CN204489931U - The plastics empty bottle feed arrangement in direction can be corrected - Google Patents
The plastics empty bottle feed arrangement in direction can be corrected Download PDFInfo
- Publication number
- CN204489931U CN204489931U CN201520167147.XU CN201520167147U CN204489931U CN 204489931 U CN204489931 U CN 204489931U CN 201520167147 U CN201520167147 U CN 201520167147U CN 204489931 U CN204489931 U CN 204489931U
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- China
- Prior art keywords
- bottle
- material transfer
- transfer groove
- feed arrangement
- symmetrical disk
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- Separation, Recovery Or Treatment Of Waste Materials Containing Plastics (AREA)
Abstract
The utility model discloses a kind of plastics empty bottle feed arrangement correcting direction, the bottom of described round basin is provided with supporting leg, driving lever is rotatably connected to by motor A in circle basin, the tilted direction of cutting that the side of circle basin is stirred along driving lever is provided with material transfer groove, the material transfer groove other end stretches into the below between parallel riser, two symmetrical disks are rotatably connected between described parallel riser, described material transfer slot is in a side-lower of symmetrical disk, the bottleneck collar is provided with below opposite side, the side that the top of symmetrical disk is positioned at material transfer groove is provided with discharging trough, the base plate of described round basin is downward-sloping to the direction of material transfer groove along the side away from material transfer groove.From said structure, the plastics empty bottle feed arrangement correcting direction of the present utility model, bottle is mated with material transfer groove and enters material transfer groove, and the direction error correction of plastics empty bottle bottle can be realized by simple physical construction, make the direction of bottle completely the same, simple to operate, failure rate is low, easy to maintenance, improve the production efficiency of enterprise.
Description
Technical field
The utility model relates to bottle manufacture field, is specifically related to a kind of plastics empty bottle feed arrangement correcting direction.
Background technology
In the packaging of multiple product, all bottle can be used.Especially plastic bottle body, not only handsome in appearance changeable, and lighter weight, productive costs is lower, universal in all trades and professions already.But because bottle is all that needs are arranged in order adding man-hour, and due to empty bottle bottle relatively lighter, in circular flow, not easily ensure that it arranges all the time regular.So during plastics empty bottle bottle charging in actual production process, operative employee needs by manually being undertaken regular by plastics empty bottle bottle, causes the labour intensity of operative employee comparatively greatly, and causes production efficiency lower.
Have the multiple equipment being adjusted to a direction for bottle above-below direction on the market at present, but this kind equipment carries out regulating, and still needs operative employee by manually being undertaken regular by bottle then helpless for rambling bottle; In addition, this kind of complicated structure, electrical control gear is more, and equipment price is expensive, and maintenance rate is higher, causes equipment to need frequent maintenance shut-downs, reduces the production efficiency of enterprise.
Summary of the invention
The purpose of this utility model is: overcome the deficiencies in the prior art, a kind of plastics empty bottle feed arrangement correcting direction is provided, by the driving lever in circle basin, bottle is pushed in material transfer groove, and by slope structure and air jet system, bottle is mated with material transfer groove and enters material transfer groove, so that the bottle in material transfer groove comprises to it other processing being adjusted to a direction by follow-up equipment; The direction error correction of plastics empty bottle bottle can be realized by simple physical construction, make the direction of bottle completely the same, simple to operate, failure rate is low, easy to maintenance, improve the production efficiency of enterprise.
Technical solution adopted in the utility model is:
The plastics empty bottle feed arrangement in direction can be corrected, comprise round basin, the bottom of described round basin is provided with supporting leg, driving lever is rotatably connected to by motor A in circle basin, the tilted direction of cutting that the side of circle basin is stirred along driving lever is provided with material transfer groove, one end of described material transfer groove is communicated with in circle basin, the other end stretches into the below between parallel riser, two symmetrical disks are rotatably connected between described parallel riser, described material transfer slot is in a side-lower of symmetrical disk, be provided with the bottleneck collar below opposite side, the side that the top of symmetrical disk is positioned at material transfer groove is provided with discharging trough, the end notch of described material transfer groove is positioned at symmetrical disk, the diameter of the described bottleneck collar is greater than flat diameter, be less than bottle diameter, symmetrical disk rotates along the feedstock direction of bottle, direction of transfer along discharging trough above the both sides cell wall of described discharging trough is provided with vertical belt conveyor, distance between described vertical belt conveyor is less than bottle diameter, the side end face that described symmetrical disk is relative is provided with elastic layer, distance between described elastic layer is less than bottle diameter, distance between symmetrical disk is greater than bottle diameter, described material transfer groove, the bottleneck collar and discharging trough respectively riser parallel with two are connected, the base plate of described round basin is downward-sloping to the direction of material transfer groove along the side away from material transfer groove, and described motor A is fixed on the bottom surface of base plate.
The further improvement project of the utility model is, described motor A is vertically fixed on the bottom surface of base plate by cushion block, and the output shaft of motor A is straight up through cushion block and base plate, and be rotationally connected with base plate, the end face of described cushion block mates with base plate.
The utility model further improvement project is, described driving lever is vertical with output shaft, is uniformly distributed in the sidewall of output shaft.
The utility model further improvement project is, the bottom of described driving lever equals the highest point higher than base plate, driving lever and be less than the cross-sectional diameter of bottle with the distance of base plate lowest part.
The utility model further improvement project is, the sidewall of described round basin is higher than the height of bottle.
The utility model further improvement project is, groove width and the groove depth of described material transfer groove are mated with the cross-sectional plane of bottle.
The utility model further improvement project is, described material transfer groove is domatic with the cell wall top of circle basin junction, and described domatic and top that is material transfer groove is provided with top cover.
The utility model further improvement project is, the top cover being positioned at domatic position is provided with air jet system, and the air extractor duct of described air jet system is positioned at below top cover, and the vertical top cover of outgassing direction of air extractor duct is downward.
The utility model further improvement project is, described air jet system is list structure, arranges along the top cover length direction being positioned at domatic position.
The utility model further improvement project is, described symmetrical disk is fixed on the middle part of rotating shaft A, and described rotating shaft A riser parallel with two is rotationally connected, and by motor B drive shaft A.
The utility model further improvement project is, the described bottleneck collar is rotationally connected with between two parallel risers by rotating shaft B, and the described bottleneck collar is fixed with the axle sleeve be placed on rotating shaft B by connecting rod A, is fixed with weight below described axle sleeve by connecting rod B.
The utility model further improvement project is, the symmetrical disk lopsidedness of described bottle mouth sleeve hoop.
The utility model further improvement project is, described vertical belt conveyor extends to the medium position of symmetrical disk.
The utility model further improvement project is, described material transfer groove is by the connecting panel A set by cell wall both sides and parallel riser) fixing.
The utility model further improvement project is, described discharging trough is fixed with parallel riser by the connecting panel B set by cell wall both sides, and the bottom land of discharging trough is provided with horizontal conveying belt, and the direction of transfer of described horizontal conveying belt is identical with the direction of transfer of vertical belt conveyor.
The utility model further improvement project is, the diff-H between described horizontal conveying belt and vertical belt conveyor is more than or equal to the half of bottle height.
The utility model further improvement project is, be positioned at bottle mouth sleeve ring side above symmetrical disk and be provided with pressure roller, described pressure roller is rotationally connected with parallel riser by rotating shaft C.
The utility model further improvement project is, the surface of described pressure roller is provided with elastic layer, and the distance of described pressure roller and symmetrical disk is less than the distance of vertical type transmission band and symmetrical disk.
The beneficial effects of the utility model are:
The first, the plastics empty bottle feed arrangement correcting direction of the present utility model, by the driving lever in circle basin, bottle is pushed in material transfer groove, and by slope structure and air jet system, bottle is mated with material transfer groove and enters material transfer groove, so that the bottle in material transfer groove comprises to it other processing being adjusted to a direction by follow-up equipment.
The second, the plastics empty bottle feed arrangement correcting direction of the present utility model, base plate, to material transfer groove lopsidedness, is convenient to bottle and is entered material transfer groove, improves powder feeding efficiency.
Three, the plastics empty bottle feed arrangement correcting direction of the present utility model, the distance bottom driving lever and between base plate lowest part is less than the diameter of bottle cross-sectional plane, ensures that driving lever is to the application force of bottle, improves the powder feeding efficiency of bottle.
Four, the plastics empty bottle feed arrangement correcting direction of the present utility model, by domatic and air jet system, is adjusted to the direction of mating with material transfer groove by the direction fitfull bottle entering material transfer groove, prevents bottle from blocking material transfer groove, be convenient to the charging of bottle.
Five, the plastics empty bottle feed arrangement correcting direction of the present utility model, can be realized the direction error correction of plastics empty bottle bottle, make the direction of bottle completely the same by simple physical construction, simple to operate, failure rate is low, easy to maintenance, improve the production efficiency of enterprise.
accompanying drawing illustrates:
Fig. 1 is the schematic diagram of the utility model structure.
Fig. 2 is the schematic top plan view of disc structure.
Fig. 3 is that the master of disc structure looks cross-sectional schematic.
Fig. 4 is the side-looking enlarged diagram of parallel riser structure.
Fig. 5 is that the master of parallel riser structure is depending on analysing and observe enlarged diagram.
detailed description of the invention:
Composition graphs 1 ~ Fig. 5 is known, the utility model comprises round basin 1, the bottom of described round basin 1 is provided with supporting leg 11, driving lever 3 is rotatably connected to by motor A4 in circle basin 1, the tilted direction of cutting that the side of circle basin 1 is stirred along driving lever 3 is provided with material transfer groove 2, one end of described material transfer groove 2 is communicated with in circle basin 1, the other end stretches into the below between parallel riser 13, two symmetrical disks 14 are rotatably connected between described parallel riser 13, described material transfer groove 2 is positioned at a side-lower of symmetrical disk 14, the bottleneck collar 15 is provided with below opposite side, the side that the top of symmetrical disk 14 is positioned at material transfer groove 2 is provided with discharging trough 16, the end notch of described material transfer groove 2 is positioned at symmetrical disk 14, the diameter of the described bottleneck collar 15 is greater than flat diameter, be less than bottle diameter, symmetrical disk 14 rotates along the feedstock direction of bottle, vertical belt conveyor 17 is provided with along the direction of transfer of discharging trough 16 above the both sides cell wall of described discharging trough 16, distance between described vertical belt conveyor 17 is less than bottle diameter, the side end face that described symmetrical disk 14 is relative is provided with elastic layer 22, distance between described elastic layer 22 is less than bottle diameter, distance between symmetrical disk 14 is greater than bottle diameter, described material transfer groove 2, the bottleneck collar 15 and discharging trough 16 respectively riser 13 parallel with two are connected, the base plate 5 of described round basin 1 is downward-sloping to the direction of material transfer groove 2 along the side away from material transfer groove 2, and described motor A4 is fixed on the bottom surface of base plate 5.
Described motor A4 is vertically fixed on the bottom surface of base plate 5 by cushion block 7, the output shaft 6 of motor A4 is straight up through cushion block 7 and base plate 5, and be rotationally connected with base plate 5, the end face of described cushion block 7 mates with base plate 5.
Described driving lever 3 is vertical with output shaft 6, is uniformly distributed in the sidewall of output shaft 6.
The bottom of described driving lever 3 equals the highest point higher than base plate 5, driving lever 3 and be less than the cross-sectional diameter of bottle with the distance of base plate 5 lowest part.
The sidewall of described round basin 1 is higher than the height of bottle.
Groove width and the groove depth of described material transfer groove 2 are mated with the cross-sectional plane of bottle.
Described material transfer groove 2 is domatic 8 with the cell wall top of circle basin 1 junction, described domatic 8 and the top of material transfer groove 2 be provided with top cover 9.
The top cover 9 being positioned at domatic 8 positions is provided with air jet system 10, and the air extractor duct of described air jet system 10 is positioned at below top cover 9, and the outgassing direction vertical top cover 9 of air extractor duct is downward.
Described air jet system 10 is list structure, arranges along top cover 9 length direction being positioned at domatic 8 positions.
Described symmetrical disk 14 is fixed on the middle part of rotating shaft A24, and described rotating shaft A24 riser 13 parallel with two is rotationally connected, and by motor B drive shaft A24.
The described bottleneck collar 15 is rotationally connected with between two parallel risers 13 by rotating shaft B25, and the described bottleneck collar 15 is fixed by connecting rod A and the axle sleeve 20 be placed on rotating shaft B25, is fixed with weight 19 below described axle sleeve 20 by connecting rod B29.
The described bottleneck collar 15 is to symmetrical disk 14 lopsidedness.
Described vertical belt conveyor 17 extends to the medium position of symmetrical disk 14.
Described material transfer groove 2 is fixed with parallel riser 13 by the connecting panel A23 set by cell wall both sides.
Described discharging trough 16 is fixed with parallel riser 13 by the connecting panel B26 set by cell wall both sides, and the bottom land of discharging trough 16 is provided with horizontal conveying belt 18, and the direction of transfer of described horizontal conveying belt 18 is identical with the direction of transfer of vertical belt conveyor 17.
Described vertical type transmission band 17 is rotationally connected by the cell wall of transfer roller 28 with discharging trough 16.
Diff-H between described horizontal conveying belt 18 and vertical belt conveyor 17 is more than or equal to the half of bottle height.
Be positioned at bottle mouth sleeve ring 15 side above symmetrical disk 14 and be provided with pressure roller 21, described pressure roller 21 is rotationally connected with parallel riser 13 by rotating shaft C 27.
The surface of described pressure roller 21 is provided with elastic layer 22, and described pressure roller 21 and the distance of symmetrical disk 14 are less than the distance of vertical type transmission band 17 and symmetrical disk 14.
When the utility model uses, just the bottle of plastics empty bottle is poured in round basin 1, opens motor 4, driving lever 3 is driven to rotate, bottle in circle basin 1 is mobile in circle basin 1 under the effect of driving lever 3, and when bottle is through the junction of material transfer groove 2 with circle basin 1, part bottle is pushed to material transfer groove 2; Be pushed to its direction of bottle of material transfer groove 2 and position and irregular, under the lasting thrust produced by air jet system 10 and driving lever 3 pairs of bottles, bottle enters material transfer groove 2 by domatic 8, ensure that the direction of bottle is along material transfer groove 2 simultaneously; Bottle pushed forward in material transfer groove 2, contacts to the symmetrical disk 14 rotated, the elastic layer 22 of bottle set by symmetrical disk 14 is clamped.
When the bottle front end of material transfer groove 2 is at the bottom of bottle, bottle rotates along with symmetrical disk 14, when touching the bottleneck collar 15, at the bottom of the diameter of the bottleneck collar 15 is less than bottle, so the bottleneck collar 15 is pushed open by the bottom of bottle, bottle continues to rotate with symmetrical disk 14, and the bottleneck collar 15 after pushing open gets back to initial position under the effect of weight; When contacting with pressure roller 21 at the bottom of the bottle of bottle, front end at the bottom of bottle is pressed to symmetrical disk 14 by pressure roller 21, when bottle continues to turn to vertical belt conveyor 17 place with symmetrical disk 14, do not contact with vertical belt conveyor 17 at the bottom of the bottle of bottle, continue to turn to forward horizontal conveying belt 18 place, the bottle end, is blocked by horizontal conveying belt 18, and forwards under the effect of horizontal conveying belt 18; After being blocked by horizontal conveying belt 18 at the bottom of bottle, the bottleneck of bottle tilts, and contacts with vertical belt conveyor 17; Further, bottle erects at the effect lower bottle body of vertical belt conveyor 17 and forwards.
When the bottle front end of material transfer groove 2 is bottleneck, bottle rotates along with symmetrical disk 14, when touching the bottleneck collar 15, because the diameter of the bottleneck collar 15 is greater than bottleneck, so the bottleneck of bottle vertically stretches into the bottleneck collar 15, and entangled by the bottleneck collar 15, then continue to rotate with symmetrical disk 14 at the bottom of the rear end of bottle and bottle, along with the rotation of symmetrical disk 14, bottleneck leaves the bottleneck collar 15, the bottleneck collar 15 gets back to initial position under the effect of weight simultaneously, and now become front end at the bottom of bottle, bottleneck becomes rear end; Along with being rotated further of symmetrical disk 14, bottle turns to pressure roller 21 place, when contacting with pressure roller 21 at the bottom of the bottle of bottle, front end at the bottom of bottle is pressed to symmetrical disk 14 by pressure roller 21, when bottle continues to turn to vertical belt conveyor 17 place with symmetrical disk 14, do not contact with vertical belt conveyor 17 at the bottom of the bottle of bottle, continue to turn to forward horizontal conveying belt 18 place, the bottle end, is blocked by horizontal conveying belt 18, and forwards under the effect of horizontal conveying belt 18; After being blocked by horizontal conveying belt 18 at the bottom of bottle, the bottleneck of bottle tilts, and contacts with vertical belt conveyor 17; Further, bottle erects at the effect lower bottle body of vertical belt conveyor 17 and forwards.
Claims (10)
1. can correct the plastics empty bottle feed arrangement in direction, it is characterized in that: comprise round basin (1), the bottom of described round basin (1) is provided with supporting leg (11), by motor A(4 in circle basin (1)) be rotatably connected to driving lever (3), the tilted direction of cutting that the side of circle basin (1) is stirred along driving lever (3) is provided with material transfer groove (2), one end of described material transfer groove (2) is communicated with in circle basin (1), the other end stretches into the below between parallel riser (13), two symmetrical disks (14) are rotatably connected between described parallel riser (13), described material transfer groove (2) is positioned at a side-lower of symmetrical disk (14), the bottleneck collar (15) is provided with below opposite side, the side that the top of symmetrical disk (14) is positioned at material transfer groove (2) is provided with discharging trough (16), the end notch of described material transfer groove (2) is positioned at symmetrical disk (14), the diameter of the described bottleneck collar (15) is greater than flat diameter, be less than bottle diameter, symmetrical disk (14) is rotated along the feedstock direction of bottle, vertical belt conveyor (17) is provided with along the direction of transfer of discharging trough (16) above the both sides cell wall of described discharging trough (16), distance between described vertical belt conveyor (17) is less than bottle diameter, the relative side end face of described symmetrical disk (14) is provided with elastic layer (22), distance between described elastic layer (22) is less than bottle diameter, distance between symmetrical disk (14) is greater than bottle diameter, described material transfer groove (2), the bottleneck collar (15) and discharging trough (16) respectively riser (13) parallel with two are connected, the base plate (5) of described round basin (1) is downward-sloping to the direction of material transfer groove (2) along the side away from material transfer groove (2), described motor A(4) be fixed on the bottom surface of base plate (5).
2. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: described motor A(4) bottom surface of base plate (5) is vertically fixed on by cushion block (7), motor A(4) output shaft (6) straight up through cushion block (7) and base plate (5), be rotationally connected with base plate (5), the end face of described cushion block (7) mates with base plate (5).
3. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 2, it is characterized in that: described driving lever (3) is vertical with output shaft (6), is uniformly distributed in the sidewall of output shaft (6); The bottom of described driving lever (3) equals the highest point higher than base plate (5), driving lever (3) and be less than the cross-sectional diameter of bottle with the distance of base plate (5) lowest part.
4. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: the sidewall of described round basin (1) is higher than the height of bottle; Groove width and the groove depth of described material transfer groove (2) are mated with the cross-sectional plane of bottle; Described material transfer groove (2) is domatic (8) with the cell wall top of circle basin (1) junction, and the top of described domatic (8) and material transfer groove (2) is provided with top cover (9).
5. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 4, it is characterized in that: the top cover (9) being positioned at domatic (8) position is provided with air jet system (10), the air extractor duct of described air jet system (10) is positioned at top cover (9) below, and the vertical top cover of outgassing direction (9) of air extractor duct is downward.
6. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 4, it is characterized in that: described air jet system (10) is list structure, arrange along top cover (9) length direction being positioned at domatic (8) position.
7. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: described symmetrical disk (14) is fixed on rotating shaft A(24) middle part, described rotating shaft A(24) riser (13) parallel with two be rotationally connected, and by motor B drive shaft A(24).
8. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: the described bottleneck collar (15) is by rotating shaft B(25) be rotationally connected with between two parallel risers (13), the described bottleneck collar (15) by connecting rod A be placed on rotating shaft B(25) on axle sleeve (20) fix, described axle sleeve (20) below is by connecting rod B(29) be fixed with weight (19); The described bottleneck collar (15) is to symmetrical disk (14) lopsidedness.
9. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: described material transfer groove (2) is by the connecting panel A(23 set by cell wall both sides) fix with parallel riser (13); Described discharging trough (16) is by the connecting panel B(26 set by cell wall both sides) fix with parallel riser (13), the bottom land of discharging trough (16) is provided with horizontal conveying belt (18), and the direction of transfer of described horizontal conveying belt (18) is identical with the direction of transfer of vertical belt conveyor (17); Diff-H between described horizontal conveying belt (18) and vertical belt conveyor (17) is more than or equal to the half of bottle height.
10. can correct the plastics empty bottle feed arrangement in direction as claimed in claim 1, it is characterized in that: symmetrical disk (14) top is positioned at bottle mouth sleeve ring (15) side and is provided with pressure roller (21), and described pressure roller (21) is rotationally connected with parallel riser (13) by rotating shaft C (27); The surface of described pressure roller (21) is provided with elastic layer (22), and described pressure roller (21) is less than the distance of vertical type transmission band (17) and symmetrical disk (14) with the distance of symmetrical disk (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520167147.XU CN204489931U (en) | 2015-03-24 | 2015-03-24 | The plastics empty bottle feed arrangement in direction can be corrected |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520167147.XU CN204489931U (en) | 2015-03-24 | 2015-03-24 | The plastics empty bottle feed arrangement in direction can be corrected |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204489931U true CN204489931U (en) | 2015-07-22 |
Family
ID=53569215
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520167147.XU Expired - Fee Related CN204489931U (en) | 2015-03-24 | 2015-03-24 | The plastics empty bottle feed arrangement in direction can be corrected |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204489931U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044128A (en) * | 2016-07-29 | 2016-10-26 | 梁启明 | Roller discharge device |
-
2015
- 2015-03-24 CN CN201520167147.XU patent/CN204489931U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106044128A (en) * | 2016-07-29 | 2016-10-26 | 梁启明 | Roller discharge device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150722 Termination date: 20160324 |