CN203762829U - Window curtain tape auto-riveting line - Google Patents

Window curtain tape auto-riveting line Download PDF

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Publication number
CN203762829U
CN203762829U CN201420133175.5U CN201420133175U CN203762829U CN 203762829 U CN203762829 U CN 203762829U CN 201420133175 U CN201420133175 U CN 201420133175U CN 203762829 U CN203762829 U CN 203762829U
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CN
China
Prior art keywords
window curtain
curtain belt
suspension ring
unit
riveted joint
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Expired - Fee Related
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CN201420133175.5U
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Chinese (zh)
Inventor
黄菊新
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Hangzhou Flies Military Dynamo-Electric Co Ltd
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Hangzhou Flies Military Dynamo-Electric Co Ltd
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Priority to CN201420133175.5U priority Critical patent/CN203762829U/en
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Publication of CN203762829U publication Critical patent/CN203762829U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model discloses a window curtain tape auto-riveting line. The window curtain tape auto-riveting line is characterized by comprising a window curtain tape correcting unit, a hot-perforating unit, a riveting unit, a window curtain tape tail-compressing unit, a window curtain tape traction unit, and a window curtain tape cut-off unit. The window curtain tape auto-riveting line has the advantages that the whole production process is integrally performed on one machine, production is more automated, fewer workers are required, production accidents are eliminated, and quality of window curtain tapes is improved.

Description

Window curtain belt automatic riveting production line
Technical field
The utility model relates to a kind of Window curtain belt automatic riveting production line, belongs to the nonstandard automated production equipment of Window curtain belt.
Background technology
Window curtain belt automatic riveting production line is an equipment of Rome rod-type curtain perforated tape production and processing process being realized to automation.Original production pattern is that the Window curtain belt process weaving is scalded to Ji Tang hole, hole, by manually riveted joint iron hoop and plastics suspension ring being fixed in hot hole, finally will be inlaid with the Window curtain belt riveted joint of iron hoop.Whole process need is through twice material handling, and its Central Plains is scalded hole machine and cannot be guaranteed the processing dimension of Window curtain belt, often occurs the situation that pitch-row deviation is large.Collar process need people by plastic hoop swelling on iron hoop, so that iron hoop can not depart from boiling hot hole in transportation.Riveted joint link is with simple and easy little punch press, iron hoop to be pressed, and fastens plastic hoop and Window curtain belt, and this link very easily produces danger when High-efficient Production.
Utility model content
The problems referred to above that exist in order to solve prior art, the utility model provides a kind of Window curtain belt automatic riveting production line, and object is to enhance productivity, and reduces producers, reduces accident toggle rate in production process.
To achieve these goals, the utility model adopts following technical scheme:
A Window curtain belt automatic riveting production line, is characterized in that, it comprises that the Window curtain belt correction unit, unit, boiling hot hole, riveting unit, Window curtain belt rear end compressing unit, Window curtain belt traction unit and the Window curtain belt that sequentially arrange block unit, wherein,
Window curtain belt is corrected unit and is had the Window curtain belt front end hold down gag that is arranged on working face;
Scald unit, hole and have at least one pair of boiling hot aperture apparatus, the first scald aperture apparatus of arranging before and after described a pair of boiling hot aperture apparatus is respectively and second scalds aperture apparatus, and each boiling hot aperture apparatus has:
Base plate, described base plate arranges the installing hole of longitudinal layout, and described installing hole oral area arranges and scalds hole counterdie;
Scald aperture apparatus support, described boiling hot aperture apparatus support has the straight line guide pillar that is divided into base plate left and right side, and the sheathed stage clip in described straight line guide pillar bottom on described straight line guide pillar and be positioned at stage clip top and wear linear bearing, arranges the first supporting plate between two straight line guide pillars;
The assembly of perming, it has: the lower air cylinder of perming, it is longitudinally arranged on described the first supporting plate, the second supporting plate, its two ends are connected with linear bearing respectively, Window curtain belt pressing plate, its middle part arranges via hole, and described Window curtain belt pressing plate is arranged on the second supporting plate below and is connected with described the second supporting plate by connector, perm, it is column, top is along hole is axially set, bottom is along recess is axially set, in described hole, from top to bottom set gradually the piston rod of the lower air cylinder of perming, press down the piston rod I that cylinder piston rod coordinates with perming, the drift connecting rod being connected with piston rod I, the sheathed Compress Spring in described drift connecting rod bottom, described Compress Spring top is connected with drift connecting rod, bottom pushes against the bottom in described hole, waste material drift is set in described recess, described drift connecting rod bottom is through the bottom in hole, and be connected with described waste material drift, the described bottom periphery of perming arranges heater installing ring, described heater installing ring arranges heater, described perming longitudinally arranged, and top is connected with described the second supporting plate, bottom is positioned at described via hole top, and be mated, perm after lower air cylinder action, Window curtain belt pressing plate coordinates compression Window curtain belt with boiling hot hole counterdie, perm and by heater, on Window curtain belt, scald hole,
Riveting unit has at least one iron hoop feeding device, at least one pair of suspension ring feeding device and at least one pair of riveting set, the first riveting set and the second riveting set that before and after described a pair of riveting set is respectively, are arranged symmetrically with, the second described riveting set has: riveted joint platform, and described riveted joint platform longitudinally arranges manhole; Riveted joint riser, it is located at described riveted joint platform below, and described riveted joint riser has riveted joint rising cylinder, and the piston rod end of described riveted joint rising cylinder arranges riveted joint counterdie, and riveted joint counterdie can be by the manhole of riveted joint platform; Riveted joint hold-down devices, it is located at described riveted joint platform top, and described riveted joint hold-down devices has the lower air cylinder of riveted joint, and under described riveted joint, the piston rod end of air cylinder arranges riveted joint patrix; Iron hoop material-pulling device, it is located at riveted joint platform side, described iron hoop material-pulling device has iron hoop pusher support, on described iron hoop pusher support, along left and right directions, iron hoop pusher cylinder is set, on the piston rod of described iron hoop pusher cylinder, expeller is set, after the action of iron hoop pusher cylinder, expeller pushes the riveted joint counterdie in riveted joint platform manhole by the iron hoop in charging guide groove exit, after riveted joint rising cylinder moves with the lower air cylinder of riveted joint, by the suspension ring of riveted joint platform and iron hoop riveted joint;
Described iron hoop feeding device is arranged in riveting set right side, and it has: vibrating disk, and it has vibrating disk track; Iron hoop positive and reverse screening mechanism, it has downward-sloping screening guide groove, both sides, described screening entry guide place arrange respectively the iron hoop demarcation strip of lateral arrangement, described screening top of guide slot and be positioned at the iron hoop demarcation strip port of export end guide groove is set, described end guide groove side arranges end guide groove discharging opening, and described screening entry guide is connected with vibrating disk track export; Charging guide groove, its downward-sloping layout: iron hoop automatic allocation device, it comprises iron hoop automatic allocation device support, it is located at riveted joint platform right side; Iron hoop distributes stepper motor automatically, and it is arranged at described iron hoop automatic allocation device support along fore-and-aft direction; Driving lever, it is longitudinally arranged, and automatically distribute stepper motor to be connected with described iron hoop, riveted joint platform right side is located in the outlet of described charging guide groove, and be positioned at driving lever side, iron hoop distributes after stepper motor action automatically, and driving lever is allocated the iron hoop in charging guide groove exit along fore-and-aft direction, be allocated to respectively expeller;
The the first suspension ring feeding device and the second suspension ring feeding device that before and after described a pair of suspension ring feeding device is respectively, are arranged symmetrically with, wherein, the second suspension ring feeding device has:
Suspension ring feeding platform, it is arranged in riveting set left side, and described suspension ring feeding platform longitudinally arranges circular groove, described circular groove rear side setting square three-way groove that mate with suspension ring afterbody, that longitudinally arrange, described square three-way groove oral area arranges deep gouge;
Suspension ring material storage tube, its rear wall arranges longitudinal opening, this opening mates with suspension ring afterbody, in described suspension ring material storage tube, supporting plate is set, described supporting plate is connected with suspension ring discharging motor, and described suspension ring material storage tube is located in circular groove, and described opening is corresponding with square three-way groove, described supporting plate is driven by suspension ring discharging motor, can knee-action;
Position-limit mechanism, it has: position-limit mechanism support, it is located at suspension ring feeding platform one side; Air cylinder under limited block, it is longitudinally located at described position-limit mechanism support; Limited block, it is column, and top is connected with the piston rod of air cylinder under described limited block, and described limited block external diameter is consistent with material storage tube internal diameter, and coaxial arrangement; Approach switch, it is located at described limited block top, and is connected with described position-limit mechanism support, and when described supporting plate coordinates with limited block in rising, described limited block pushes against after approach switch, and suspension ring, in deep gouge place, can supply suspension ring reclaimer robot feeding;
Suspension ring material fetching mechanism, it has: suspension ring material fetching mechanism support, it is located at described riveting set right back; Suspension ring reclaimer robot left and right cylinder, it is located at described suspension ring material fetching mechanism support along left and right directions; Suspension ring reclaimer robot support, it is located at the piston rod end of described suspension ring reclaimer robot left and right cylinder; Suspension ring reclaimer robot upper and lower air cylinders, it is longitudinally located at described suspension ring reclaimer robot support; Suspension ring reclaimer robot, its bottom has the material folding groove that suspension ring afterbody is clamped, described suspension ring reclaimer robot top is connected with the piston rod of described suspension ring reclaimer robot upper and lower air cylinders, after suspension ring reclaimer robot left and right cylinder and the action of suspension ring reclaimer robot upper and lower air cylinders, suspension ring reclaimer robot is got suspension ring from deep gouge, then suspension ring is placed in to the upper and lower intermode of riveted joint;
Window curtain belt rear end compressing unit has Window curtain belt rear end compressing unit pedestal, the Window curtain belt rear end compressing unit support that is down " U " shape is set on the compressing unit pedestal of described Window curtain belt rear end, on the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end clamping cylinder is longitudinally set, in the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end pressure strip is set, pressure strip top, described Window curtain belt rear end is connected with the piston rod of described Window curtain belt rear end clamping cylinder, after the action of Window curtain belt rear end clamping cylinder, Window curtain belt rear end pressure strip coordinates with Window curtain belt rear end compressing unit pedestal, compress Window curtain belt,
Window curtain belt traction unit has:
Traction unit pedestal;
Ball screw assembly,, it is connected with described traction unit pedestal, and described ball screw assembly, has ball-screw slide block, and described ball-screw slide block movement direction is parallel with the Window curtain belt direction of motion; Traction unit transverse slat, it is connected with described ball-screw slide block, and described traction unit transverse slat is connected with the guide rail that is fixedly arranged on traction unit pedestal, and traction unit transverse slat is vertical with the Window curtain belt direction of motion;
Traction unit hold-down mechanism, it has: be down the hold-down mechanism support of " U " shape, it is connected with described traction unit transverse slat; Traction unit clamping cylinder, described traction unit clamping cylinder is longitudinally located at described hold-down mechanism support; Traction unit pressing plate, it is located in described hold-down mechanism support, and top is connected with the piston rod of described traction unit clamping cylinder, after the action of traction unit clamping cylinder, traction unit pressing plate coordinates compression Window curtain belt with traction unit transverse slat, after ball screw assembly, action, curtain traction unit drives Window curtain belt motion;
Window curtain belt blocks unit to be had:
Block unit pedestal, its surface arranges lower knife groove, and described cutter groove is vertical with the Window curtain belt direction of motion;
Block unit rack, it blocks unit pedestal described in being located at;
Window curtain belt compressing unit, it has: Window curtain belt clamping cylinder, it blocks unit rack described in being longitudinally located at, and described in being positioned at, blocks pedestal top, unit; Window curtain belt compact heap, its bottom arranges upper knife groove, and described Window curtain belt compact heap blocks pedestal top, unit described in being located at, and top is connected with the piston rod of described Window curtain belt clamping cylinder;
Blade assembly, it has: blade propulsion cylinder, described blade propulsion cylinder blocks unit rack described in being located at along left and right directions, and is positioned at upper knife groove side; Cutting blade, its inclination is located in described upper knife groove, and its one end is connected with the piston rod of described blade propulsion cylinder, after Window curtain belt clamping cylinder, the action of blade propulsion cylinder, Window curtain belt compact heap with block unit pedestal and coordinate and compress Window curtain belt, upper knife groove coordinates with lower knife groove, and blade moves toward opposite side from a side, cuts off Window curtain belt.
Compared to existing technology, the utlity model has following advantage: whole production process of the present utility model is concentrated in a machine and realized, improved the automation of producing, saving personnel, eliminate production accident, improve Window curtain belt quality.
Accompanying drawing explanation
Fig. 1 is the side view of a direction of Window curtain belt automatic riveting production line in embodiment.
Fig. 2 is the side view of another direction of Window curtain belt automatic riveting production line in embodiment.
Fig. 3 is the side-looking enlarged drawing that in embodiment, curtain is corrected the direction in unit.
Fig. 4 scalds the side-looking enlarged drawing of unit, hole, a direction of riveting unit in embodiment.
Fig. 5 is the side-looking enlarged drawing that in embodiment, Window curtain belt rear end compressing unit, Window curtain belt block the direction in unit.
Fig. 6 scalds the side-looking enlarged drawing of unit, hole, another direction of riveting unit in embodiment.
Fig. 7 is the side-looking enlarged drawing that in embodiment, Window curtain belt rear end compressing unit, Window curtain belt block another direction of unit.
Fig. 8 scalds hole cellular construction figure.
Fig. 9 is riveting unit front view.
Figure 10 is riveting unit top view.
Figure 11 is riveting unit left view.
Figure 12 is that Window curtain belt blocks unit left view.
Figure 13 is that Window curtain belt blocks unit rearview.
Figure 14 is pitch-row adjusting device structure chart.
Figure 15 is vibrating disk side view.
Figure 16 is iron hoop positive and reverse screening mechanism enlarged drawing.
Figure 17 is reverse side iron hoop.
Figure 18 is front iron hoop.
Figure 19 is iron hoop positive and reverse screening mechanism cutaway view.
Figure 20 is riveted joint patrix side view.
Figure 21 is riveted joint counterdie top view.
In figure, T-Window curtain belt, M-iron hoop, N-suspension ring, L-waste material, 1-Window curtain belt is corrected unit, 11-horizontal part, 12-hypsokinesis portion, 13-cross bar, 14-Window curtain belt front end hold down gag, 15-pre-tightening apparatus, 2a-first scald aperture apparatus, 2b-second scalds aperture apparatus, 21-base plate, 21a-waste material guide cylinder, 22-scalds hole counterdie, 23-scalds aperture apparatus support, 231-straight line guide pillar, 232-stage clip, 233-linear bearing, 24-the first supporting plate, the 25-lower air cylinder of perming, 26-the second supporting plate, 27-Window curtain belt pressing plate, 28-perms, 281-piston rod I, 282-drift connecting rod, 283-waste material drift, 29-heater installing ring, 291-heater, 3-iron hoop feeding device, 31-vibrating disk, 32-iron hoop positive and reverse screening mechanism, 321-screens guide groove, 322-iron hoop demarcation strip, 323-end guide groove, 33-charging guide groove, 4a-the first riveting set, 4b-the second riveting set, 41-rivets platform, 42-rivets riser, 421-riveted joint rising cylinder, 422-rivets counterdie, 43-rivets hold-down devices, the lower air cylinder of 431-riveted joint, 432-rivets patrix, 44-iron hoop material-pulling device, 441-iron hoop pusher support, 442-iron hoop pusher cylinder, 443-expeller, 4400-iron hoop distributes stepper motor automatically, 4401-driving lever, 5a-the first suspension ring feeding device, 5b-the second suspension ring feeding device, 51-suspension ring feeding platform, 511-square three-way groove, 512-deep gouge, 52-suspension ring material storage tube, 521-supporting plate, 522-suspension ring discharging motor, 53-position-limit mechanism, 531-position-limit mechanism support, air cylinder under 532-limited block, 533-limited block, 534-approach switch, 54-suspension ring material fetching mechanism, 541-suspension ring material fetching mechanism support, 542-suspension ring reclaimer robot left and right cylinder, 543-suspension ring reclaimer robot support, 544-suspension ring reclaimer robot upper and lower air cylinders, 545-suspension ring reclaimer robot, 6-Window curtain belt rear end compressing unit, 61-Window curtain belt rear end compressing unit support, 62-Window curtain belt rear end clamping cylinder, 63-Window curtain belt rear end pressure strip, 7-Window curtain belt traction unit, 71-ball screw assembly, 72-traction unit transverse slat, 73-guide rail, 74-hold-down mechanism support, 75-traction unit clamping cylinder, 76-traction unit pressing plate, 77-draws servomotor, 8-Window curtain belt blocks unit, 81-blocks unit pedestal, 811-lower knife groove, 82-blocks unit rack, 83-Window curtain belt clamping cylinder, 84-Window curtain belt compact heap, 841-upper knife groove, 85-blade propulsion cylinder, 86-cutting blade, 9-pitch-row adjusting device, 91-leading screw supporting seat, 921-the first ball-screw, 922-the second ball-screw, 923-the 3rd ball-screw, 93-shaft coupling, 94-pitch-row regulates motor.
The specific embodiment
For technological means, creation characteristic that the utility model is realized, reach object and effect is easy to understand, below in conjunction with concrete diagram, further set forth the utility model.
Embodiment
For the ease of statement, if no special instructions, in figure, the direction of arrow represents respectively front, rear, left and right.
As shown in Fig. 1~19, a kind of Window curtain belt automatic riveting production line, it comprises that the Window curtain belt correction unit 1, unit, boiling hot hole, riveting unit, Window curtain belt rear end compressing unit 6, Window curtain belt traction unit 7 and the Window curtain belt that sequentially arrange block unit 8.
The thinking that designs this production line is: first on Window curtain belt, scald hole, then in hot hole, rivet iron hoop and suspension ring; Window curtain belt is corrected unit and is act as material loading and clamp Window curtain belt front end, preferably the irregular Window curtain belt being wound around can be made in order simultaneously; Window curtain belt rear end compressing unit act as and compresses Window curtain belt rear end, after Window curtain belt front end and rear end all compress, facilitates corresponding station processing; Window curtain belt traction unit act as traction Window curtain belt and moves on production line, in this case, is along fore-and-aft direction and moves; Window curtain belt blocks unit and as required Window curtain belt is blocked.On the whole in the form of a ring, one side arranges strip afterbody to suspension ring.
Described Window curtain belt is corrected unit 1 and is comprised: Window curtain belt frame for correcting, and it has horizontal part 11 and hypsokinesis portion 12, and horizontal part 11 and hypsokinesis portion 12 arrange some cross bars 13; Window curtain belt front end hold down gag 14, it is located at described hypsokinesis portion 12, and described Window curtain belt front end hold down gag 14 has first substrate and the first pressing plate, the first pressing plate is connected with the promotion cylinder that is fixed on hypsokinesis portion 12, after promoting cylinder action, first substrate coordinates with the first pressing plate, compresses Window curtain belt; Pre-tightening apparatus 15, it is located at Window curtain belt front end hold down gag 14 rear sides and is positioned at hypsokinesis portion 12 belows, described pre-tightening apparatus 15 has the pre-locking bracket that is down " U " shape, on described pre-locking bracket, wear the pre-bearing up pulley of Window curtain belt, this pretension bracket end and hypsokinesis portion are hinged, both sides are connected with hypsokinesis portion by spring respectively, and the effect of pre-tightening apparatus, with similar with the regulating wheel effect in transmission, is not described further.
Scald unit, hole and there are two boiling hot aperture apparatus (being a pair of boiling hot aperture apparatus) that front and back arrange, be respectively first scald aperture apparatus 2a and second and scald aperture apparatus 2b, on the whole, first scald aperture apparatus 2a and second scalds aperture apparatus 2b for being arranged symmetrically with, each boiling hot aperture apparatus has: base plate 21, described base plate 21 arranges the installing hole of longitudinal layout, described installing hole oral area arranges and scalds hole counterdie 22, scald hole counterdie 22 and be tabular, middle part arranges scalds nib under hole, scalding nib under hole coordinates with perming of below addressing, perm the Window curtain belt that scalds nib place under hole is scalded to hole, waste material can be from unloading under this, scald aperture apparatus support 23, described boiling hot aperture apparatus support 23 has the straight line guide pillar 231 that is divided into base plate 21 left and right sides, the described straight line guide pillar 231 sheathed stage clips 232 in bottom, on described straight line guide pillar 231 and be positioned at stage clip 232 tops and wear 231 of linear bearing 233, two straight line guide pillars the first supporting plate 24 is set, the assembly of perming, it has: the lower air cylinder 25 of perming, it is longitudinally arranged on described the first supporting plate 24, the second supporting plate 26, its two ends are connected with linear bearing 233 respectively, and two ends of the second supporting plate 26 are connected with a linear bearing 233 respectively, and the quantity of linear bearing 233 adds up to two, Window curtain belt pressing plate 27, its middle part arranges via hole, and described Window curtain belt pressing plate 27 is arranged on the second supporting plate 26 belows and is connected with described the second supporting plate 26 by connector, perm 28, it is column, top is along hole is axially set, bottom is along recess is axially set, in described hole, from top to bottom set gradually the piston rod 251 of the lower air cylinder of perming, press down the piston rod I 281 that cylinder piston rod coordinates with perming, the drift connecting rod 282 being connected with piston rod I, the described drift connecting rod 282 sheathed Compress Springs in bottom, described Compress Spring top is connected with drift connecting rod, bottom pushes against the bottom in described hole, waste material drift 283 is set in described recess, described drift connecting rod 282 bottoms are through the bottom in hole, and be connected with described waste material drift 283, the described 28 bottom peripheries of perming arrange heater installing ring 29, described heater installing ring 29 arranges heater 291, described perming 28 longitudinally arranged, and top is connected with described the second supporting plate, bottom is positioned at described via hole top, and be mated, perm after lower air cylinder action, Window curtain belt pressing plate coordinates compression Window curtain belt with boiling hot hole counterdie, perm and by heater, on Window curtain belt, scald hole.
Scald aperture apparatus course of action as follows, heater is put into heater installing ring, be heated to and scald after the temperature of hole, can start to scald hole work.Perming, to have waste material drift, whole process be that by air pressure, to promote valve piston downward in inner side, promotes drift connecting rod and downwards waste material is squeezed in waste material guide cylinder, then by waste material guide cylinder recovery waste material.It is to make it get back to home position by inner side spring action that waste material drift resets.Whole mechanism utilizes the reaction force of perm lower air cylinder thrust and spring to realize moving up and down of perming, and is guaranteed to perm and the positioning precision of boiling hot hole counterdie by linear bearing.
Riveting unit has two riveting sets (being a pair of riveting set) that iron hoop feeding device 3, a pair of suspension ring feeding device and front and back are arranged symmetrically with, and described a pair of riveting set is respectively the first riveting set 4a, the second riveting set 4b.
The second riveting set has: riveted joint platform 41, and described riveted joint platform 41 longitudinally arranges manhole, riveted joint riser 42, it is located at described riveted joint platform 41 belows, described riveted joint riser 42 has riveted joint rising cylinder 421, and the piston rod end of described riveted joint rising cylinder arranges riveted joint counterdie 422, and riveted joint counterdie 422 can be by the manhole of riveted joint platform 421, riveted joint hold-down devices 43, it is located at described riveted joint platform 41 tops, described riveted joint hold-down devices 43 has the lower air cylinder 431 of riveted joint, and under described riveted joint, the piston rod end of air cylinder arranges riveted joint patrix 432, and riveted joint riser coordinates the riveted joint that can realize iron hoop and suspension ring with riveted joint hold-down devices, iron hoop material-pulling device 44, it is located at riveted joint platform 41 sides, described iron hoop material-pulling device 44 has iron hoop pusher support 441, on described iron hoop pusher support 441, along left and right directions, iron hoop pusher cylinder 442 is set, on the piston rod of described iron hoop pusher cylinder, expeller 443 is set, after the action of iron hoop pusher cylinder, expeller pushes the riveted joint counterdie in riveted joint platform manhole by the iron hoop in charging guide groove exit, after riveted joint rising cylinder moves with the lower air cylinder of riveted joint, by the suspension ring of riveted joint platform and iron hoop riveted joint, suspension ring move to this riveted joint station by the suspension ring feeding device of below addressing.
See Figure 20,21, on the whole, riveted joint patrix has riveted joint patrix the first column section, riveted joint patrix the second column section and riveted joint patrix the 3rd column section of arranging up and down, riveted joint patrix the first column section external diameter is greater than riveted joint patrix the second column section external diameter, and riveted joint patrix the second column section external diameter is greater than riveted joint patrix the 3rd column section external diameter; Riveted joint counterdie has the riveted joint counterdie first column section and riveted joint counterdie the second column section of arranging up and down, and riveted joint counterdie the first column section external diameter is less than the external diameter of riveted joint counterdie the second column section, and riveted joint counterdie the first column section is hollow form.Riveted joint patrix coordinates with riveted joint counterdie, by iron hoop and suspension ring riveted joint.Riveted joint counterdie the first column section hollow form place coordinates with riveted joint patrix the 3rd column section.Riveted joint patrix except aforesaid way, also can adopt other prior aries with riveted joint counterdie, can realize iron hoop and suspension ring riveted joint.
Described iron hoop feeding device 3 is arranged in riveting set right side, and it has: vibrating disk 31, and it has vibrating disk track; Iron hoop positive and reverse screening mechanism 32, it has downward-sloping screening guide groove 321, both sides, described screening entry guide place arrange respectively the iron hoop demarcation strip 322 of lateral arrangement, described screening top of guide slot and be positioned at the iron hoop demarcation strip port of export end guide groove 323 is set, described end guide groove side arranges end guide groove discharging opening, and described screening entry guide is connected with vibrating disk track export; Charging guide groove 33, its downward-sloping layout: iron hoop automatic allocation device, it comprises iron hoop automatic allocation device support, it is located at riveted joint platform right side; Iron hoop distributes stepper motor 4400 automatically, and it is arranged at described iron hoop automatic allocation device support along fore-and-aft direction; Driving lever 4401, it is longitudinally arranged, and automatically distribute stepper motor to be connected with described iron hoop, riveted joint platform right side is located in the outlet of described charging guide groove, and be positioned at driving lever side, iron hoop distributes after stepper motor action automatically, and driving lever is allocated the iron hoop in charging guide groove exit along fore-and-aft direction, be allocated to respectively expeller.
Vibrating disk positive and reverse screening explanation: utilize the flange of iron hoop to distribute, when reverse side iron hoop moves to screening region, tangled flange by iron hoop demarcation strip, thereby move to return trajectory (end guide groove), backflow vibrating disk.Front iron hoop is because flange is below iron hoop demarcation strip, can directly by region, move to gap position and (enter screening guide groove, then enter the charging guide groove of rear end), thus the iron hoop that meets riveted joint requirement is screened and delivered on the distributor on riveted joint station.
Symmetrically arranged the first suspension ring feeding device 5a and the second suspension ring feeding device 5b before and after described suspension ring feeding device comprises, wherein, the second suspension ring feeding device 5b has: suspension ring feeding platform 51, it is arranged in riveting set left side, described suspension ring feeding platform 51 longitudinally arranges circular groove, described circular groove rear side setting square three-way groove 511 that mate with suspension ring afterbody, that longitudinally arrange, described square three-way groove oral area arranges deep gouge 512; Suspension ring material storage tube 52, its rear wall arranges longitudinal opening, this opening mates with suspension ring afterbody, the interior supporting plate 521 that arranges of described suspension ring material storage tube 52, described supporting plate 521 is connected with suspension ring discharging motor 522, and described suspension ring material storage tube 52 is located in circular groove, and described opening is corresponding with square three-way groove, described supporting plate is driven by suspension ring discharging motor, can knee-action; Position-limit mechanism 53, it has: position-limit mechanism support 531, it is located at suspension ring feeding platform 51 1 sides; Under limited block, air cylinder 532, and it is longitudinally located at described position-limit mechanism support 531; Limited block 533, it is column, and top is connected with the piston rod of air cylinder under described limited block, and described limited block 533 external diameters are consistent with suspension ring material storage tube 52 internal diameters, and coaxial arrangement; Approach switch 534, it is located at described limited block 533 tops, and is connected with described position-limit mechanism support 531, and when described supporting plate coordinates with limited block in rising, described limited block pushes against after approach switch, and suspension ring, in deep gouge place, can supply suspension ring reclaimer robot feeding; Suspension ring material fetching mechanism 54, it has: suspension ring material fetching mechanism support 541, it is located at described riveting set right back; Suspension ring reclaimer robot left and right cylinder 542, it is located at described suspension ring material fetching mechanism support 541 along left and right directions; Suspension ring reclaimer robot support 543, it is located at the piston rod end of described suspension ring reclaimer robot left and right cylinder; Suspension ring reclaimer robot upper and lower air cylinders 544, it is longitudinally located at described suspension ring reclaimer robot support; Suspension ring reclaimer robot 545, its bottom has the material folding groove that suspension ring afterbody is clamped, described suspension ring reclaimer robot 545 tops are connected with the piston rod of described suspension ring reclaimer robot upper and lower air cylinders, after suspension ring reclaimer robot left and right cylinder and the action of suspension ring reclaimer robot upper and lower air cylinders, suspension ring reclaimer robot is got suspension ring from deep gouge, then suspension ring is placed in to the upper and lower intermode of riveted joint.
Window curtain belt is pulled to behind riveting set position by draw-gear, iron hoop pushes curtain perforate below, by riveted joint counterdie, iron hoop is pushed in curtain perforate, simultaneously suspension ring reclaimer robot picks up and moves to curtain perforate top after plastics suspension ring and press down, riveted joint patrix presses down to be buckled iron hoop dead, completes all cylinders playback after riveting work.After riveted joint, by draw-gear, Window curtain belt is pulled, start next riveted joint circulation.
Plastics suspension ring material storage tube has a plurality of replacements that can circulate, and improves blowing efficiency.During replacement, limited block part can be rotated and be allowed material storage tube take out.This station work timing position piece presses down, and suspension ring discharging driven by motor supporting plate is released suspension ring, after contact limited block, on limited block, moves to approach switch position, and suspension ring reclaimer robot can be worked and be picked up plastics suspension ring.
Window curtain belt rear end compressing unit 6 has Window curtain belt rear end compressing unit pedestal, the Window curtain belt rear end compressing unit support 61 that is down " U " shape is set on the compressing unit pedestal of described Window curtain belt rear end, on the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end clamping cylinder 62 is longitudinally set, in the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end pressure strip 63 is set, pressure strip top, described Window curtain belt rear end is connected with the piston rod of described Window curtain belt rear end clamping cylinder, after the action of Window curtain belt rear end clamping cylinder, Window curtain belt rear end pressure strip coordinates with Window curtain belt rear end compressing unit pedestal, compress Window curtain belt.
Window curtain belt traction unit 7 has: traction unit pedestal; Ball screw assembly, 71, it is connected with described traction unit pedestal, and described ball screw assembly, 71 has ball-screw slide block, and described ball-screw slide block movement direction is parallel with the Window curtain belt direction of motion, and ball screw assembly, 71 is driven by traction servomotor 77; Traction unit transverse slat 72, it is connected with described ball-screw slide block, and described traction unit transverse slat 72 is connected with the guide rail 73 that is fixedly arranged on traction unit pedestal, and traction unit transverse slat 72 is vertical with the Window curtain belt direction of motion; Traction unit hold-down mechanism, it has: be down the hold-down mechanism support 74 of " U " shape, it is connected with described traction unit transverse slat 72; Traction unit clamping cylinder 75, described traction unit clamping cylinder 75 is longitudinally located at described hold-down mechanism support 74; Traction unit pressing plate 76, it is located in described hold-down mechanism support 74, and top is connected with the piston rod of described traction unit clamping cylinder, after the action of traction unit clamping cylinder, traction unit pressing plate coordinates compression Window curtain belt with traction unit transverse slat, after ball screw assembly, action, curtain traction unit drives Window curtain belt motion.
Window curtain belt blocks unit 8 to be had: block unit pedestal 81, its surface arranges lower knife groove 811, and described cutter groove is vertical with the Window curtain belt direction of motion; Block unit rack 82, it blocks unit pedestal 81 described in being located at; Window curtain belt compressing unit, it has: Window curtain belt clamping cylinder 83, it blocks unit rack 82 described in being longitudinally located at, and described in being positioned at, blocks unit pedestal 81 tops; Window curtain belt compact heap 84, its bottom arranges upper knife groove 841, and described Window curtain belt compact heap 84 blocks unit pedestal 81 tops described in being located at, and top is connected with the piston rod of described Window curtain belt clamping cylinder; Blade assembly, it has: blade propulsion cylinder 85, described blade propulsion cylinder 85 blocks unit rack 82 described in being located at along left and right directions, and is positioned at upper knife groove side; Cutting blade 86, its inclination is located in described upper knife groove, and its one end is connected with the piston rod of described blade propulsion cylinder, after Window curtain belt clamping cylinder, the action of blade propulsion cylinder, Window curtain belt compact heap with block unit pedestal and coordinate and compress Window curtain belt, upper knife groove coordinates with lower knife groove, and blade moves toward opposite side from a side, cuts off Window curtain belt.
When draw-gear is pulled to Window curtain belt after disconnect position, Window curtain belt compact heap compresses Window curtain belt, and the action of blade propulsion cylinder, streaks curtain by cutting blade, and so latter two cylinder is regained simultaneously.
On the other hand, also comprise pitch-row adjusting device 9, it has: leading screw supporting seat 91, and it is arranged along fore-and-aft direction; The first ball-screw 921, the second ball-screw 922 and the 3rd ball-screw 923, ball-screw is located at leading screw supporting seat 91, three interconnects successively and arranges from front to back, first scald aperture apparatus 2a, second scalds aperture apparatus 2b and by slide block, is connected with ball-screw respectively, the second ball-screw 922 is contrary with the identical hand of spiral of the 3rd ball-screw 923 pitch, the first ball-screw 921 is 2 times of the second ball-screw 922 pitch, and hand of spiral is identical with the second ball-screw 922.Between ball-screw, by shaft coupling 93, connect, ball-screw regulates motor 94 to drive by pitch-row.It should be noted that, riveting set is fixed on production line.
The utility model operation principle is as follows: Window curtain belt automatic riveting production line of miniature needs first Window curtain belt to be wrapped in Window curtain belt and corrects unit, through scalding aperture apparatus and riveting set, until after the draw-gear of Window curtain belt rear end, Window curtain belt front and back ends compresses, and starts working.Scald aperture apparatus by the hot hole of Window curtain belt, then by Window curtain belt draw-gear, hot hole is pulled to riveting set, while iron hoop material loading, plastics suspension ring material loading.Then scald aperture apparatus and on Window curtain belt, again scald hole, riveting set riveted joint iron hoop.The continuous repeated work of this process, until a whole piece Window curtain belt machines, blocks Window curtain belt according to predetermined length.Window curtain belt draw-gear is controlled Window curtain belt pull distance by traction servomotor, can carry out setpoint distance according to different styles.
In this equipment, boiling hot aperture apparatus and riveting set are paired design, and scalding aperture apparatus is two, and riveting set is two, can adapt to by pitch-row adjusting device the requirement of different style Window curtain belts, and Window curtain belt width can have adjustment among a small circle simultaneously.
Vibrating disk can be separated by the iron hoop of positive and negative by iron hoop positive and reverse screening mechanism, job requirement face sent into iron hoop automatic allocation device, then by distributor, send into respectively former and later two riveting sets and treat material level.Distributor utilizes iron hoop automatically to distribute step motor control actuating length, adapts to the requirement of different spacing.
It should be noted that, adjacent two suspension ring opposite directions (the afterbody of two adjacent suspension ring is towards the opposite) on Window curtain belt, therefore this equipment scalds aperture apparatus and riveting set is arranged to double.This equipment can arrange a plurality of boiling hot aperture apparatus and riveting set simultaneously, and preferably the station increasing can only increase in pairs as a kind of, for example: boiling hot aperture apparatus be arranged to two to (amounting to four boiling hot aperture apparatus), three to (amounting to six boiling hot aperture apparatus), etc.; Riveting set be arranged to two to (amount to two riveting sets), three to (amounting to six riveting sets), etc.Especially, if while being arranged to odd number station, to position, part hole plastics suspension ring, need to increase whirligig.
Finally explanation is, above embodiment is only unrestricted in order to the technical solution of the utility model to be described, although the utility model is had been described in detail with reference to preferred embodiment, those of ordinary skill in the art is to be understood that, can modify or be equal to replacement the technical solution of the utility model, and not departing from aim and the scope of technical solutions of the utility model, it all should be encompassed in the middle of claim scope of the present utility model.

Claims (3)

1. a Window curtain belt automatic riveting production line, is characterized in that, it comprises that the Window curtain belt correction unit, unit, boiling hot hole, riveting unit, Window curtain belt rear end compressing unit, Window curtain belt traction unit and the Window curtain belt that sequentially arrange block unit, wherein,
Window curtain belt is corrected unit and is had the Window curtain belt front end hold down gag that is arranged on working face;
Scald unit, hole and have at least one pair of boiling hot aperture apparatus, the first scald aperture apparatus of arranging before and after described a pair of boiling hot aperture apparatus is respectively and second scalds aperture apparatus, and each boiling hot aperture apparatus has:
Base plate, described base plate arranges the installing hole of longitudinal layout, and described installing hole oral area arranges and scalds hole counterdie;
Scald aperture apparatus support, described boiling hot aperture apparatus support has the straight line guide pillar that is divided into base plate left and right side, and the sheathed stage clip in described straight line guide pillar bottom on described straight line guide pillar and be positioned at stage clip top and wear linear bearing, arranges the first supporting plate between two straight line guide pillars;
The assembly of perming, it has: the lower air cylinder of perming, it is longitudinally arranged on described the first supporting plate, the second supporting plate, its two ends are connected with linear bearing respectively, Window curtain belt pressing plate, its middle part arranges via hole, and described Window curtain belt pressing plate is arranged on the second supporting plate below and is connected with described the second supporting plate by connector, perm, it is column, top is along hole is axially set, bottom is along recess is axially set, in described hole, from top to bottom set gradually the piston rod of the lower air cylinder of perming, press down the piston rod I that cylinder piston rod coordinates with perming, the drift connecting rod being connected with piston rod I, the sheathed Compress Spring in described drift connecting rod bottom, described Compress Spring top is connected with drift connecting rod, bottom pushes against the bottom in described hole, waste material drift is set in described recess, described drift connecting rod bottom is through the bottom in hole, and be connected with described waste material drift, the described bottom periphery of perming arranges heater installing ring, described heater installing ring arranges heater, described perming longitudinally arranged, and top is connected with described the second supporting plate, bottom is positioned at described via hole top, and be mated, perm after lower air cylinder action, Window curtain belt pressing plate coordinates compression Window curtain belt with boiling hot hole counterdie, perm and by heater, on Window curtain belt, scald hole,
Riveting unit has at least one iron hoop feeding device, at least one pair of suspension ring feeding device and at least one pair of riveting set, the first riveting set and the second riveting set that before and after described a pair of riveting set is respectively, are arranged symmetrically with, the second described riveting set has: riveted joint platform, and described riveted joint platform longitudinally arranges manhole; Riveted joint riser, it is located at described riveted joint platform below, and described riveted joint riser has riveted joint rising cylinder, and the piston rod end of described riveted joint rising cylinder arranges riveted joint counterdie, and riveted joint counterdie can be by the manhole of riveted joint platform; Riveted joint hold-down devices, it is located at described riveted joint platform top, and described riveted joint hold-down devices has the lower air cylinder of riveted joint, and under described riveted joint, the piston rod end of air cylinder arranges riveted joint patrix; Iron hoop material-pulling device, it is located at riveted joint platform side, described iron hoop material-pulling device has iron hoop pusher support, on described iron hoop pusher support, along left and right directions, iron hoop pusher cylinder is set, on the piston rod of described iron hoop pusher cylinder, expeller is set, after the action of iron hoop pusher cylinder, expeller pushes the riveted joint counterdie in riveted joint platform manhole by the iron hoop in charging guide groove exit, after riveted joint rising cylinder moves with the lower air cylinder of riveted joint, by the suspension ring of riveted joint platform and iron hoop riveted joint;
Described iron hoop feeding device is arranged in riveting set right side, and it has: vibrating disk, and it has vibrating disk track; Iron hoop positive and reverse screening mechanism, it has downward-sloping screening guide groove, both sides, described screening entry guide place arrange respectively the iron hoop demarcation strip of lateral arrangement, described screening top of guide slot and be positioned at the iron hoop demarcation strip port of export end guide groove is set, described end guide groove side arranges end guide groove discharging opening, and described screening entry guide is connected with vibrating disk track export; Charging guide groove, its downward-sloping layout: iron hoop automatic allocation device, it comprises iron hoop automatic allocation device support, it is located at riveted joint platform right side; Iron hoop distributes stepper motor automatically, and it is arranged at described iron hoop automatic allocation device support along fore-and-aft direction; Driving lever, it is longitudinally arranged, and automatically distribute stepper motor to be connected with described iron hoop, riveted joint platform right side is located in the outlet of described charging guide groove, and be positioned at driving lever side, iron hoop distributes after stepper motor action automatically, and driving lever is allocated the iron hoop in charging guide groove exit along fore-and-aft direction, be allocated to respectively expeller;
The the first suspension ring feeding device and the second suspension ring feeding device that before and after described a pair of suspension ring feeding device is respectively, are arranged symmetrically with, wherein, the second suspension ring feeding device has:
Suspension ring feeding platform, it is arranged in riveting set left side, and described suspension ring feeding platform longitudinally arranges circular groove, described circular groove rear side setting square three-way groove that mate with suspension ring afterbody, that longitudinally arrange, described square three-way groove oral area arranges deep gouge;
Suspension ring material storage tube, its rear wall arranges longitudinal opening, this opening mates with suspension ring afterbody, in described suspension ring material storage tube, supporting plate is set, described supporting plate is connected with suspension ring discharging motor, and described suspension ring material storage tube is located in circular groove, and described opening is corresponding with square three-way groove, described supporting plate is driven by suspension ring discharging motor, can knee-action;
Position-limit mechanism, it has: position-limit mechanism support, it is located at suspension ring feeding platform one side; Air cylinder under limited block, it is longitudinally located at described position-limit mechanism support; Limited block, it is column, and top is connected with the piston rod of air cylinder under described limited block, and described limited block external diameter is consistent with material storage tube internal diameter, and coaxial arrangement; Approach switch, it is located at described limited block top, and is connected with described position-limit mechanism support, and when described supporting plate coordinates with limited block in rising, described limited block pushes against after approach switch, and suspension ring, in deep gouge place, can supply suspension ring reclaimer robot feeding;
Suspension ring material fetching mechanism, it has: suspension ring material fetching mechanism support, it is located at described riveting set right back; Suspension ring reclaimer robot left and right cylinder, it is located at described suspension ring material fetching mechanism support along left and right directions; Suspension ring reclaimer robot support, it is located at the piston rod end of described suspension ring reclaimer robot left and right cylinder; Suspension ring reclaimer robot upper and lower air cylinders, it is longitudinally located at described suspension ring reclaimer robot support; Suspension ring reclaimer robot, its bottom has the material folding groove that suspension ring afterbody is clamped, described suspension ring reclaimer robot top is connected with the piston rod of described suspension ring reclaimer robot upper and lower air cylinders, after suspension ring reclaimer robot left and right cylinder and the action of suspension ring reclaimer robot upper and lower air cylinders, suspension ring reclaimer robot is got suspension ring from deep gouge, then suspension ring is placed in to the upper and lower intermode of riveted joint;
Window curtain belt rear end compressing unit has Window curtain belt rear end compressing unit pedestal, the Window curtain belt rear end compressing unit support that is down " U " shape is set on the compressing unit pedestal of described Window curtain belt rear end, on the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end clamping cylinder is longitudinally set, in the compressing unit support of described Window curtain belt rear end, Window curtain belt rear end pressure strip is set, pressure strip top, described Window curtain belt rear end is connected with the piston rod of described Window curtain belt rear end clamping cylinder, after the action of Window curtain belt rear end clamping cylinder, Window curtain belt rear end pressure strip coordinates with Window curtain belt rear end compressing unit pedestal, compress Window curtain belt,
Window curtain belt traction unit has:
Traction unit pedestal;
Ball screw assembly,, it is connected with described traction unit pedestal, and described ball screw assembly, has ball-screw slide block, and described ball-screw slide block movement direction is parallel with the Window curtain belt direction of motion; Traction unit transverse slat, it is connected with described ball-screw slide block, and described traction unit transverse slat is connected with the guide rail that is fixedly arranged on traction unit pedestal, and traction unit transverse slat is vertical with the Window curtain belt direction of motion;
Traction unit hold-down mechanism, it has: be down the hold-down mechanism support of " U " shape, it is connected with described traction unit transverse slat; Traction unit clamping cylinder, described traction unit clamping cylinder is longitudinally located at described hold-down mechanism support; Traction unit pressing plate, it is located in described hold-down mechanism support, and top is connected with the piston rod of described traction unit clamping cylinder, after the action of traction unit clamping cylinder, traction unit pressing plate coordinates compression Window curtain belt with traction unit transverse slat, after ball screw assembly, action, curtain traction unit drives Window curtain belt motion;
Window curtain belt blocks unit to be had:
Block unit pedestal, its surface arranges lower knife groove, and described cutter groove is vertical with the Window curtain belt direction of motion;
Block unit rack, it blocks unit pedestal described in being located at;
Window curtain belt compressing unit, it has: Window curtain belt clamping cylinder, it blocks unit rack described in being longitudinally located at, and described in being positioned at, blocks pedestal top, unit; Window curtain belt compact heap, its bottom arranges upper knife groove, and described Window curtain belt compact heap blocks pedestal top, unit described in being located at, and top is connected with the piston rod of described Window curtain belt clamping cylinder;
Blade assembly, it has: blade propulsion cylinder, described blade propulsion cylinder blocks unit rack described in being located at along left and right directions, and is positioned at upper knife groove side; Cutting blade, its inclination is located in described upper knife groove, and its one end is connected with the piston rod of described blade propulsion cylinder, after Window curtain belt clamping cylinder, the action of blade propulsion cylinder, Window curtain belt compact heap with block unit pedestal and coordinate and compress Window curtain belt, upper knife groove coordinates with lower knife groove, and blade moves toward opposite side from a side, cuts off Window curtain belt.
2. Window curtain belt automatic riveting production line according to claim 1, is characterized in that,
Described Window curtain belt is corrected unit and is comprised:
Window curtain belt frame for correcting, it has horizontal part and hypsokinesis portion, and horizontal part and hypsokinesis portion arrange some cross bars;
Window curtain belt front end hold down gag, it is located at described hypsokinesis portion, and described Window curtain belt front end hold down gag has first substrate and the first pressing plate, the first pressing plate is connected with the promotion cylinder that is fixed on hypsokinesis portion, after promoting cylinder action, first substrate coordinates with the first pressing plate, compresses Window curtain belt;
Pre-tightening apparatus, it is located at Window curtain belt front end hold down gag rear side and is positioned at hypsokinesis subordinate side, described pre-tightening apparatus has the pre-locking bracket that is down " U " shape, on described pre-locking bracket, wear the pre-bearing up pulley of Window curtain belt, this pretension bracket end and hypsokinesis portion are hinged, and both sides are connected with hypsokinesis portion by spring respectively.
3. Window curtain belt automatic riveting production line according to claim 1, is characterized in that,
Also comprise pitch-row adjusting device, it has:
Leading screw supporting seat, it is arranged along fore-and-aft direction;
The first ball-screw, the second ball-screw and the 3rd ball-screw, ball-screw is located at leading screw supporting seat, three interconnects successively and arranges from front to back, first scald aperture apparatus, second scalds aperture apparatus and by slide block, is connected with ball-screw respectively, the second ball-screw is contrary with the identical hand of spiral of the 3rd ball-screw pitch, the first ball-screw is 2 times of the second ball-screw pitch, and hand of spiral is identical with the second ball-screw.
CN201420133175.5U 2014-03-24 2014-03-24 Window curtain tape auto-riveting line Expired - Fee Related CN203762829U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420133175.5U CN203762829U (en) 2014-03-24 2014-03-24 Window curtain tape auto-riveting line

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420133175.5U CN203762829U (en) 2014-03-24 2014-03-24 Window curtain tape auto-riveting line

Publications (1)

Publication Number Publication Date
CN203762829U true CN203762829U (en) 2014-08-13

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420133175.5U Expired - Fee Related CN203762829U (en) 2014-03-24 2014-03-24 Window curtain tape auto-riveting line

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106493543A (en) * 2016-11-02 2017-03-15 宁波格兰家居用品有限公司 Curtain decorative part automatic press mounting machine
CN106493542A (en) * 2016-11-02 2017-03-15 宁波格兰家居用品有限公司 Curtain decorative part automatic assembling machine
CN109051754A (en) * 2018-08-21 2018-12-21 兰明吾 It is a kind of to wear deduction with automatic charging function

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106493543A (en) * 2016-11-02 2017-03-15 宁波格兰家居用品有限公司 Curtain decorative part automatic press mounting machine
CN106493542A (en) * 2016-11-02 2017-03-15 宁波格兰家居用品有限公司 Curtain decorative part automatic assembling machine
CN106493543B (en) * 2016-11-02 2018-11-13 宁波格兰家居用品有限公司 Curtain decorative part automatic press mounting machine
CN106493542B (en) * 2016-11-02 2018-11-13 宁波格兰家居用品有限公司 Curtain decorative part automatic assembling machine
CN109051754A (en) * 2018-08-21 2018-12-21 兰明吾 It is a kind of to wear deduction with automatic charging function
CN109051754B (en) * 2018-08-21 2020-04-07 兰明吾 Button penetrating machine with automatic feeding function

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Granted publication date: 20140813

Termination date: 20170324