CN205293174U - Vertical material loading of labeller machine of starting going to a nursery - Google Patents
Vertical material loading of labeller machine of starting going to a nursery Download PDFInfo
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- CN205293174U CN205293174U CN201520892090.XU CN201520892090U CN205293174U CN 205293174 U CN205293174 U CN 205293174U CN 201520892090 U CN201520892090 U CN 201520892090U CN 205293174 U CN205293174 U CN 205293174U
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Abstract
The utility model discloses a vertical material loading of labeller machine of starting going to a nursery, including material swing passageway mechanism, expect detection mechanism, feeding conveyer belt mechanism, stock stop, servo interval feed mechanism, rotatory unloading mechanism and rack less, vertical material loading of labeller machine of starting going to a nursery still includes PLC, the material is swung passageway mechanism, is expected that detection mechanism, feeding conveyer belt mechanism and stock stop all set up on the rack less, material swing passageway mechanism includes permanent channel, swing motor, swing passageway, connecting rod supporter, swing body mount and the rotation support body, this vertical material loading of labeller machine of starting going to a nursery can start going to a nursery the tiny quick material loading of xiLin bottle, and material loading speed can reach 100 / minute, also can satisfy the requirement of placing xiLin bottle of two kinds of variance component medicines in a material holds in the palm to meet the need of market.
Description
Technical field
This utility model relates to labelling machine equipment technical field, and specifically a kind of labelling machine vertical feeding is started going to a nursery machine.
Background technology
Labelling machine is the equipment being pasted onto by the self-adhesive paper label (papery or metal forming) of rolling in PCB, product or regulation packaging. Labelling machine is the indispensable ingredient of modern packaging. Current China produces the kind of labelling machine and is stepped up, and technical merit there has also been very big raising, from the backward situation of labeling manual, semi-automatic, turns to automatic high-speed labelling machine to occupy the general layout of significant market. For round vase shape medicine bottle product, before labeling, it is necessary to medicine bottle is neatly placed in plastic tray, to carry out follow-up labeling. In pharmaceutical production field, there is the medicine bottle of a kind of minor diameter cillin bottle, the diameter of cillin bottle is between 10mm to 30mm, for solving transportation technology, need cillin bottle is put into transport in material holder, in actual production process, require a material holder to be placed the cillin bottle of two kinds of heterogeneity medicines, owing to material holder is excessively tiny, and require that feeding speed reaches 100/minute, automatic charging on existing market enters support mechanism cannot meet requirement, and the automatic charging on existing market enters support mechanism and the phenomenons such as card bottle, bottle explosion easily occurs, affects productivity effect.
Summary of the invention
The purpose of this utility model is in that to provide a kind of labelling machine vertical feeding to start going to a nursery machine, with the problem solving to propose in above-mentioned background technology.
For achieving the above object, this utility model provides following technical scheme:
A kind of labelling machine vertical feeding is started going to a nursery machine, including material wobble channel mechanism, Shao Liao testing agency, feeding conveyer belt mechanism, stock stop, servo spacing feed mechanism, rotary unloading mechanism and rack; Described labelling machine vertical feeding machine of starting going to a nursery also includes PLC; Described material wobble channel mechanism, Shao Liao testing agency, feeding conveyer belt mechanism and stock stop are arranged on rack;
Described material wobble channel mechanism includes fixing passage, oscillating motor, wobble channel, link supports body, pendular body fixed mount and rotary supporting body, oscillating motor is arranged on side of cabinet, fixing passage has multiple, parallel interval is arranged on rack, and it is positioned at above feeding conveyer belt mechanism, wobble channel is positioned at fixing passage rear, and dock mutually with fixing passage, wobble channel is identical with fixing number of channels, and both one_to_one corresponding, described oscillating motor drives link supports body to swing in the horizontal direction by eccentric swing connecting rod, wobble channel interval is fixed on link supports body, the front end of wobble channel is rotationally connected rotary supporting body, pendular body fixed mount is fixedly mounted on above rack, rotary supporting body is arranged on pendular body fixed mount,
Described feeding conveyer belt mechanism includes drive motor, main shaft drivewheel and wide cut guipure chain, main shaft drivewheel is set on main shaft, drive motor passes through chain-driving main axis, wide cut guipure chain front end sleeve is located at outside main shaft drivewheel, described rack is set side by side with two set feeding conveyer belt mechanisms, the feeding conveyer belt mechanism being positioned at left side is formed over left feed bin, the feeding conveyer belt mechanism being positioned at right side is formed over right feed bin, described Shao Liao testing agency is arranged on side of cabinet, and is positioned at above wide cut guipure chain;
Described stock stop is arranged on rack front end;
Described servo spacing feed mechanism is positioned on front side of rack, servo spacing feed mechanism includes feeding servomotor, spacing type synchronous belt and conveyer belt main frame body, feeding servomotor is arranged on conveyer belt main frame body, feeding servomotor drives spacing type synchronous belt to move by driving mechanism, described driving mechanism includes active synchronization wheel, passive and synchronous take turns and synchronize driving wheel, active synchronization wheel is set in the rotating shaft of feeding servomotor, passive and synchronous take turns and synchronize driving wheel be all set on feeding main shaft, active synchronization wheel connects passive and synchronous wheel by Timing Belt, it is arranged at intervals with multiple spacing block in described spacing type synchronous belt, spacing type synchronous belt both sides are provided with rib, described servo spacing feed mechanism also includes double, two location electric eye, double, two location electric eye is arranged on conveyer belt main frame body, and it is positioned at below spacing type synchronous belt,
Described rotary unloading mechanism is positioned on front side of rack, described rotary unloading mechanism includes blanking servomotor, rotating shaft, blanking cylinder and vacuum mold, described blanking servomotor is rotated by drive coordination wheel drive rotating shaft, blanking cylinder is fixing on the rotary shaft by cylinder block, the telescopic end of blanking cylinder is connected to vacuum mold, cylinder block is additionally provided with guide rod, described vacuum mold is arranged at intervals with multiple vacuum slot, vacuum mold is connected to vacuum pump, and described rotary unloading mechanism also includes alignment sensor; Described servo spacing feed mechanism is additionally provided with bottle neglected loading detection system.
As further program of the utility model: described stock stop is made up of left stock stop and right stock stop, left stock stop is identical with right stock stop structure, described left stock stop includes backgauge cylinder and striker plate, described backgauge cylinder is vertically fixedly mounted on rack front end, backgauge air cylinder driven link striker plate.
As this utility model further scheme: described left stock stop also includes slide and guide rod two, slide is fixed on rack front end, and guide rod two is slidably mounted on slide, and the top of guide rod two is connected to striker plate.
As this utility model further scheme: described slide has two, and symmetrically arranged backgauge cylinder is two.
As this utility model further scheme: described Shao Liao testing agency is for expect that electric eye, described Shao Liao testing agency have two less, and is symmetricly set on rack both sides.
As this utility model further scheme: on described link supports body, interval is fixed with 13 wobble channel.
As this utility model further scheme: the axial line of described rotary supporting body is positioned at fixing passage rear end.
As this utility model further scheme: be arranged at intervals with 60 spacing blocks in described spacing type synchronous belt, and individual spacing block is divided into six groups.
As this utility model further scheme: described blanking cylinder has two, and symmetry is fixed on the two ends of rotating shaft, and described vacuum mold has two, and vacuum mold and blanking cylinder one_to_one corresponding.
As this utility model further scheme: being arranged at intervals with six vacuum slots on described vacuum mold, described vacuum slot is made up of flexible material.
Compared with prior art, the beneficial effects of the utility model are: 1, tiny cillin bottle rapid material-feeding can be started going to a nursery by this labelling machine vertical feeding machine of starting going to a nursery, and feeding speed can reach 100/minute, also the requirement of the cillin bottle placing two kinds of heterogeneity medicines in a material holder can be met, thus meeting the market demand;2, this labelling machine vertical feeding machine of starting going to a nursery not easily occurs the phenomenons such as card bottle, bottle explosion in the course of the work, improves productivity effect.
Accompanying drawing explanation
Fig. 1 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of machine.
Fig. 2 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of machine.
Fig. 3 is that labelling machine vertical feeding is started going to a nursery the side-looking structural representation of machine.
Fig. 4 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of material wobble channel mechanism in machine.
Fig. 5 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of material wobble channel mechanism in machine.
Fig. 6 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of Ji Zhong feeding conveyer belt mechanism.
Fig. 7 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of Ji Zhong feeding conveyer belt mechanism.
Fig. 8 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of stock stop in machine.
Fig. 9 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of stock stop in machine.
Figure 10 is that labelling machine vertical feeding is started going to a nursery the side-looking structural representation of stock stop in machine.
Figure 11 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of servo spacing feed mechanism in machine.
Figure 12 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of servo spacing feed mechanism in machine.
Figure 13 is that labelling machine vertical feeding is started going to a nursery the side-looking structural representation of servo spacing feed mechanism in machine.
Figure 14 is that labelling machine vertical feeding is started going to a nursery the plan structure schematic diagram of Ji Zhong rotary unloading mechanism.
Figure 15 is that labelling machine vertical feeding is started going to a nursery the main TV structure schematic diagram of Ji Zhong rotary unloading mechanism.
In figure: 1-material wobble channel mechanism, 11-fixes passage, 12-oscillating motor, 13-eccentric swing connecting rod, 14-wobble channel, 15-link supports body, 16-pendular body fixed mount, 17-rotary supporting body, 18-cillin bottle memory block, 2-Shao Liao testing agency, 3-feeding conveyer belt mechanism, 31-drive motor, 32-main shaft drivewheel, 33-wide cut guipure chain, the left feed bin of 34-, the right feed bin of 35-, 4-stock stop, the left stock stop of 41-, the right stock stop of 42-, 43-backgauge cylinder, 44-slide, 45-guide rod two, 46-striker plate, 5-servo spacing feed mechanism, 51-feeding servomotor, 52-active synchronization is taken turns, 53-is passive and synchronous to take turns, 54-spacing type synchronous belt, 55-spacing block, 56-conveyer belt main frame body, 57-double, two location electric eye, 58-rib, 59-synchronizes driving wheel, 6-rotary unloading mechanism, 61-blanking servomotor, 62-drive coordination is taken turns, 63-rotating shaft, 64-guide rod, 65-blanking cylinder, 66-vacuum mold, 67-vacuum slot, 68-alignment sensor, 7-rack, 8-bottle neglected loading detection system.
Detailed description of the invention
Below in conjunction with detailed description of the invention, the technical scheme of this patent is described in more detail.
Referring to Fig. 1-15, a kind of labelling machine vertical feeding is started going to a nursery machine, including material wobble channel mechanism 1, Shao Liao testing agency 2, feeding conveyer belt mechanism 3, stock stop 4, servo spacing feed mechanism 5, rotary unloading mechanism 6 and rack 7; Described labelling machine vertical feeding machine of starting going to a nursery also includes PLC; Described material wobble channel mechanism 1, Shao Liao testing agency 2, feeding conveyer belt mechanism 3 and stock stop 4 are arranged on rack 7;
Described material wobble channel mechanism 1 includes fixing passage 11, oscillating motor 12, wobble channel 14, link supports body 15, pendular body fixed mount 16 and rotary supporting body 17, oscillating motor 12 is arranged on rack 7 side, fixing passage 11 has multiple, parallel interval is arranged on rack 7, and it is positioned at above feeding conveyer belt mechanism 3, wobble channel 14 is positioned at fixing passage 11 rear, and dock with fixing passage 11 phase, wobble channel 14 is identical with fixing passage 11 quantity, and both one_to_one corresponding, described oscillating motor 12 drives link supports body 15 to swing in the horizontal direction by eccentric swing connecting rod 13, wobble channel 14 interval is fixed on link supports body 15, preferably, on described link supports body 15, interval is fixed with 13 wobble channel 14, 13 wobble channel 14 form 12 passages for cillin bottle walking, the front end of wobble channel 14 is rotationally connected rotary supporting body 17, pendular body fixed mount 16 is fixedly mounted on above rack 7, rotary supporting body 17 is arranged on pendular body fixed mount 16, the axial line of rotary supporting body 17 is positioned at fixing passage 11 rear end, when oscillating motor 12 starts, link supports body 15 is driven to swing in the horizontal direction by eccentric swing connecting rod 13, owing to the front end of wobble channel 14 is rotationally connected rotary supporting body 17, therefore when link supports body 15 swings, wobble channel 14 is driven to swing around the axial line of rotary supporting body 17, be conducive to that cillin bottle is continual to be serially entered in passage, avoid the occurrence of card bottle, the phenomenon of bottle explosion, owing to the axial line of rotary supporting body 17 is located exactly at fixing passage 11 rear end, therefore wobble channel 14 is in the process swung, excessive gap is not had between wobble channel 14 and fixing passage 11, be conducive to the safety of cillin bottle,
Described feeding conveyer belt mechanism 3 includes drive motor 31, main shaft drivewheel 32 and wide cut guipure chain 33, main shaft drivewheel 32 is set on main shaft, drive motor 31 is by chain-driving main axis, and then drive main shaft drivewheel 32 to rotate, wide cut guipure chain 33 front end sleeve is located at outside main shaft drivewheel 32, when main shaft drivewheel 32 rotates, wide cut guipure chain 33 is just driven to move, described rack 7 is set side by side with two set feeding conveyer belt mechanisms 3, the feeding conveyer belt mechanism 3 being positioned at left side is formed over left feed bin 34, the feeding conveyer belt mechanism 3 being positioned at right side is formed over right feed bin 35, left feed bin 34 and right feed bin 35 are respectively used to hold red cillin bottle and blue cillin bottle, described Shao Liao testing agency 2 is arranged on rack 7 side, and it is positioned at above wide cut guipure chain 33, Shao Liao testing agency 2 is for detecting the quantity of cillin bottle in feed bin, when in feed bin, cillin bottle quantity is less than some, Shao Liao testing agency 2 is signaled to PLC, make drive motor 31 stall, wait cillin bottle supplements, preferably, described Shao Liao testing agency 2 is for expecting electric eye less, described Shao Liao testing agency 2 has two, and it is symmetricly set on rack 7 both sides, Liang Geshaoliao testing agency 2 is corresponding respectively at left feed bin 34 and right feed bin 35,
Described stock stop 4 is arranged on rack 7 front end, stock stop 4 is made up of left stock stop 41 and right stock stop 42, left stock stop 41 is identical with right stock stop 42 structure, described left stock stop 41 includes backgauge cylinder 43 and striker plate 46, described backgauge cylinder 43 is vertically fixedly mounted on rack 7 front end, backgauge cylinder 43 drives link striker plate 46, when backgauge cylinder 43 stretches, striker plate 46 is driven to move up and down, described left stock stop 41 also includes slide 44 and guide rod 2 45, slide 44 is fixed on rack 7 front end, guide rod 2 45 is slidably mounted on slide 44, the top of guide rod 2 45 is connected to striker plate 46, preferably, described slide 44 has two, and symmetrically arranged backgauge cylinder 43 is two, slide 44 coordinates with guide rod 2 45, when striker plate 46 moves up and down, guide effect is provided for striker plate 46,
Described servo spacing feed mechanism 5 is positioned on front side of rack 7, servo spacing feed mechanism 5 includes feeding servomotor 51, spacing type synchronous belt 54 and conveyer belt main frame body 56, feeding servomotor 51 is arranged on conveyer belt main frame body 56, feeding servomotor 51 drives spacing type synchronous belt 54 to move by driving mechanism, described driving mechanism includes active synchronization wheel 52, passive and synchronous take turns 53 and synchronize driving wheel 59, active synchronization wheel 52 is set in the rotating shaft of feeding servomotor 51, passive and synchronous take turns 53 and synchronize driving wheel 59 be all set on feeding main shaft, active synchronization wheel 52 is connected by Timing Belt passive and synchronous takes turns 53, it is arranged at intervals with multiple spacing block 55 in described spacing type synchronous belt 54, spacing type synchronous belt 54 both sides are provided with rib 58, rib 58 carrys out adjustable range according to material holder width, for avoiding the play on material holder left and right directions, preferably, it is arranged at intervals with 60 spacing blocks 55 in described spacing type synchronous belt 54, and 60 spacing blocks 55 are divided into six groups, corresponding six stations respectively, the every action of feeding servomotor 51 is once, just walk about a station, described servo spacing feed mechanism 5 also includes double, two location electric eye 57, double, two location electric eye 57 is arranged on conveyer belt main frame body 56, and it is positioned at below spacing type synchronous belt 54, double, two location electric eye 57 is by the shake-up of the spacing block 55 on spacing type synchronous belt 54, it is signaled to feeding servomotor 51, control the start and stop of feeding servomotor 51,
Described rotary unloading mechanism 6 is positioned on front side of rack 7, described rotary unloading mechanism 6 includes blanking servomotor 61, rotating shaft 63, blanking cylinder 65 and vacuum mold 66, described blanking servomotor 61 is rotated by drive coordination wheel 62 driving rotating shaft 63, blanking cylinder 65 is fixed on rotating shaft 63 by cylinder block, preferably, described blanking cylinder 65 has two, and symmetry is fixed on the two ends of rotating shaft 63, the telescopic end of blanking cylinder 65 is connected to vacuum mold 66, when blanking cylinder 65 stretches, vacuum mold 66 is driven to move, cylinder block is additionally provided with guide rod 64, the mobile offer that guide rod 64 is vacuum mold 66 is led, preferably, described vacuum mold 66 has two, and vacuum mold 66 and blanking cylinder 65 one_to_one corresponding, described vacuum mold 66 is arranged at intervals with multiple vacuum slot 67, vacuum mold 66 is connected to vacuum pump, under the effect of vacuum pump, vacuum slot 67 produces negative pressure, for adsorbing cillin bottle, preferably, described vacuum mold 66 is arranged at intervals with six vacuum slots 67, two vacuum molds 66 are provided with 12 vacuum slots 67 altogether, corresponding respectively at 12 cillin bottle passages, described vacuum slot 67 is made up of flexible material, when adsorbing cillin bottle, there are enough bufferings, described rotary unloading mechanism 6 also includes alignment sensor 68, when blanking servomotor 61 turns to certain position, alignment sensor 68 sends signal to PLC, PLC controls blanking servomotor 61 and stops operating, behind location, blanking cylinder 65 stretches simultaneously, then the magnetic switch on blanking cylinder 65 is signaled to PLC, to control the start and stop of vacuum pump, draw thus reaching vacuum slot 67 or decontrol cillin bottle,
Being additionally provided with bottle neglected loading detection system 8 on described servo spacing feed mechanism 5, the cillin bottle of malposition, for the cillin bottle in servo spacing feed mechanism 5 feeding holder is detected, is rejected by bottle neglected loading detection system 8 at next station.
Operation principle of the present utility model is: described labelling machine vertical feeding is started going to a nursery machine, when bringing into operation, double, two location electric eye 57 of servo spacing feed mechanism 5 is by the shake-up of the spacing block 55 on spacing type synchronous belt 54, and it is signaled to feeding servomotor 51, control the start and stop of feeding servomotor 51, thus spacing type synchronous belt 54 being parked in appointment position, wait vial palleting, red cillin bottle is positioned at the left feed bin 34 of feeding conveyer belt mechanism 3, initial number is 1000 branched, blue cillin bottle is positioned at the right feed bin 35 of feeding conveyer belt mechanism 3, initial number is 1000 branched, drive motor 31 drives wide cut guipure chain 33 to move, so that the cillin bottle in left feed bin 34 and right feed bin 35 is fed forward, oscillating motor 12 starts, link supports body 15 is driven to swing in the horizontal direction by eccentric swing connecting rod 13, owing to the front end of wobble channel 14 is rotationally connected rotary supporting body 17, therefore when link supports body 15 swings, wobble channel 14 is driven to swing around the axial line of rotary supporting body 17, be conducive to that cillin bottle is continual to be serially entered in passage, now the backgauge cylinder 43 of stock stop 4 stretches out, drive and striker plate 46 moves, block cillin bottle to continue forward, cillin bottle is avoided to fall from rack 7, wait the signal of PLC, the blanking servomotor 61 of rotary unloading mechanism 6 is rotated by drive coordination wheel 62 driving rotating shaft 63, and then drive vacuum mold 66 to rotate, when vacuum mold 66 turns to upper working position, alignment sensor 68 sends signal to PLC, PLC controls blanking servomotor 61 and stops operating, behind location, blanking cylinder 65 stretches out simultaneously, then the magnetic switch on blanking cylinder 65 is signaled to PLC, to control the startup of vacuum pump, the vacuum slot 67 of vacuum mold 66 produces negative pressure, to adsorb cillin bottle, after absorption, blanking cylinder 65 shrinks, vacuum slot 67 is driven to exit material sucking area, meanwhile, now the backgauge cylinder 43 of stock stop 4 stretches out, drive and striker plate 46 moves, block cillin bottle to continue forward, magnetic switch on backgauge cylinder 43 is signaled to PLC, PLC controls blanking servomotor 61 and rotates, vacuum mold 66 is driven to turn to lower station, alignment sensor 68 sends signal to PLC, PLC controls blanking servomotor 61 and stops operating, behind location, blanking cylinder 65 stretches out again simultaneously, then the magnetic switch on blanking cylinder 65 is signaled to PLC, to control the stopping of vacuum pump, negative pressure on vacuum slot 67 disappears, thus in material holder cillin bottle being placed on spacing type synchronous belt 54, blanking cylinder 65 shrinks simultaneously, start going to a nursery.When the spacing type synchronous belt 54 of servo spacing feed mechanism 5 advances to next station, the cillin bottle in servo spacing feed mechanism 5 feeding holder is detected by bottle neglected loading detection system 8, is rejected at next station by the cillin bottle of malposition.
Tiny cillin bottle rapid material-feeding can be started going to a nursery by described labelling machine vertical feeding machine of starting going to a nursery, and feeding speed can reach 100/minute, also can meet the requirement of the cillin bottle placing two kinds of heterogeneity medicines in a material holder, thus meeting the market demand; Described labelling machine vertical feeding machine of starting going to a nursery not easily occurs the phenomenons such as card bottle, bottle explosion in the course of the work, improves productivity effect.
Above the better embodiment of this patent is explained in detail, but this patent is not limited to above-mentioned embodiment, in the ken that one skilled in the relevant art possesses, it is also possible under the premise without departing from this patent objective, make various change.
Claims (10)
1. a labelling machine vertical feeding is started going to a nursery machine, it is characterized in that, including material wobble channel mechanism (1), Shao Liao testing agency (2), feeding conveyer belt mechanism (3), stock stop (4), servo spacing feed mechanism (5), rotary unloading mechanism (6) and rack (7); Described labelling machine vertical feeding machine of starting going to a nursery also includes PLC; Described material wobble channel mechanism (1), Shao Liao testing agency (2), feeding conveyer belt mechanism (3) and stock stop (4) are arranged on rack (7);
Described material wobble channel mechanism (1) includes fixing passage (11), oscillating motor (12), wobble channel (14), link supports body (15), pendular body fixed mount (16) and rotary supporting body (17), oscillating motor (12) is arranged on rack (7) side, fixing passage (11) is total multiple, parallel interval is arranged on rack (7), and it is positioned at feeding conveyer belt mechanism (3) top, wobble channel (14) is positioned at fixing passage (11) rear, and dock mutually with fixing passage (11), wobble channel (14) is identical with fixing passage (11) quantity, and both one_to_one corresponding, described oscillating motor (12) drives link supports body (15) to swing in the horizontal direction by eccentric swing connecting rod (13), wobble channel (14) interval is fixed on link supports body (15), the front end of wobble channel (14) is rotationally connected rotary supporting body (17), pendular body fixed mount (16) is fixedly mounted on rack (7) top, rotary supporting body (17) is arranged on pendular body fixed mount (16),
Described feeding conveyer belt mechanism (3) includes drive motor (31), main shaft drivewheel (32) and wide cut guipure chain (33), main shaft drivewheel (32) is set on main shaft, drive motor (31) is by chain-driving main axis, wide cut guipure chain (33) front end sleeve is located at main shaft drivewheel (32) outward, described rack (7) is set side by side with two sets feeding conveyer belt mechanism (3), the feeding conveyer belt mechanism (3) being positioned at left side is formed over left feed bin (34), the feeding conveyer belt mechanism (3) being positioned at right side is formed over right feed bin (35), described Shao Liao testing agency (2) is arranged on rack (7) side, and it is positioned at wide cut guipure chain (33) top,
Described stock stop (4) is arranged on rack (7) front end;
Described servo spacing feed mechanism (5) is positioned at rack (7) front side, servo spacing feed mechanism (5) includes feeding servomotor (51), spacing type synchronous belt (54) and conveyer belt main frame body (56), feeding servomotor (51) is arranged on conveyer belt main frame body (56), feeding servomotor (51) drives spacing type synchronous belt (54) mobile by driving mechanism, described driving mechanism includes active synchronization wheel (52), passive and synchronous take turns (53) and synchronize driving wheel (59), active synchronization wheel (52) is set in the rotating shaft of feeding servomotor (51), passive and synchronous take turns (53) and synchronize driving wheel (59) be all set on feeding main shaft, active synchronization wheel (52) is connected by Timing Belt passive and synchronous takes turns (53), multiple spacing block (55) it is arranged at intervals with in described spacing type synchronous belt (54), spacing type synchronous belt (54) both sides are provided with rib (58), described servo spacing feed mechanism (5) also includes double, two location electric eye (57), double, two location electric eye (57) are arranged on conveyer belt main frame body (56), and it is positioned at spacing type synchronous belt (54) lower section,
Described rotary unloading mechanism (6) is positioned at rack (7) front side, described rotary unloading mechanism (6) includes blanking servomotor (61), rotating shaft (63), blanking cylinder (65) and vacuum mold (66), described blanking servomotor (61) is taken turns (62) by drive coordination and is driven rotating shaft (63) to rotate, blanking cylinder (65) is fixed on rotating shaft (63) by cylinder block, the telescopic end of blanking cylinder (65) is connected to vacuum mold (66), cylinder block is additionally provided with guide rod (64), described vacuum mold (66) is arranged at intervals with multiple vacuum slot (67), vacuum mold (66) is connected to vacuum pump, described rotary unloading mechanism (6) also includes alignment sensor (68), described servo spacing feed mechanism (5) is additionally provided with bottle neglected loading detection system (8).
2. labelling machine vertical feeding according to claim 1 is started going to a nursery machine, it is characterized in that, described stock stop (4) is made up of left stock stop (41) and right stock stop (42), left stock stop (41) is identical with right stock stop (42) structure, described left stock stop (41) includes backgauge cylinder (43) and striker plate (46), described backgauge cylinder (43) is vertically fixedly mounted on rack (7) front end, and backgauge cylinder (43) drives link striker plate (46).
3. labelling machine vertical feeding according to claim 2 is started going to a nursery machine, it is characterized in that, described left stock stop (41) also includes slide (44) and guide rod two (45), slide (44) is fixed on rack (7) front end, guide rod two (45) is slidably mounted on slide (44), and the top of guide rod two (45) is connected to striker plate (46).
4. labelling machine vertical feeding according to claim 3 is started going to a nursery machine, it is characterised in that described slide (44) has two, and symmetrically arranged backgauge cylinder (43) is two.
5. the labelling machine vertical feeding according to claim 1 or 2 or 3 or 4 is started going to a nursery machine, it is characterized in that, described Shao Liao testing agency (2) is for expect that electric eye, described Shao Liao testing agency (2) have two less, and is symmetricly set on rack (7) both sides.
6. labelling machine vertical feeding according to claim 5 is started going to a nursery machine, it is characterised in that the upper interval of described link supports body (15) is fixed with 13 wobble channel (14).
7. the labelling machine vertical feeding according to claim 1 or 2 or 3 or 4 or 6 is started going to a nursery machine, it is characterised in that the axial line of described rotary supporting body (17) is positioned at fixing passage (11) rear end.
8. labelling machine vertical feeding according to claim 7 is started going to a nursery machine, it is characterised in that be arranged at intervals with 60 spacing blocks (55) in described spacing type synchronous belt (54), and 60 spacing blocks (55) are divided into six groups.
9. the labelling machine vertical feeding according to claim 1 or 2 or 3 or 4 or 6 or 8 is started going to a nursery machine, it is characterized in that, described blanking cylinder (65) has two, and symmetry is fixed on the two ends of rotating shaft (63), described vacuum mold (66) has two, and vacuum mold (66) and blanking cylinder (65) one_to_one corresponding.
10. labelling machine vertical feeding according to claim 9 is started going to a nursery machine, it is characterised in that being arranged at intervals with six vacuum slots (67) on described vacuum mold (66), described vacuum slot (67) is made up of flexible material.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520892090.XU CN205293174U (en) | 2015-11-09 | 2015-11-09 | Vertical material loading of labeller machine of starting going to a nursery |
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| CN201520892090.XU CN205293174U (en) | 2015-11-09 | 2015-11-09 | Vertical material loading of labeller machine of starting going to a nursery |
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| CN205293174U true CN205293174U (en) | 2016-06-08 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105314147A (en) * | 2015-11-09 | 2016-02-10 | 广州市赛康尼机械设备有限公司 | Vertical type feeding material support inlet machine for labeling machine |
| WO2018161318A1 (en) * | 2017-03-09 | 2018-09-13 | 广州市赛康尼机械设备有限公司 | Material oscillation channel mechanism of a labeling machine and vertical loading machine |
| CN115027717A (en) * | 2022-07-22 | 2022-09-09 | 新沂市三和伟业玻璃制品有限公司 | Packaging and plastic packaging equipment for cosmetic bottle production |
-
2015
- 2015-11-09 CN CN201520892090.XU patent/CN205293174U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105314147A (en) * | 2015-11-09 | 2016-02-10 | 广州市赛康尼机械设备有限公司 | Vertical type feeding material support inlet machine for labeling machine |
| WO2017080305A1 (en) * | 2015-11-09 | 2017-05-18 | 广州市赛康尼机械设备有限公司 | Vertical labeling, material loading, and packing machine |
| WO2018161318A1 (en) * | 2017-03-09 | 2018-09-13 | 广州市赛康尼机械设备有限公司 | Material oscillation channel mechanism of a labeling machine and vertical loading machine |
| CN115027717A (en) * | 2022-07-22 | 2022-09-09 | 新沂市三和伟业玻璃制品有限公司 | Packaging and plastic packaging equipment for cosmetic bottle production |
| CN115027717B (en) * | 2022-07-22 | 2023-09-12 | 新沂市三和伟业玻璃制品有限公司 | Packaging plastic packaging equipment for cosmetic bottle production |
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