CN205147764U - Automatic upper shield machine of tubular product - Google Patents
Automatic upper shield machine of tubular product Download PDFInfo
- Publication number
- CN205147764U CN205147764U CN201520965683.4U CN201520965683U CN205147764U CN 205147764 U CN205147764 U CN 205147764U CN 201520965683 U CN201520965683 U CN 201520965683U CN 205147764 U CN205147764 U CN 205147764U
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- tubing
- lid mechanism
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- cover lid
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Abstract
The utility model discloses an automatic upper shield machine of tubular product, including tubular product guide support, first defeated upper shield mechanism, tubular product dredging plate, upper shield mechanism is failed to the second, the guide board is carried to the finished product, frame and motor, tubular product guide support, first defeated upper shield mechanism, the defeated upper shield mechanism of tubular product dredging plate and second sets gradually in the frame, first defeated upper shield mechanism sets up with defeated the same and relative tubular product dredging plate of the upper shield mechanism structure symmetry of second, mechanism and upper shield mechanism are covered including sending in first defeated upper shield mechanism, the upper shield establishment of institution covers mechanism below sending, the finished product carries the setting of guide board just to be located first defeated upper shield mechanism below in the frame, the motor is connected with first defeated upper shield mechanism and the defeated upper shield mechanism of second. The utility model discloses a first defeated upper shield mechanism and the defeated upper shield mechanism of second of the same and symmetrical setting of structure, the upper shield is carried out at the both ends of the tubular product of the certain length that finishes to the shearing, low in labor strength, work efficiency is high, and overall structure is simple.
Description
Technical field
The utility model relates to a kind of tubing upper shield machine, and particularly a kind of tubing automatic cover sleeving machine, belongs to tubing upper shield technical field.
Background technology
Preservation is required that the complete tubing of high shearing needs to carry out two ends upper shield preservation usually, prevents two ends from wearing and tearing to play, dust-proof and keep the effect such as cleaning inside.At present, normally complete this work by hand by operating personnel, this just exist time-consuming, effort and ineffective problem.
Utility model content
The purpose of this utility model is, a kind of tubing automatic cover sleeving machine is provided, it carries out upper shield in the two ends to the tubing shearing complete certain length by symmetrical first defeated cover lid mechanism and the second defeated cover lid mechanism, better to preserve tubing, labour intensity is low, operating efficiency is high, and structure is simple.
The technical solution of the utility model: a kind of tubing automatic cover sleeving machine, comprise tubing guide support, first defeated cover lid mechanism, plate dredged by tubing, second defeated cover lid mechanism, finished product conveying guided plate, frame and motor, tubing guide support, first defeated cover lid mechanism, plate dredged by tubing and the second defeated cover lid mechanism is successively set in frame, first defeated cover lid mechanism identical with the second defeated upper shield mechanism structure and relatively tubing dredge plate and be symmetrical arranged, first defeated cover lid mechanism comprises end feeder and cover lid mechanism, upper shield organization establishes is below end feeder, finished product conveying guided plate to be arranged in frame and to be positioned at below the first defeated cover lid mechanism, motor is connected with the first defeated cover lid mechanism and the second defeated cover lid mechanism.First defeated cover lid mechanism is identical with the second defeated upper shield mechanism structure and be symmetrical set, two ends automatic cover sleeving is carried out to the tubing of certain length, labour intensity is low, operating efficiency is high, and apparatus structure is simple, the complete tubing of upper shield is transported to assigned address by finished product conveying guided plate, collects, and then facilitates follow-up preservation.
In aforesaid this tubing automatic cover sleeving machine, cover lid mechanism comprises six station turnplates, sheave, straight pin, baffle plate and the second air-leg, the rotating shaft of six station turnplates is arranged in frame, sheave is fixedly installed in the rotating shaft of six station turnplates, straight pin is connected on motor, straight pin coordinates with sheave, and baffle plate to be fixedly installed in frame and to be positioned at six station turnplate oblique uppers, the second air-leg to be arranged in frame and its axis between six station turnplates and baffle plate.Two six station turnplates are arranged in same rotating shaft, and its curved groove position is mutually corresponding, ensure that treating that the two ends of the tubing of upper shield can be taken simultaneously puts in the curved groove of two six station turnplates, synchronously can carry out upper shield to tubing two ends more accurately; Driven by motor straight pin, straight pin stirs sheave, and six station turnplates are rotated, and straight pin often stirs sheave once, and sheave drives six station turnplates to rotate 60 °, ensures the accurate of the position of tubing, to carry out upper shield smoothly; Tubing is pressed in the curved groove of six station turnplates by baffle plate, ensures that tubing is with six station turnplate actions, simple and practical; Tubing delivers to the second air-leg by six station turnplates, makes pipe end just to the second air-leg, thus enables lid be enclosed within tubing two ends exactly, and structure is simple, and whole work efficiency is high.
In aforesaid this tubing automatic cover sleeving machine, end feeder comprises and holds lid bucket, send cup, vibrator, the first air-leg and surplus lid delivery chute, send cup to be arranged in frame and be positioned at directly over the second air-leg, appearance lid bucket is movably arranged on and send on cup, vibrator is arranged on and holds on lid bucket outer wall, first air-leg is arranged in frame and just to sending cup, surplus lid delivery chute is connected to and send on cup and link and the first air-leg level.Lid falls by sending cup, send on cup and is equipped with through hole with the first air-leg and the second corresponding position, air-leg present position, makes lid can be screened and be enclosed within tubing; Fall the lid at the second air-leg place, under the impetus of the second air-leg, be enclosed in tubing two ends, structure is simple; By the lid towards mistake that the first air-leg filters out, be transported to assigned address by surplus lid delivery chute and recycle to carry out collection; Hold lid bucket to be movably arranged on and to send on cup, be conducive to holding the vibration of lid bucket, and then be conducive to lid and enter into and send in cup.
In aforesaid this tubing automatic cover sleeving machine, the second air-leg is positioned at outside the first defeated cover lid mechanism and the second defeated cover lid mechanism, and the first air-leg is positioned at inside the first defeated cover lid mechanism and the second defeated cover lid mechanism.This position arranges and enables the first air-leg send cup by the lid release towards mistake, then unaffected towards correct lid, continues to be in and send in cup, under the second air-leg effect, be enclosed within tubing two ends.
In aforesaid this tubing automatic cover sleeving machine, the cross sectional shape of cup and the side view of lid is sent to adapt to.Send the cross sectional shape of cup and the side view of lid to adapt to, shape when namely standing up with lid adapts to, and namely sending the cross section of cup to be length is lid diameter, width is the rectangle of cover height, this makes lid that the state that stands up can be kept to arrive upper shield place, and design ingenious, structure is simple.
In aforesaid this tubing automatic cover sleeving machine, the curved groove bottom surface of six station turnplates is inclined-plane.This design enables to dredge by tubing the curved groove that six station turnplates of the second defeated cover lid mechanism more easily costed by tubing that plate passes over.
In aforesaid this tubing automatic cover sleeving machine, the horizontal level that plate dredged by tubing is concordant with the least significant end of six station turnplate curved groove bottom surfaces.This design enables tubing be delivered to tubing by six station turnplates of the first defeated cover lid mechanism swimmingly to dredge on plate.
In aforesaid this tubing automatic cover sleeving machine, finished product conveying guided plate is obliquely installed.The complete tubing of upper shield drops to finished product by six station turnplates and carries on guided plate, and finished product conveying guided plate is obliquely installed and tubing is more easily collected.
Compared with prior art, the utility model is by structure identical and symmetrically arranged first defeated cover lid mechanism and the second defeated cover lid mechanism, upper shield is carried out to the two ends of the tubing shearing complete certain length, treat that the tubing of upper shield takes upper shield to by six station turnplates, under the effect of the second air-leg, lid is enclosed within tubing, six station turnplates rotate 60 ° at every turn, ensure that upper shield work is accurate, carry out in an orderly manner, simultaneously, first air-leg can detect and get rid of towards the lid of mistake, ensureing upper shield, everything goes well with your work carries out, the labour intensity of whole device is low, operating efficiency is high, structure is simple, design ingenious, be suitable for applying in places such as tubular object extruding factories.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is overall structure schematic diagram of the present utility model;
Fig. 3 is structural representation of the present utility model;
Fig. 4 is the structural representation of six station turnplates.
The defeated cover lid mechanism of being labeled as in accompanying drawing: 1-second, 2-holds lid bucket, 3-motor, and 4-send cup, 5-first air-leg, 6-second air-leg, 7-end feeder, 8-remains lid delivery chute, 9-baffle plate, 10-vibrator, 11-overlaps lid mechanism, 12-frame, the defeated cover lid mechanism of 13-first, 14-six station turnplate, 15-tubing guide support, plate dredged by 16-tubing, 17-finished product conveying guided plate, 18-straight pin, 19-sheave.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described.
Embodiment 1 of the present utility model: a kind of tubing automatic cover sleeving machine, comprise tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing, second defeated cover lid mechanism 1, finished product conveying guided plate 17, frame 12 and motor 3, tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing and the second defeated cover lid mechanism 1 is successively set in frame 12, first defeated cover lid mechanism 13 identical with the second defeated cover lid mechanism 1 structure and relatively tubing dredge plate 16 and be symmetrical arranged, first defeated cover lid mechanism 13 comprises end feeder 7 and cover lid mechanism 11, cover lid mechanism 11 is arranged on below end feeder 7, finished product conveying guided plate 17 to be arranged in frame 12 and to be positioned at below the first defeated cover lid mechanism 13, motor 3 is connected with the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.First defeated cover lid mechanism 13 is identical with the second defeated cover lid mechanism 1 structure and be symmetrical set.The distance of the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1 is determined according to the length of tubing reality.
Wherein, cover lid mechanism 11 comprises six station turnplates 14, sheave 19, straight pin 18, baffle plate 9 and the second air-leg 6, the rotating shaft of six station turnplates 14 is arranged in frame 12, sheave 19 is fixedly installed in the rotating shaft of six station turnplates 14, straight pin 18 is connected on motor 3, straight pin 18 coordinates with sheave 19, and baffle plate 9 to be fixedly installed in frame 12 and to be positioned at six station turnplate 14 oblique uppers, the second air-leg 6 to be arranged in frame 12 and its axis between six station turnplates 14 and baffle plate 9.Two six station turnplates 14 are arranged in same rotating shaft, and its curved groove position is mutually corresponding, ensure that treating that the two ends of the tubing of upper shield can be taken simultaneously puts in the curved groove of two six station turnplates 14; Motor 3 drives straight pin 18, and straight pin 18 stirs sheave 19, and six station turnplates 14 are rotated, and straight pin 18 often stirs sheave 19 once, and sheave 19 drives six station turnplates 14 to rotate 60 °; Tubing is pressed in the curved groove of six station turnplates 14 by baffle plate 9, ensures that tubing is with six station turnplate 14 actions; Tubing delivers to the second air-leg 6 by six station turnplates 14, makes pipe end just to the second air-leg 6, thus enables lid be enclosed within tubing two ends exactly.Six station turnplates 14 have 6 curved grooves, and the distance of baffle plate 9 and six station turnplates 14 is determined according to the diameter of tubing reality.
End feeder 7 comprises and holds lid bucket 2, send cup 4, vibrator 10, first air-leg 5 and surplus lid delivery chute 8, send cup 4 to be arranged in frame 12 and be positioned at directly over the second air-leg 6, appearance lid bucket 2 is movably arranged on and send on cup 4, vibrator 10 is arranged on and holds on lid bucket 2 outer wall, first air-leg 5 is arranged in frame 12 and just to sending cup 4, surplus lid delivery chute 8 is connected to and send on cup 4 and link and the first air-leg 5 level.Send on cup 4 and be equipped with through hole with the first air-leg 5 and the second corresponding position, air-leg 6 present position.First air-leg 5, second air-leg 6 and vibrator 10 are prior art, can buy in market.
Further, the second air-leg 6 is positioned at outside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1, and the first air-leg 5 is positioned at inside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.Lid towards mistake can be released and send cup 4 by the first air-leg 5, then unaffected towards correct lid, continues to be in and send in cup 4, under the second air-leg 6 acts on, be enclosed within tubing two ends.
In addition, the cross sectional shape of cup 4 and the side view of lid is sent to adapt to.Shape when sending the cross sectional shape of cup 4 and lid to stand up adapts to, and namely sending the cross section of cup 4 to be length is lid diameter, and width is the rectangle of cover height.
The curved groove bottom surface of six station turnplates 14 is inclined-plane.The horizontal level that plate 16 dredged by tubing is concordant with the least significant end of six station turnplate 14 curved groove bottom surfaces.Finished product conveying guided plate 17 is obliquely installed.
Embodiment 2 of the present utility model: a kind of tubing automatic cover sleeving machine, comprise tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing, second defeated cover lid mechanism 1, finished product conveying guided plate 17, frame 12 and motor 3, tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing and the second defeated cover lid mechanism 1 is successively set in frame 12, first defeated cover lid mechanism 13 identical with the second defeated cover lid mechanism 1 structure and relatively tubing dredge plate 16 and be symmetrical arranged, first defeated cover lid mechanism 13 comprises end feeder 7 and cover lid mechanism 11, cover lid mechanism 11 is arranged on below end feeder 7, finished product conveying guided plate 17 to be arranged in frame 12 and to be positioned at below the first defeated cover lid mechanism 13, motor 3 is connected with the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.First defeated cover lid mechanism 13 is identical with the second defeated cover lid mechanism 1 structure and be symmetrical set.The distance of the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1 is determined according to the length of tubing reality.
Wherein, cover lid mechanism 11 comprises six station turnplates 14, sheave 19, straight pin 18, baffle plate 9 and the second air-leg 6, the rotating shaft of six station turnplates 14 is arranged in frame 12, sheave 19 is fixedly installed in the rotating shaft of six station turnplates 14, straight pin 18 is connected on motor 3, straight pin 18 coordinates with sheave 19, and baffle plate 9 to be fixedly installed in frame 12 and to be positioned at six station turnplate 14 oblique uppers, the second air-leg 6 to be arranged in frame 12 and its axis between six station turnplates 14 and baffle plate 9.Two six station turnplates 14 are arranged in same rotating shaft, and its curved groove position is mutually corresponding, ensure that treating that the two ends of the tubing of upper shield can be taken simultaneously puts in the curved groove of two six station turnplates 14; Motor 3 drives straight pin 18, and straight pin 18 stirs sheave 19, and six station turnplates 14 are rotated, and straight pin 18 often stirs sheave 19 once, and sheave 19 drives six station turnplates 14 to rotate 60 °; Tubing is pressed in the curved groove of six station turnplates 14 by baffle plate 9, ensures that tubing is with six station turnplate 14 actions; Tubing delivers to the second air-leg 6 by six station turnplates 14, makes pipe end just to the second air-leg 6, thus enables lid be enclosed within tubing two ends exactly.Six station turnplates 14 have 6 curved grooves, and the distance of baffle plate 9 and six station turnplates 14 is determined according to the diameter of tubing reality.
End feeder 7 comprises and holds lid bucket 2, send cup 4, vibrator 10, first air-leg 5 and surplus lid delivery chute 8, send cup 4 to be arranged in frame 12 and be positioned at directly over the second air-leg 6, appearance lid bucket 2 is movably arranged on and send on cup 4, vibrator 10 is arranged on and holds on lid bucket 2 outer wall, first air-leg 5 is arranged in frame 12 and just to sending cup 4, surplus lid delivery chute 8 is connected to and send on cup 4 and link and the first air-leg 5 level.Send on cup 4 and be equipped with through hole with the first air-leg 5 and the second corresponding position, air-leg 6 present position.First air-leg 5, second air-leg 6 and vibrator 10 are prior art, can buy in market.
Further, the second air-leg 6 is positioned at outside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1, and the first air-leg 5 is positioned at inside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.Lid towards mistake can be released and send cup 4 by the first air-leg 5, then unaffected towards correct lid, continues to be in and send in cup 4, under the second air-leg 6 acts on, be enclosed within tubing two ends.
In addition, the cross sectional shape of cup 4 and the side view of lid is sent to adapt to.Shape when sending the cross sectional shape of cup 4 and lid to stand up adapts to, and namely sending the cross section of cup 4 to be length is lid diameter, and width is the rectangle of cover height.
The curved groove bottom surface of six station turnplates 14 is inclined-plane.The horizontal level that plate 16 dredged by tubing is concordant with the least significant end of six station turnplate 14 curved groove bottom surfaces.
Embodiment 3 of the present utility model: a kind of tubing automatic cover sleeving machine, comprise tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing, second defeated cover lid mechanism 1, finished product conveying guided plate 17, frame 12 and motor 3, tubing guide support 15, first defeated cover lid mechanism 13, plate 16 dredged by tubing and the second defeated cover lid mechanism 1 is successively set in frame 12, first defeated cover lid mechanism 13 identical with the second defeated cover lid mechanism 1 structure and relatively tubing dredge plate 16 and be symmetrical arranged, first defeated cover lid mechanism 13 comprises end feeder 7 and cover lid mechanism 11, cover lid mechanism 11 is arranged on below end feeder 7, finished product conveying guided plate 17 to be arranged in frame 12 and to be positioned at below the first defeated cover lid mechanism 13, motor 3 is connected with the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.First defeated cover lid mechanism 13 is identical with the second defeated cover lid mechanism 1 structure and be symmetrical set.The distance of the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1 is determined according to the length of tubing reality.
Wherein, cover lid mechanism 11 comprises six station turnplates 14, sheave 19, straight pin 18, baffle plate 9 and the second air-leg 6, the rotating shaft of six station turnplates 14 is arranged in frame 12, sheave 19 is fixedly installed in the rotating shaft of six station turnplates 14, straight pin 18 is connected on motor 3, straight pin 18 coordinates with sheave 19, and baffle plate 9 to be fixedly installed in frame 12 and to be positioned at six station turnplate 14 oblique uppers, the second air-leg 6 to be arranged in frame 12 and its axis between six station turnplates 14 and baffle plate 9.Two six station turnplates 14 are arranged in same rotating shaft, and its curved groove position is mutually corresponding, ensure that treating that the two ends of the tubing of upper shield can be taken simultaneously puts in the curved groove of two six station turnplates 14; Motor 3 drives straight pin 18, and straight pin 18 stirs sheave 19, and six station turnplates 14 are rotated, and straight pin 18 often stirs sheave 19 once, and sheave 19 drives six station turnplates 14 to rotate 60 °; Tubing is pressed in the curved groove of six station turnplates 14 by baffle plate 9, ensures that tubing is with six station turnplate 14 actions; Tubing delivers to the second air-leg 6 by six station turnplates 14, makes pipe end just to the second air-leg 6, thus enables lid be enclosed within tubing two ends exactly.Six station turnplates 14 have 6 curved grooves, and the distance of baffle plate 9 and six station turnplates 14 is determined according to the diameter of tubing reality.
End feeder 7 comprises and holds lid bucket 2, send cup 4, vibrator 10, first air-leg 5 and surplus lid delivery chute 8, send cup 4 to be arranged in frame 12 and be positioned at directly over the second air-leg 6, appearance lid bucket 2 is movably arranged on and send on cup 4, vibrator 10 is arranged on and holds on lid bucket 2 outer wall, first air-leg 5 is arranged in frame 12 and just to sending cup 4, surplus lid delivery chute 8 is connected to and send on cup 4 and link and the first air-leg 5 level.Send on cup 4 and be equipped with through hole with the first air-leg 5 and the second corresponding position, air-leg 6 present position.First air-leg 5, second air-leg 6 and vibrator 10 are prior art, can buy in market.
Further, the second air-leg 6 is positioned at outside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1, and the first air-leg 5 is positioned at inside the first defeated cover lid mechanism 13 and the second defeated cover lid mechanism 1.Lid towards mistake can be released and send cup 4 by the first air-leg 5, then unaffected towards correct lid, continues to be in and send in cup 4, under the second air-leg 6 acts on, be enclosed within tubing two ends.
In addition, the cross sectional shape of cup 4 and the side view of lid is sent to adapt to.Shape when sending the cross sectional shape of cup 4 and lid to stand up adapts to, and namely sending the cross section of cup 4 to be length is lid diameter, and width is the rectangle of cover height.
The curved groove bottom surface of six station turnplates 14 is inclined-plane.
Using method of the present utility model: the tubing shearing complete regular length is carried by tubing guide support 15 right-to-left, now six station turnplates 14 are in on-position, tubing is in the time of on-position at six station turnplates 14, six station turnplates 14 through right side dredge along tubing six station turnplates 14 that plate 16 is transported to left side again, namely tubing two ends ride on six station turnplates 14 of both sides, straight pin 18 stirs sheave 19 subsequently, six station turnplates 14 are made to rotate 60 °, tubing moves to upper shield place with six station turnplates 14 under the pressure effect of baffle plate 9, namely tubing two corrects aligning second air-leg 6, second air-leg 6 is by towards correct lid, namely lid mouth pushes tubing to towards the lid of tubing, lid is made to be enclosed within tubing two ends, the time completing a upper shield is identical with the time that straight pin 18 rotates a circle, then six station turnplates 14 continue each rotation 60 ° under the effect of straight pin 18, after tubing departs from baffle plate 9, fall on finished product conveying guided plate 17, then the tubing that upper shield is complete is collected, this is upper shield process, the lid held in lid bucket 2 constantly enters into and send in cup 4 under the effect of vibrator 10, lid towards mistake is released and is sent cup 4 by the first air-leg 5, it is made to be transported to assigned address to carry out collection recycling along surplus lid delivery chute 8, then unaffected towards correct lid, continue to drop to and the position corresponding to the second air-leg 6, this is for sending lid process.Send lid process and the circulation of upper shield process to carry out, the work of tubing upper shield is carried out continuously.
Claims (8)
1. a tubing automatic cover sleeving machine, it is characterized in that: comprise tubing guide support (15), first defeated cover lid mechanism (13), plate (16) dredged by tubing, second defeated cover lid mechanism (1), finished product conveying guided plate (17), frame (12) and motor (3), tubing guide support (15), first defeated cover lid mechanism (13), plate (16) dredged by tubing and the second defeated cover lid mechanism (1) is successively set in frame (12), first defeated cover lid mechanism (13) identical with the second defeated cover lid mechanism (1) structure and relatively tubing dredge plate (16) and be symmetrical arranged, first defeated cover lid mechanism (13) comprises end feeder (7) and cover lid mechanism (11), cover lid mechanism (11) is arranged on end feeder (7) below, the frame (12) that is arranged on finished product conveying guided plate (17) goes up and is positioned at the first defeated cover lid mechanism (13) below, motor (3) is connected with the first defeated cover lid mechanism (13) and the second defeated cover lid mechanism (1).
2. tubing automatic cover sleeving machine according to claim 1, it is characterized in that: cover lid mechanism (11) comprises six station turnplates (14), sheave (19), straight pin (18), baffle plate (9) and the second air-leg (6), the rotating shaft of six station turnplates (14) is arranged in frame (12), sheave (19) is fixedly installed in the rotating shaft of six station turnplates (14), straight pin (18) is connected on motor (3), straight pin (18) coordinates with sheave (19), baffle plate (9) is fixedly installed on frame (12) and goes up and be positioned at six station turnplates (14) oblique upper, the frame (12) that is arranged on second air-leg (6) goes up and its axis is positioned between six station turnplates (14) and baffle plate (9).
3. tubing automatic cover sleeving machine according to claim 2, it is characterized in that: end feeder (7) comprises and holds lid bucket (2), send cup (4), vibrator (10), first air-leg (5) and surplus lid delivery chute (8), send cup (4) to be arranged on frame (12) go up and be positioned at directly over the second air-leg (6), appearance lid bucket (2) is movably arranged on to be sent on cup (4), vibrator (10) is arranged on and holds on lid bucket (2) outer wall, it is upper and just to sending cup (4) that first air-leg (5) is arranged on frame (12), surplus lid delivery chute (8) is connected to and send cup (4) upper and link and the first air-leg (5) level.
4. tubing automatic cover sleeving machine according to claim 3, it is characterized in that: the second air-leg (6) is positioned at the first defeated cover lid mechanism (13) and the second defeated cover lid mechanism (1) outside, the first air-leg (5) is positioned at the first defeated cover lid mechanism (13) and the second defeated cover lid mechanism (1) inner side.
5. tubing automatic cover sleeving machine according to claim 3, is characterized in that: send the cross sectional shape of cup (4) and the side view of lid to adapt to.
6. tubing automatic cover sleeving machine according to claim 2, is characterized in that: the curved groove bottom surface of six station turnplates (14) is inclined-plane.
7. tubing automatic cover sleeving machine according to claim 6, is characterized in that: the horizontal level that plate (16) dredged by tubing is concordant with the least significant end of six station turnplates (14) curved groove bottom surface.
8. tubing automatic cover sleeving machine according to claim 1, is characterized in that: finished product conveying guided plate (17) is obliquely installed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520965683.4U CN205147764U (en) | 2015-11-26 | 2015-11-26 | Automatic upper shield machine of tubular product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520965683.4U CN205147764U (en) | 2015-11-26 | 2015-11-26 | Automatic upper shield machine of tubular product |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205147764U true CN205147764U (en) | 2016-04-13 |
Family
ID=55683503
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520965683.4U Withdrawn - After Issue CN205147764U (en) | 2015-11-26 | 2015-11-26 | Automatic upper shield machine of tubular product |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205147764U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345435A (en) * | 2015-11-26 | 2016-02-24 | 东北大学 | Automatic tube cap covering machine |
| CN107838662A (en) * | 2017-10-23 | 2018-03-27 | 宏诺威智能装备（昆山）有限公司 | One kind is in line pipe capping machine |
| CN111153001A (en) * | 2020-01-22 | 2020-05-15 | 张家港市圣鼎源制管有限公司 | Steel pipe end-sealing device and using method |
-
2015
- 2015-11-26 CN CN201520965683.4U patent/CN205147764U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105345435A (en) * | 2015-11-26 | 2016-02-24 | 东北大学 | Automatic tube cap covering machine |
| CN107838662A (en) * | 2017-10-23 | 2018-03-27 | 宏诺威智能装备（昆山）有限公司 | One kind is in line pipe capping machine |
| CN111153001A (en) * | 2020-01-22 | 2020-05-15 | 张家港市圣鼎源制管有限公司 | Steel pipe end-sealing device and using method |
| CN111153001B (en) * | 2020-01-22 | 2024-02-02 | 张家港市圣鼎源制管有限公司 | Steel pipe end sealing device and use method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160413 Effective date of abandoning: 20180206 |