CN209664720U - Spiral vibration feeder self-feeding channel - Google Patents
Spiral vibration feeder self-feeding channel Download PDFInfo
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- CN209664720U CN209664720U CN201920237355.0U CN201920237355U CN209664720U CN 209664720 U CN209664720 U CN 209664720U CN 201920237355 U CN201920237355 U CN 201920237355U CN 209664720 U CN209664720 U CN 209664720U
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- feeding
- facade
- headband ring
- gradual change
- headband
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Abstract
The utility model discloses a kind of spiral vibration feeder self-feeding channels, including spiral vibration feeding disc (1), the discharge port end of the spiral vibration feeding disc (1) is equipped with for becoming standing to the oblique facade of the gradual change type of arrangement (2) headband ring (14) from lateral arrangement, the oblique facade of gradual change type (2) bottom is accompanied by headband ring card slot (3), and the oblique facade of gradual change type (2) is located at headband ring card slot (3) end and starts to be equipped with material conveying platform (4) with extension；The linking of the oblique facade of gradual change type (2) end has feeding facade (6), and feeding facade (6) bottom is accompanied by headband ring chute feeder (7).The utility model is designed reasonably can be improved the degree of automation of headband ring assembly, improve working efficiency, reduce production cost, have good practical application value.
Description
Technical field
The utility model belongs to mask assembly field, specially sets applied to the assembly of mask headgear assemblies headband ring
It is standby, specifically for a kind of spiral vibration feeder self-feeding channel applied to mask headband ring.
Background technique
Self-feeding vibrating disk is a kind of feeder equipment of automatic orientation sequence.The purpose of its work is will be unordered by vibration
Workpiece automatic order align it is neat, be accurately transported to next procedure.Vibrating disk is a kind of auxiliary of automatic assembling tool
Equipment can orderly eject various products, it can cooperate automatic assembly equipment together to assemble each position of product
As a complete product.Self-feeding vibrating disk is mainly formed by hopper, chassis, controller, straight line feeder etc. are mating.
There is a impulse mgnet below the hopper of self-feeding vibrating disk, hopper vertical vibration can be made, due to inclining for spring leaf
Tiltedly, hopper is made to rock vibration around its vertical axis.Part in hopper due to by this vibration, and rises, directly along helical orbit
To being sent to discharge port.The hopper of self-feeding vibrating disk is divided into tubular hopper, spiral, strands bucket, broach hopper, bisector hopper
Five kinds；There are the disk that just undercuts, layback chassis, piezoelectric type chassis, accurate four kinds of chassis in chassis；Controller is divided into Common Controller, divides
Pole controller, frequency modulation control device, band delay startup controller, five kinds of digital display frequency modulation control device；Straight line feeder can be according to client's need
Ask customized all kinds of model straight line feeders also can be customized according to product requirement.
Mask headband ring is the main parts size of mask headgear assemblies, is mainly made of ring body, roller set, steel wire, by
It is more in assembly process, and be mostly manual operations, every procedure is completed in independent equipment.Currently, technical study institute into
The innovation of wardrobe band automatic assembling technique makes the assembly of headband ring realize Automated assembly.
But in headband ring automatic assembling technique process of innovation, the self-feeding of ring body is had the following problems:
1, since the steel plate punched that ring body is 1mm thickness forms, volume of part is small, wall is thin, adhesion is easy, in actual production
Cheng Zhong needs manually to separate one by one, it is difficult to realize automation；
2, headband ring is in assembling process, when ring body and roller set, steel wire assemble, it is desirable that automation is realized in fixed direction
There are certain difficulty.
Summary of the invention
The technical problems to be solved in the utility model is to make ring body one by one by regulation by ring body self-feeding process innovation
Direction is placed on fixed position, and to assemble with roller set, steel wire, i.e., object of the present invention is to be directed to spiral vibration feeder pair
Curve guide impeller in the self-feeding channel by fixed-direction sequence.
The utility model adopts the following technical scheme that realization:
A kind of spiral vibration feeder self-feeding channel, including spiral vibration feeding disc, the spiral vibration
The discharge port end of feed table is equipped with for becoming standing to the gradual change type of arrangement oblique facade headband ring from lateral arrangement, it is described gradually
The oblique facade bottom of variant is accompanied by headband ring card slot, and the oblique facade of gradual change type is located at headband ring card slot end and starts with extension
Equipped with material conveying platform；The oblique facade end linking of gradual change type has feeding facade, and feeding facade bottom is accompanied by headband ring
Chute feeder；The material conveying platform is located at the oblique facade of gradual change type and the joining place of feeding facade extends equipped with passive material toggling block tongue, institute
Stating passive material toggling block tongue is to ramp up setting for headband ring direction of advance, so that headband ring is stood to the head for entering feeding facade
In band chute feeder；Feeding facade end adapter band straight line delivery chute.
It is convex to be located at top of the headband ring card slot end equipped with 1 ~ 2mm thickness on the oblique facade of gradual change type；The gradual change type is oblique
Facade top is additionally provided with passive driving lever.
The feeding facade is equipped with the card convex of 1 ~ 2mm thickness, and distance is 2mm between the card convex and headband ring chute feeder；
The feeding facade upper end is equipped with passive kelly, and distance is between the passive kelly lowest part and headband ring chute feeder
20mm。
When work, headband ring is put into spiral vibration feeding disc, and by the vibration of certain frequency, ring body is dispersed, and enters
The satisfactory ring body in direction is put one by one, into linear feeding mechanism, is moved to predetermined bits by automatic feed channel
It sets, waits and assembling in next step.The undesirable ring body in direction or extra ring body, reenter spiral vibration feeding
Disk is vibrated again, is dispersed, into automatic feed channel.Headband ring will do it four adjustment after entering automatic feed channel,
Detailed process is as follows: headband ring is gradually risen under the action of spiral vibration feeding disc to its discharge port, oblique into gradual change type
Facade, under the guiding role of headband ring card slot, headband ring gradually becomes inclined from horizontal, travels forward, and pushes up when encountering
When convex, most of headband ring can run off headband ring card slot and slide to material conveying platform, and become horizontal, and headband ring is unordered at this time
Conveying, this is to adjust for the first time.It is convex and also keep leaning on the oblique facade of gradual change type that small part headband ring can cross top, by
It is additionally provided with passive driving lever in the oblique facade top of gradual change type, when this division header band travels forward by passive driving lever, then all
Become horizontal delivered out of order after swinging to material conveying platform, this is second of adjustment.All headband rings carry out on material conveying platform again
Horizontal conveying during moving upwards, utilizes itself when marching to the passive material toggling block tongue of material conveying platform end
Gravity, by (this be third time adjust) in the vertical headband ring chute feeder for being delivered to feeding facade, the arc of headband ring at this time
Section can downwards, upwards, to the left or to the right etc. four directions, move forward.Headband ring is in the conveying along feeding facade
Cheng Zhong initially encounters card convex, due to headband ring three sides thickness in 2mm, due to card convex bottom surface and headband ring chute feeder
Between distance be limited to 2mm, when by card convex, the downward headband ring of segmental arc is separated, spiral vibration feeding is reentered
In disk；Headband ring, which moves on, encounters passive kelly, since distance limits between passive kelly lowest part and headband ring chute feeder
For 20mm, then the only upward headband ring of segmental arc can pass through, and the leftward or rightward headband ring of segmental arc is separated, spiral shell is reentered
In rotating vibration feeding disc, the 4th adjustment of correct band is completed.Moreover, with the region of passive kelly on feeding facade
It is inside also provided with card convex, is further separated the downward headband ring of segmental arc thorough.The conveying of feeding facade end adapter band straight line
Slot is placed in headband ring body on fixed position by direction one by one.
Ring body automatic feeder equipment described in the utility model applied to headband ring has a characteristic that
1, the self-feeding of headband ring body is separated headband ring body one by one by spirally vibrating, into self-feeding channel,
Headband ring body adhesion is avoided, solves the problems, such as manually to separate one by one, ring body feeding is made to realize automation.
2, headband ring body enters automatic feed channel by spiral feed table, by the satisfactory headband ring body in direction into
Row is put one by one, and the undesirable ring body in direction reenters spiral vibration feeding disc, is vibrated again, disperses, is pressed direction
It is rare to solve the problems, such as that headband ring body sorts by fixed-direction, headband ring body is made to realize automation by direction sequencing for sequence.
The utility model is designed reasonably can greatly improve the degree of automation of headband ring assembly, improve working efficiency, drop
Low production cost has good practical application value.
Detailed description of the invention
Fig. 1 shows the top views in self-feeding channel.
Fig. 2 indicates A-A cross-sectional view in Fig. 1.
Fig. 3 indicates B-B cross-sectional view in Fig. 1.
Fig. 4 indicates C-C cross-sectional view in Fig. 1.
Fig. 5 indicates the part D amplification front elevation in Fig. 1.
Fig. 6 indicates headband ring structure schematic diagram, and unit is mm in figure.
In figure: the spiral vibration feeding disc of 1-, the oblique facade of 2- gradual change type, 3- headband ring card slot, 4- material conveying platform, 5- are passive
Material toggling block tongue, 6- feeding facade, 7- headband ring chute feeder, 8- headband ring straight line delivery chute, 9- push up convex, the passive driving lever of 10-, 11-
Card convex, the passive kelly of 12-, 13- enclosing, 14- headband ring.
Specific embodiment
Specific embodiment of the utility model is described in detail with reference to the accompanying drawing.
A kind of spiral vibration feeder self-feeding channel, including existing spiral vibration feeding disc 1, the present invention is only
It is to be improved to its self-feeding channel, it is made to meet the self-feeding requirement of headband ring.
As shown in Figure 1, 2, the discharge port end of spiral vibration feeding disc 1 be equipped with for by headband ring 14 by lateral arrangement
Become standing to the oblique facade 2 of the gradual change type of arrangement, oblique 2 bottom of facade of gradual change type is accompanied by headband ring card slot 3, the oblique facade 2 of gradual change type
The upper top convex 9 that 1 ~ 2mm thickness is equipped with positioned at 3 end of headband ring card slot；The oblique facade 2 of gradual change type is located at 3 end of headband ring card slot and opens
Begin to be equipped with material conveying platform 4 with extension.
Headband ring 14 gradually rises under the action of spiral vibration feeding disc 1 to its discharge port, tiltedly stands into gradual change type
Face 2, under the guiding role of headband ring card slot 3, headband ring 14 gradually becomes inclined from horizontal, travels forward, when encountering
When pushing up convex 9, most of headband ring 14 can run off headband ring card slot 3 and slide to material conveying platform 4, and become horizontal, at this time headband
Ring is delivered out of order, this is to adjust for the first time, and by the top convex 9 on feeding-passage, the primary headband ring body that adjusts enters correctly
Channel, the ring body for not entering into correct feeding-passage will eliminate, and reenter spiral vibration feeding disc, vibrated again
Feeding.Small part headband ring 14 can cross top convex 9 and also keep leaning on the oblique facade 2 of gradual change type, since gradual change type is tiltedly stood
It is as shown in Figure 1,3 that 2 top of face is additionally provided with passive driving lever 10(), when this division header band 14 travels forward by passive driving lever 10
When, then become horizontal delivered out of order after all swinging to material conveying platform 4, this is second of adjustment, is not entered just by once adjusting
The ring body in true channel carries out secondary adjustment by the iron wire to extend out, so that ring body charging is entered correct channel, by secondary
Adjustment ring body does not enter into eliminating for correct feeding-passage, reenters spiral vibration feeding disc, carries out in vibration again
Material.
As shown in Fig. 1,4, oblique 2 end of the facade linking of gradual change type has feeding facade 6, and 6 bottom of feeding facade is accompanied by headband
Ring chute feeder 7；Material conveying platform 4 is located at the oblique facade 2 of gradual change type and the joining place of feeding facade 6 extends equipped with passive material toggling block tongue 5,
Passive material toggling block tongue 5 is to ramp up setting for headband ring direction of advance, so that headband ring is stood to the head for entering feeding facade 6
In band chute feeder 7,7 width of band chute feeder is 2mm or so.
All headband rings 14 carry out horizontal conveying on material conveying platform 4 again, when marching to the passive of 4 end of material conveying platform
When material toggling block tongue 5, during moving upwards, using self gravitation effect, the headband for being delivered to feeding facade 6 is slided to
In ring chute feeder 7, in it is vertical (this be third time adjust, be successfully entered the headband ring body of chute feeder, will enter next process,
The headband ring body for not entering chute feeder will be eliminated, and reenter spiral vibration feeding disc, carry out vibration feeding again), this
When headband ring 14 segmental arc can downwards, upwards, the four directions such as to the left or to the right, move forward.
As shown in Figure 1,5, feeding facade 6 is equipped with the card convex 11 of 1 ~ 2mm thickness, between card convex 11 and headband ring chute feeder 7
Distance is 2mm；6 upper end of feeding facade is equipped with passive kelly 12, between passive 12 lowest part of kelly and headband ring chute feeder 7
Distance is 20mm.
Headband ring 14 initially encounters card convex 11 in the transmission process along feeding facade 6, due to three sides of headband ring 14
Thickness in 2mm, since distance is limited to 2mm between 11 bottom surface of card convex and headband ring chute feeder 7, when by card convex 11,
The downward headband ring separation of segmental arc is eliminated, is reentered in spiral vibration feeding disc 1, remaining 3 face can pass through；Headband ring
It moves on and encounters passive kelly 12, since distance is limited to 20mm between passive 12 lowest part of kelly and headband ring chute feeder 7,
Then only have the upward headband ring of segmental arc can by (can determine that ring body must enter laterally linear feeding mechanism), by segmental arc to
Headband ring separation left or to the right is eliminated, and is reentered in spiral vibration feeding disc 1, is completed the 4th tune of correct band
It is whole.In addition, on feeding facade 6 with passive kelly 12 region in card convex 11 also can be set, it is further that segmental arc is downward
Headband ring be completely separated it is superseded.
As shown in Figure 1,6 end adapter band straight line delivery chute 8 of feeding facade, puts headband ring body by direction one by one
On fixed position, ring body in the right direction waits in line next process, and (the straight line conveying groove width waited in line is about 1mm
The steel plate of left and right, the material 1mm used with headband ring body is almost the same, guarantees that ring body is once lined up into waiting one by one, is avoided
Headband ring body adhesion).The headband ring body for not entering linear feeding mechanism will be eliminated, and reenter spiral vibration feeding disc,
It vibrated, dispersed again, reenter automatic feed channel.
As shown in Figure 1, being equipped with enclosing 13 on the outside of self-feeding channel, after headband ring 14 is fallen during transportation, enclosing
Under 13 effect of gear, reenters in spiral vibration feeding disc 1, re-start conveying.
In short, being applied to the ring body self-feeding of headband ring mainly by spiral vibration feeding disc, automatic feed channel, straight
Line feeding mechanism composition spirally vibrates auto-sequencing, and adjust automatically direction, self-feeding, headband ring feeding, which is realized, to be automated.
It should be noted last that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application.To the greatest extent
Pipe is described in detail the utility model referring to embodiment, those skilled in the art should understand that, it is practical to this
Novel technical solution be modified or replaced equivalently it is without departing from the spirit and scope of the technical scheme of the present invention,
It should cover in the scope of the claims of the utility model.
Claims (2)
1. a kind of spiral vibration feeder self-feeding channel, including spiral vibration feeding disc (1), it is characterised in that: institute
The discharge port end for stating spiral vibration feeding disc (1) is equipped with for becoming standing to arrangement headband ring (14) from lateral arrangement
The oblique facade of gradual change type (2), the oblique facade of gradual change type (2) bottom are accompanied by headband ring card slot (3), the oblique facade of gradual change type
(2) it is located at headband ring card slot (3) end to start to be equipped with material conveying platform (4) with extension；The oblique facade of gradual change type (2) end rank
It is connected to feeding facade (6), feeding facade (6) bottom is accompanied by headband ring chute feeder (7)；The material conveying platform (4) is located at
The oblique facade of gradual change type (2) and the joining place of feeding facade (6), which extend, is equipped with passive material toggling block tongue (5), the passive material toggling block tongue
It (5) is to ramp up setting for headband ring direction of advance, so that headband ring is stood to the headband ring feeding for entering feeding facade (6)
In slot (7)；Feeding facade (6) the end adapter band straight line delivery chute (8)；
It is convex (9) to be located at top of headband ring card slot (3) end equipped with 1 ~ 2mm thickness on the oblique facade of gradual change type (2)；The gradual change
The oblique facade of formula (2) top is additionally provided with passive driving lever (10)；
The feeding facade (6) is equipped with the card convex (11) of 1 ~ 2mm thickness, between the card convex (11) and headband ring chute feeder (7)
Distance is 2mm；Feeding facade (6) upper end is equipped with passive kelly (12), passive kelly (12) lowest part and head
Distance is 20mm between band chute feeder (7).
2. spiral vibration feeder self-feeding channel according to claim 1, it is characterised in that: self-feeding channel
Outside is equipped with enclosing (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920237355.0U CN209664720U (en) | 2019-02-26 | 2019-02-26 | Spiral vibration feeder self-feeding channel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920237355.0U CN209664720U (en) | 2019-02-26 | 2019-02-26 | Spiral vibration feeder self-feeding channel |
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| Publication Number | Publication Date |
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| CN209664720U true CN209664720U (en) | 2019-11-22 |
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ID=68569687
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201920237355.0U Active CN209664720U (en) | 2019-02-26 | 2019-02-26 | Spiral vibration feeder self-feeding channel |
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| CN (1) | CN209664720U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732305A (en) * | 2019-02-26 | 2019-05-10 | 山西新华化工有限责任公司 | Spiral vibration feeder self-feeding channel |
-
2019
- 2019-02-26 CN CN201920237355.0U patent/CN209664720U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109732305A (en) * | 2019-02-26 | 2019-05-10 | 山西新华化工有限责任公司 | Spiral vibration feeder self-feeding channel |
| CN109732305B (en) * | 2019-02-26 | 2024-04-02 | 山西新华防化装备研究院有限公司 | Automatic feeding channel of spiral vibration feeder |
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