feeding mechanism that the present invention is provided；
Fig. 4 is the structural representation removed after material jacking mechanism that the present invention is provided；
Fig. 5 is the structural representation for the base that the present invention is provided；
Fig. 6 is the diagrammatic cross-section of the cutting-off mechanism that the present invention is provided and shaping mechanism；
Fig. 7 is the overlooking structure figure for the shaping mechanism that the present invention is provided.
In figure, frame 1, drive shaft 10, the first drive mechanism 53, the second drive mechanism 2, the 3rd drive mechanism 3,4 wheel driven
Motivation structure 4, feeding mechanism 5, cutting-off mechanism 6, material jacking mechanism 7, shaping mechanism 8, clip wheel component 52, clip wheel 521, travelling gear
522nd, base 9, guide pad 91, cutter blades 61, cut-out pattern 62, preforming cell body 63, the first sliding block 64, push rod 71, shaping
Briquetting 81, shaping pattern 82, circular channel 83, the second sliding block 84, drive gear 531, intermittent drive mechanism 54, charging rocking arm
541st, ratchet 542, pull bar 543, feeding cam 544, driver 532, flexible restoring organ 55, fixed blade 92, cut print knife
93rd, print rocking arm 94, cut-out cam 21, cut-out swing arm 22, (the first back-moving spring 64a, shaping cam 41, shaping swing arm 42, the are cut
Two back-moving spring 84a, liftout cam 31, liftout rocking arm 32, liftout spring 33, reset arm 551, the 3rd back-moving spring 552, braking
Structure 57, mandrel 56, brake(-holder) block 571, brake disc 572, elastic tensioning mechanism 58, back-moving spring 581.
Embodiment
As shown in Figures 1 to 7, this rolling machine includes frame 1, it is characterised in that described frame 1 is provided with horizontally disposed
And the drive shaft 10 that can be circumferentially rotated, the first drive mechanism 53, second that discontinuous operation is distributed with described drive shaft 10 drives
Motivation structure 2, the 3rd drive mechanism 3 and the 4th drive mechanism 4, first drive mechanism 53 are connected and energy with feeding mechanism 5
Material is delivered to cutting-off mechanism 6 by driving feeding mechanism 5, and described cutting-off mechanism 6 is connected with the second drive mechanism 2 and the
Cut-out and preforming processing, the 3rd described drive mechanism 3 and material jacking mechanism 7 are carried out under the driving of two drive mechanisms 2 to material
It is connected and material jacking mechanism 7 can be driven to head into the material after cut-out in shaping mechanism 8, described material jacking mechanism 7 includes setting
It is used to head into the material after cutting off by cutter blades 61 and cut-out pattern 62 in shaping mechanism 8 directly over cutting-off mechanism 6
Push rod 71, described push rod 71 is connected with the 3rd drive mechanism 3, the driving of described push rod 71 in the 3rd drive mechanism 3
Lower to be moved back and forth vertically, described shaping mechanism 8 is connected with the 4th drive mechanism 4 and in the drive of the 4th drive mechanism 4
Extrusion forming is carried out to material under dynamic, and when drive shaft 10 is rotated, feeding mechanism 5, cutting-off mechanism 6, material jacking mechanism 7 and shaping
Alternation completes the conveying of material, cuts off and be molded successively for mechanism 8.This programme will by the drive feeding mechanism 5 of drive shaft 10
Material send into cutting-off mechanism 6, cutting-off mechanism 6 material can be entered line slip interception and to blocking after material pre-process,
So that the step of preprocessing process one blocked and bent of material is completed, the material after bending heads into forming machine by material jacking mechanism 7
Structure 8 carries out extrusion forming, device structure is not only simplify, while substantially increasing the production efficiency of product.
Further say, feeding mechanism 5 includes the clip wheel component 52 that sheet material can be driven to convey, described clip wheel group
Part 52 includes being set up in parallel and rotates two clip wheels 521 being connected with frame 1, is coaxially installed with respectively on each clip wheel 521
Travelling gear 522 and travelling gear 522 is intermeshed, sheet can be driven using stiction by being formed between two clip wheels 521
The feeding gap that material is sent into, the feeding gap that described clip wheel component 52 has at least two groups and each clip wheel component 52 is located at same
On straight line, described clip wheel component 52 is connected with the first drive mechanism 53.This programme is by setting between at least two groups and feeding
Gap is located along the same line to obtain clip wheel component 52, it is ensured that by the sheet material of feeding mechanism 5 can perpendicular through and it is follow-up
Cutting-off mechanism 6 cut off, improve the cut-out quality of sheet material, so improve winding sleeve finished product quality,
Multiple clip wheel components 52 in this programme are driven by same drive mechanism simultaneously, structure design advantages of simple, feeding
Journey has higher stability.
Cutting-off mechanism 6 includes the base 9 for being located at the discharging of feeding mechanism 5 side, and described base 9, which is provided with, supplies sheet material
The guide pad 91 walked, the discharging side of described guide pad 91 is provided with the cutter blades just to being arranged at the both sides of material jacking mechanism 7
61 with cut-out pattern 62, and one end that described cutter blades 61 are used for cut-out is preforming cell body 63, described cutter blades 61
It is arranged at cut-out pattern 62 by the way that the first sliding block 64 being connected with the second drive mechanism 2 is movable on base 9.This programme
Preforming cell body 63 and the cut-out mating reaction of pattern 62 that middle cutter blades 61 are set by its end so as to sheet material
Bending pretreatment is carried out to blocking rear sheet material while completing interception, production efficiency is improved.
Shaping mechanism 8 include being arranged at the bottom of cutting-off mechanism 6 and just to the Forming press 81 of setting and shaping pattern 82,
Center encloses to form circular channel 83 when described Forming press 81 and shaping pattern 82 is close to, and described Forming press 81 passes through
The second sliding block 84 for being connected with the 4th drive mechanism 4 is movable to be arranged on base 9, and the described bottom of Forming press 81 is provided with
Center is the extrusion die of manhole structure, and the 4th drive mechanism 4 drives Forming press 81 to during the shaping motion of pattern 82
The material headed into by push rod 71 can be carried out to the pressure that extrusion forming completes material finally by the through-hole structure in extrusion die
Roll up work.Enclose to be formed with shaping pattern 82 in Forming press 81 into the material after the pre-bend of shaping mechanism 8 in this programme
Manhole 83 in be squeezed into tubular structure, complete extruding winding.
Further say, the first drive mechanism 53 includes rotating the drive gear 531 being connected, described driving with frame 1
Gear 531 is meshed with a travelling gear 522 in each clip wheel component 52 respectively, described drive gear 531 with can
The intermittent drive mechanism 54 of the intermittent rotary of drive gear 531 is driven to be connected, described intermittent drive mechanism 54 and the phase of drive shaft 10
Even, described intermittent drive mechanism 54 includes the charging Rocker arm 5 41 that middle part is connected with the rotation of frame 1, described charging Rocker arm 5 41
One end be connected provided with ratchet 542 and the ratchet 542 with drive gear 531, one end of the other end and pull bar 543 is hinged,
The other end of described pull bar 543 is leant with feeding cam 544, and described feeding cam 544 is fixed in drive shaft 10
And described drive shaft 10 is connected with driver 532, flexible restoring organ 55 is connected with described feeding cam 544.We
One end of pull bar 543 in case leans with feeding cam 544, when feeding cam 544 is rotated, and pull bar 543 can be along
The edge of feeding cam 544 carries out stretching motion, realizes that the charging Rocker arm 5 41 being connected with pull bar 543 carries out reciprocating rotation
Motion, and then drive clip wheel component 52 to carry out feeding work by drive gear 531.
Further say, flexible restoring organ 55 includes rotating the reset arm 551 being connected with feeding cam 544, described
The other end of reset arm 551 and frame 1 are rotated and are connected, one end phase of the back-moving spring 552 of middle part the 3rd of described reset arm 551
Even, the other end of the 3rd described back-moving spring 552 is connected with frame 1, and at least one group clip wheel component 52 is tied provided with braking
Fixation is equipped with mandrel 56 in structure 57, described frame 1, and described travelling gear 522 and clip wheel 521 is set on mandrel 56,
Bearing is provided between described mandrel 56 and travelling gear 522 and/or clip wheel 521, described brake structure 57 includes being located in
Brake(-holder) block 571 and brake disc 572 on mandrel 56, described brake(-holder) block 571 are made up of elastomeric material, described brake disc 572
It is arranged on brake(-holder) block 571, the lower surface of described brake(-holder) block 571 is contacted with the upper surface of clip wheel 521, same group of clip wheel group
Elastic tensioning mechanism 58 is provided between two mandrels 56 in part 52, described elastic tensioning mechanism 58 includes at least one tension
Spring 581, one end of back-moving spring 581 is fixed on a mandrel 56, and the other end is fixed on another mandrel 56.This programme
In pass through between two mandrels 56 in same group of clip wheel component 52 set back-moving spring 581, it is ensured that same clip wheel component 52
In two clip wheels 521 against setting, can be anti-preferably to being conveyed by the sheet material between two clip wheels 521
The problem of only causing appearance to be skidded etc. because of no clamping material can not to feed, the stability of charging is improved.
Further say that base 9 is provided with guide pad 91, described guide pad 91 close to the discharging of feeding mechanism 5 side to open up
There is the groove structure that confession sheet material is walked, the discharge end of described groove structure is provided with and reality after the transversion malposition of cutter blades 61
Now cut off provided with print knife 93 is cut in the fixation blade 92 being fixed in guide pad 91 of material, described guide pad 91, it is described
Cut print knife 93 and cut the movable side for being arranged at guide pad 91 of print rocking arm 94 by being fixed on the first sliding block 64, described cuts
Disconnected pattern 62 be provided with preforming cell body 63 coordinate against convex column, the preforming cell body 63 and convex column are born against
In the both sides of push rod 71, the preforming cell body 63 and convex column are arc-shaped structure with the side that push rod 71 leans, institute
The preforming cell body 63 stated is U-type groove body.Print knife is cut by being set in cutting-off mechanism side in this programme, cutting print knife can be to logical
The material crossed in guide pad carries out chopping processing off in advance, is easy to material to be preferably truncated mechanism and blocks, not only increases and block effect
Rate, reduces the loss of equipment, quality is blocked while improving, it is ensured that block rear material flush edge so that product have compared with
High qualification rate.
Second drive mechanism 2 includes the cut-out cam 21 being fixed in drive shaft 10, the described edge for cutting off cam 21
Place can back and forth promote the cut-out swing arm 22 of the first sliding block 64, the first described sliding block 64 by being provided with when cutting off cam 21 and rotating
On be connected with (the first back-moving spring 64a；4th drive mechanism 4 includes the shaping cam 41 being fixed in drive shaft 10, institute
The edge for the shaping cam 41 stated can back and forth promote the shaping of the second sliding block 84 to put by being provided with when shaping cam 41 is rotated
Second back-moving spring 84a is connected with arm 42, the second described sliding block 84.
3rd drive mechanism 3 includes the liftout cam 31 being fixed in drive shaft 10, and the described edge of liftout cam 31 is leaned on
Provided with the liftout rocking arm 32 being connected with push rod 71, the end of the liftout rocking arm 32, which is provided with, can make what liftout rocking arm 32 resetted
Liftout spring 33.
The course of work：It is located along the same line to obtain clip wheel component 52 by setting at least two groups and feeding gap, it is ensured that logical
Crossing the sheet material of feed arrangement can cut off perpendicular through and by follow-up capture device, improve the cut-out matter of sheet material
Amount, and then the quality of the sleeve finished product of winding is improved, while multiple clip wheel components 52 in this programme are driven by same
Motivation structure 53 is driven, and back-moving spring 581 is set between two mandrels 56 in same group of clip wheel component 52, it is ensured that same folder
Two clip wheels 521 in wheel assembly 52, can be preferably to being carried out against setting by the sheet material between two clip wheels 521
Conveying, the problem of preventing that causing appearance to be skidded etc. because of no clamping material can not feed, structure design advantages of simple, feeding
Journey has higher stability.The one end of pull bar 543 leans with feeding cam 544, when feeding cam 544 is with drive shaft 10
When, pull bar 43 can carry out stretching motion along the edge of feeding cam 544, realize the charging being connected with pull bar 543
Rocker arm 5 41 carries out the ratchet 542 on reciprocating rotary movement, charging Rocker arm 5 41 and then drives clip wheel component by drive gear 531
52 carry out feeding work；
Drive mechanism drives cutting-off mechanism and shaping mechanism to carry out service intermittent simultaneously, when drive shaft 10 is rotated, drives
Cut-out cam 21 on moving axis 10 is cut by driving the first sliding block 61 to move against the cut-out swing arm 22 of setting with it, and then driving
Breaking mechanism 6 is blocked and bent pretreatment to material；Material is headed into shaping mechanism 8 by push rod 71, in drive shaft 10
Shaping cam 41 by with its against setting shaping swing arm 42 drive the second sliding block 84 move, and then drive shaping mechanism 8
Forming processes are completed to material, structure design is simple, reasonable, high working efficiency；Cutter blades 61 by its end set it is pre-
Be molded cell body 63 with cut-out the mating reaction of pattern 62 so as to sheet material complete intercept while to blocking after sheet material
Bending pretreatment is carried out, encloses to be formed with shaping pattern 82 in Forming press 81 into the material after the pre-bend of shaping mechanism 8
Manhole 83 in be squeezed into tubular structure, complete extruding winding.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology neck belonging to of the invention
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although more having used frame 1, drive shaft 10, the first drive mechanism 53, the second drive mechanism the 2, the 3rd herein
Drive mechanism 3, the 4th drive mechanism 4, feeding mechanism 5, cutting-off mechanism 6, material jacking mechanism 7, shaping mechanism 8, clip wheel component 52, folder
Wheel 521, travelling gear 522, base 9, guide pad 91, cutter blades 61, cut-out pattern 62, preforming cell body 63, the first sliding block
64th, push rod 71, Forming press 81, shaping pattern 82, circular channel 83, the second sliding block 84, drive gear 531, intermittently-driving machine
Structure 54, charging Rocker arm 5 41, ratchet 542, pull bar 543, feeding cam 544, driver 532, flexible restoring organ 55, fixation
Blade 92, cut print knife 93, cut print rocking arm 94, cut-out cam 21, cut-out swing arm 22, (the first back-moving spring 64a, shaping cam 41,
Shaping swing arm 42, second back-moving spring 84a, liftout cam 31, liftout rocking arm 32, liftout spring 33, reset arm the 551, the 3rd are answered
Position spring 552, brake structure 57, mandrel 56, brake(-holder) block 571, brake disc 572, elastic tensioning mechanism 58, back-moving spring 581 etc.
Term, but it is not precluded from the possibility using other terms.It is used for the purpose of more easily describing and explaining using these terms
The essence of the present invention, is construed as any additional limitation and is all disagreed with spirit of the present invention.
Claims (9)
1. a kind of rolling machine, including frame（1）, it is characterised in that described frame（1）It is provided with horizontally disposed and can circumferentially turns
Dynamic drive shaft（10）, described drive shaft（10）On the first drive mechanism of discontinuous operation is distributed with（53）, the second driving machine
Structure（2）, the 3rd drive mechanism（3）With the 4th drive mechanism（4）, first drive mechanism（53）With feeding mechanism（5）It is connected
Connect and feeding mechanism can be driven（5）Material is delivered to cutting-off mechanism（6）, described cutting-off mechanism（6）With the second drive mechanism
（2）It is connected and in the second drive mechanism（2）Driving under cut-out and preforming processing are carried out to material, the described 3rd drives
Mechanism（3）With material jacking mechanism（7）It is connected and can drives material jacking mechanism（7）Material after cut-out is headed into shaping mechanism（8）It is interior,
Described shaping mechanism（8）With the 4th drive mechanism（4）It is connected and in the 4th drive mechanism（4）Driving under to material carry out
Extrusion forming, and work as drive shaft（10）During rotation, feeding mechanism（5）, cutting-off mechanism（6）, material jacking mechanism（7）And shaping mechanism
（8）Alternation completes the conveying, cut-out and shaping of material, described cutting-off mechanism successively（6）Including positioned at feeding mechanism（5）
The base of discharging side（9）, described base（9）It is provided with the guide pad walked for sheet material（91）, described guide pad
（91）Discharging side be provided with just to being arranged at material jacking mechanism（7）The cutter blades of both sides（61）With cut-out pattern（62）, it is described
Cutter blades（61）One end for cut-out is preforming cell body（63）, described cutter blades（61）With cut-out pattern（62）
By with the second drive mechanism（2）The first sliding block being connected（64）It is movable to be arranged at base（9）On.
2. rolling machine according to claim 1, it is characterised in that：Described feeding mechanism（5）Including sheet can be driven
The clip wheel component of material conveying（52）, described clip wheel component（52）Including being set up in parallel and and frame（1）Rotate the two of connection
Individual clip wheel（521）, in each clip wheel（521）It is upper to be coaxially installed with travelling gear respectively（522）And travelling gear（522）Mutually nibble
Close, two clip wheels（521）Between formed can using stiction drive sheet material be sent into feeding gap, described clip wheel
Component（52）There are at least two groups and each clip wheel component（52）Feeding gap be located along the same line, described clip wheel component（52）
With the first drive mechanism（53）It is connected.
3. rolling machine according to claim 1, it is characterised in that：Described material jacking mechanism（7）Including being arranged at shear
Structure（6）Surface is used to that cutter blades will to be passed through（61）With cut-out pattern（62）Material after cut-out heads into shaping mechanism（8）It is interior
Push rod（71）, described push rod（71）With the 3rd drive mechanism（3）It is connected, described push rod（71）In the 3rd drive mechanism
（3）Driving under moved back and forth vertically.
4. rolling machine according to claim 3, it is characterised in that：Described shaping mechanism（8）Including being arranged at shear
Structure（6）Bottom and the Forming press just to setting（81）With shaping pattern（82）, described Forming press（81）Leaned on shaping
Mould（82）Center encloses to form circular channel when being close to（83）, described Forming press（81）By with the 4th drive mechanism（4）
The second sliding block being connected（84）It is movable to be arranged at base（9）On, described Forming press（81）Bottom is circle provided with center
The extrusion die of shape through-hole structure, the 4th drive mechanism（4）Drive Forming press（81）To shaping pattern（82）Energy during motion
Push rod will enough be passed through（71）The material headed into carries out the pressure that extrusion forming completes material finally by the through-hole structure in extrusion die
Roll up work.
5. the rolling machine according to Claims 2 or 3 or 4, it is characterised in that：The first described drive mechanism（53）Including with
Frame（1）Rotate the drive gear of connection（531）, described drive gear（531）Respectively with each clip wheel component（52）In
One travelling gear（522）It is meshed, described drive gear（531）With drive gear can be driven（531）Intermittent rotary
Intermittent drive mechanism（54）It is connected, described intermittent drive mechanism（54）With drive shaft（10）It is connected.
6. rolling machine according to claim 5, it is characterised in that：Described intermittent drive mechanism（54）Including middle part and machine
Frame（1）Rotate the charging rocking arm of connection（541）, described charging rocking arm（541）One end be provided with ratchet（542）And the ratchet
（542）With drive gear（531）It is connected, the other end and pull bar（543）One end be hinged, described pull bar（543）'s
The other end and feeding cam（544）Lean, described feeding cam（544）It is fixed on drive shaft（10）Upper and described driving
Axle（10）With driver（532）It is connected, described feeding cam（544）On be connected with flexible restoring organ（55）.
7. rolling machine according to claim 6, it is characterised in that：Described base（9）Close to feeding mechanism（5）Discharging one
Side is provided with guide pad（91）, described guide pad（91）On offer the groove structure walked for sheet material, described groove
The discharge end of structure is provided with and cutter blades（61）That cut-out material is realized after transversion malposition is fixed on guide pad（91）Interior consolidates
Ledger-plate（92）, described guide pad（91）Interior be provided with cuts print knife（93）, described cuts print knife（93）By being fixed on the first cunning
Block（64）On cut print rocking arm（94）It is movable to be arranged at guide pad（91）Side, described cut-out pattern（62）Be provided with
Preforming cell body（63）Coordinate against convex column, the preforming cell body（63）Born against with convex column in push rod（71）'s
Both sides, the preforming cell body（63）With convex column and push rod（71）The side leant is arc-shaped structure.
8. rolling machine according to claim 7, it is characterised in that：Second drive mechanism（2）Including being fixed on driving
Axle（10）On cut-out cam（21）, described cut-out cam（21）Edge by provided with when cut-out cam（21）Energy during rotation
The first sliding block of enough reciprocal promotions（64）Cut-out swing arm（22）, described the first sliding block（64）On be connected with (the first back-moving spring
（64a）；4th drive mechanism（4）Including being fixed on drive shaft（10）On shaping cam（41）, described shaping cam
（41）Edge by provided with working as shaping cam（41）The second sliding block can be back and forth promoted during rotation（84）Shaping swing arm（42）,
The second described sliding block（84）On be connected with second back-moving spring（84a）.
9. rolling machine according to claim 8, it is characterised in that：3rd drive mechanism（3）Including being fixed on driving
Axle（10）On liftout cam（31）, described liftout cam（31）Edge is by being provided with and push rod（71）The liftout rocking arm being connected
（32）, the liftout rocking arm（32）End provided with liftout rocking arm can be made（32）The liftout spring of reset（33）.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510591153.2A CN105215079B (en) | 2015-09-16 | 2015-09-16 | Rolling machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510591153.2A CN105215079B (en) | 2015-09-16 | 2015-09-16 | Rolling machine |
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| CN105215079A CN105215079A (en) | 2016-01-06 |
| CN105215079B true CN105215079B (en) | 2017-07-14 |
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|---|---|---|---|---|
| US2077336A (en) * | 1935-01-07 | 1937-04-13 | Gen Motors Corp | Apparatus for forming circular bushings |
| CN1943904A (en) * | 2006-08-22 | 2007-04-11 | 湖州双狮链传动有限公司 | Chain sleeve processing device with oil injection hole |
| CN102527782A (en) * | 2011-12-23 | 2012-07-04 | 诸暨市昌乐机械有限公司 | Chain tube coiling machine |
| CN103521604A (en) * | 2013-09-18 | 2014-01-22 | 苏州顺革智能科技有限公司 | Tube coiling mechanism of tube coiling machine |
| CN103736836A (en) * | 2013-09-18 | 2014-04-23 | 苏州顺革智能科技有限公司 | Automatic pipe coiling machine |
| CN205289308U (en) * | 2015-09-16 | 2016-06-08 | 浙江恒久特种链条有限公司 | Tube winding machine |
-
2015
- 2015-09-16 CN CN201510591153.2A patent/CN105215079B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2077336A (en) * | 1935-01-07 | 1937-04-13 | Gen Motors Corp | Apparatus for forming circular bushings |
| CN1943904A (en) * | 2006-08-22 | 2007-04-11 | 湖州双狮链传动有限公司 | Chain sleeve processing device with oil injection hole |
| CN102527782A (en) * | 2011-12-23 | 2012-07-04 | 诸暨市昌乐机械有限公司 | Chain tube coiling machine |
| CN103521604A (en) * | 2013-09-18 | 2014-01-22 | 苏州顺革智能科技有限公司 | Tube coiling mechanism of tube coiling machine |
| CN103736836A (en) * | 2013-09-18 | 2014-04-23 | 苏州顺革智能科技有限公司 | Automatic pipe coiling machine |
| CN205289308U (en) * | 2015-09-16 | 2016-06-08 | 浙江恒久特种链条有限公司 | Tube winding machine |
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| Publication number | Publication date |
|---|---|
| CN105215079A (en) | 2016-01-06 |
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Address after: 311800 No. 8 Yingbin Road, Taozhu Street, Zhuji City, Zhejiang Province Patentee after: Zhejiang Evergreen Transmission Technology Co., Ltd. Address before: 311800 Zhuji City West Development Zone, Shaoxing City, Zhejiang Province Patentee before: Zhejiang permanent special chain drive Co., Ltd |