CN105081130A - Automatic tube penetrating machine for stretching row fins of fin evaporator - Google Patents
Automatic tube penetrating machine for stretching row fins of fin evaporator Download PDFInfo
- Publication number
- CN105081130A CN105081130A CN201510600719.3A CN201510600719A CN105081130A CN 105081130 A CN105081130 A CN 105081130A CN 201510600719 A CN201510600719 A CN 201510600719A CN 105081130 A CN105081130 A CN 105081130A
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- aluminum pipe
- expander roll
- fin
- aluminum
- expansion rod
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Abstract
The invention discloses an automatic tube penetrating machine for stretching row fins of a fin evaporator. The automatic tube penetrating machine comprises a machine frame and a fin mould where the fins are arranged; a clamping block capable of movably clamping aluminum tubes is arranged at the front end of the fin mould, and an expansion rod clamping groove capable of pulling an expansion rod to move in an aluminum tube hole is formed in the rear end of the fin mould; an aluminum tube supporting wheel and an aluminum tube pressing wheel which rotate to drive the aluminum tubes to move are arranged behind the clamping block, and an expansion rod supporting wheel and an expansion rod pressing wheel which rotate to drive the expansion rod to move are arranged in front of the clamping block; and a first touch wheel which can sense passing of the expansion rod to control the expansion rod supporting wheel to rotate is arranged in front of the expansion rod supporting wheel, and a second touch wheel which can sense passing of the aluminum tubes to control the aluminum tube supporting rod to rotate is arranged behind the expansion rod pressing wheel. According to the automatic tube penetrating machine, the friction between the rotating aluminum tube supporting wheel and the aluminum tubes is utilized to drive the aluminum tubes to move to achieve automatic aluminum tube penetrating, and the friction between the rotating expansion rod supporting wheel and the expansion rod is utilized to drive the expansion rod to move to achieve automatic expansion rod penetrating, so that the automatic tube penetrating operation is achieved, the work efficiency is improved, and the labor intensity is reduced.
Description
Technical field
The present invention relates to a kind of evaporator fin and draw swollen screening automatic pipe lining machine.
Background technology
Evaporator fin is parts very important in the large part of refrigeration four, and condensation " liquid " body of low temperature, by evaporimeter, carries out heat exchange with the air in the external world, and " gas " changes heat absorption, reaches the effect of refrigeration.In evaporator fin production process, aluminum pipe is through behind the poling hole on fin, " expanding die " that be located in aluminum pipe inside by pull is drawn swollen and makes aluminum pipe together with fin compact siro spinning technology, aluminum pipe generally manually inserts in the poling hole of fin by artificial by this poling operation at present, one can only be inserted at every turn, firmly aluminum pipe need be held during the hand-held aluminum pipe poling of workman, so need wearing gloves, even so, still there is the risk that workman galls hand, and labour intensity is comparatively large, and easily industrial accident occurs.Simultaneously when poling, all the other four screening workmans are wait state, and there is the phenomenon of waste working time, operating efficiency is lower.
Summary of the invention
The technical problem to be solved in the present invention is: overcome the deficiency in prior art, provides a kind of and can reduce labour intensity, the evaporator fin of job safety of enhancing productivity, ensure draws swollen screening automatic pipe lining machine.
The technical solution adopted for the present invention to solve the technical problems is: a kind of evaporator fin draws swollen screening automatic pipe lining machine, aluminum pipe for end being fastened with conical guide member passes the poling hole that segmentation is arranged in the fin on fin die, expander roll is penetrated in aluminum pipe hole and draw swollen and realize aluminum pipe and fin is combined closely, comprise frame, be located at fin die frame being arranged with fin, described frame is positioned at the clamp that fin die leading section is provided with mobile clamping aluminum pipe, clamp rear is provided with the aluminum pipe support roller and aluminum pipe pinch roller that rotarily drive aluminum pipe movement, clamp front is provided with the expander roll support roller and expander roll pinch roller that rotarily drive expander roll movement, be positioned at expander roll support roller and expander roll pinch roller front and back are respectively equipped with: induction expander roll passes through and controls expander roll support roller and rotate, expander roll pinch roller moves down the first wheel trolley be pressed on expander roll, induction aluminum pipe passes through and controls the rotation of aluminum pipe support roller, aluminum pipe pinch roller moves down the second wheel trolley be pressed on aluminum pipe, be positioned at fin die rearward end to be provided with and to pull expander roll to move in aluminum pipe hole and realize the expander roll draw-in groove that aluminum pipe and fin combine closely.
For guaranteeing that aluminum pipe is accurately aimed at fin poling hole and conical guide member is firmly connected with aluminum pipe endoporus, the first described wheel trolley front is provided with aluminum pipe guide pad, aluminum pipe guide pad is fixed with convenient baffle plate conical guide member be anchored in aluminum pipe end hole.
Specifically, described clamp comprises the upper clamping block of movement, supports the lower clamp of aluminum pipe, and upper clamping block upper end is connected with promotion upper clamping block and moves down and clamp the clamping cylinder of aluminum pipe.
Further, described aluminum pipe pinch roller is connected with the aluminum pipe compression cylinder promoting aluminum pipe pinch roller and move down, expander roll pinch roller is connected with the expander roll compression cylinder promoting expander roll pinch roller and move down.
The first fork and the first inductive switch is provided with above the first described wheel trolley, first fork one end is connected with the first wheel trolley, the first fork other end is responded to the first inductive switch and is contacted, the second fork and the second inductive switch is provided with above second wheel trolley, second fork one end is connected with the second wheel trolley, and the second fork other end is responded to the second inductive switch and contacted.
Be provided with the alcohol nozzle spraying alcohol after aluminum pipe wears in aluminum pipe hole between described clamp and the second wheel trolley, with prelubrication aluminum pipe, facilitate expander roll to penetrate aluminum pipe endoporus.
For guaranteeing that fin arrangement is neat, prevent aluminum pipe at non-finned place offset direction, described frame side is provided with the cover plate rotating and be pressed on a whole set of fin, and the cover plate back side between every section of fin is provided with the adjustable cover of guiding aluminum pipe movement.
For realizing the automatic recovery of conical guide member and expander roll, be provided with the conical guide member after being terminated by poling below described frame, draw swollen end after expander roll be transmitted back to the recovery conveyer belt at frame front end place.
The invention has the beneficial effects as follows: the present invention adopts the frictional force between the aluminum pipe support roller of rotation and aluminum pipe to drive aluminum pipe to move and the frictional force realizing automatically wearing between aluminum pipe, the expander roll support roller of rotation and expander roll drives expander roll move and realize automatically wearing expander roll, thus achieve the automated job of poling, operating efficiency is significantly enhanced, also reduce labour intensity simultaneously, improve operational security.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is structural principle schematic diagram of the present invention.
Fig. 2 is the structural representation in A-A direction in Fig. 1.
In figure, under 1. clamp 1-1. upper clamping block 1-2., clamp 1-3. clamping cylinder 2. aluminum pipe support roller 3. aluminum pipe pinch roller 4. expander roll support roller 5. expander roll pinch roller 6. first wheel trolley 7. second wheel trolley 8. expander roll draw-in groove 9. aluminum pipe guide pad 10. baffle plate 11. aluminum pipe compression cylinder 12. expander roll compression cylinder 13. first fork 14. first inductive switch 15. second fork 16. second inductive switch 17. alcohol nozzle 18. cover plate 19. adjustable cover 20. reclaims conveyer belt 21. connecting plate 22. receiver 25. aluminum pipe 26. fin 27. expander roll 28. conical guide member
Detailed description of the invention
The present invention is further illustrated with preferred embodiment by reference to the accompanying drawings now.These accompanying drawings are the schematic diagram of simplification, only basic structure of the present invention are described in a schematic way, and therefore it only shows the formation relevant with the present invention.
A kind of evaporator fin as shown in Figure 1 and Figure 2 draws swollen screening automatic pipe lining machine, for the aluminum pipe 25 that end is fastened with conical guide member 28 through segmentation be arranged in the fin 26 on fin die poling hole, expander roll 27 penetrated in aluminum pipe 25 hole and draws swollen and realize aluminum pipe 25 and combine closely with fin 26.
Described automatic pipe lining machine comprises frame (not shown), is located at fin die (not shown) frame being arranged with fin 26, described frame is positioned at the clamp 1 that fin die leading section is provided with clamping aluminum pipe 25, described clamp 1 comprises the upper clamping block 1-1 of movement, supports the lower clamp 1-2 of aluminum pipe 25, and upper clamping block 1-1 upper end is connected with promotion upper clamping block 1-1 and moves down and clamp the clamping cylinder 1-3 of aluminum pipe 25.
Be positioned at clamp 1 rear and be provided with a set of aluminum pipe support roller 2 and aluminum pipe pinch roller 3, aluminum pipe support roller 2 has the groove of coupling aluminum pipe 25, wherein aluminum pipe support roller 2 lives aluminum pipe 25 in supported underneath, aluminum pipe pinch roller 3 is positioned at above aluminum pipe support roller 2, aluminum pipe pinch roller 3 is connected with aluminum pipe compression cylinder 11, when aluminum pipe support roller 2 rotates, aluminum pipe compression cylinder 11 promotes aluminum pipe pinch roller 3 and moves down and be pressed on aluminum pipe 25, is driven aluminum pipe 25 to move by the frictional force between the aluminum pipe support roller 2 that rotates and aluminum pipe 25 and is realized automatically wearing of aluminum pipe 25.
Be positioned at clamp 1 front and be provided with a set of expander roll support roller 4 and expander roll pinch roller 5, expander roll support roller 4 has the groove of coupling expander roll 27, wherein expander roll support roller 4 is at supported underneath expander roll 27, expander roll pinch roller 5 is positioned at above expander roll support roller 4, expander roll pinch roller 5 is connected with expander roll compression cylinder 12, when expander roll support roller 4 rotates, expander roll compression cylinder 12 promotes expander roll pinch roller 5 and moves down and be pressed on expander roll 27, drives expander roll 27 to move and realize automatically wearing expander roll 27 by the frictional force between the expander roll support roller 4 that rotates and expander roll 27.
The front being positioned at expander roll support roller 4 and expander roll pinch roller 5 is provided with: induction expander roll 27 passes through and controls that expander roll support roller 4 rotates, expander roll pinch roller 5 moves down the first wheel trolley 6 be pressed on expander roll 27, the first fork 13 and the first inductive switch 14 is provided with above the first described wheel trolley 6, first fork 13 one end is connected with the first wheel trolley 6, and first fork 13 other end is responded to the first inductive switch 14 and contacted.
The rear being positioned at expander roll support roller 4 and expander roll pinch roller 5 is provided with: induction aluminum pipe 25 passes through and controls that aluminum pipe support roller 2 rotates, aluminum pipe pinch roller 3 moves down the second wheel trolley 7 be pressed on aluminum pipe 25, the second fork 15 and the second inductive switch 16 is provided with above the second described wheel trolley 7, second fork 15 one end is connected with the second wheel trolley 7, and second fork 15 other end is responded to the second inductive switch 16 and contacted.
The first described wheel trolley 6 front is positioned at frame and is provided with aluminum pipe guide pad 9 in place foremost, when wearing aluminum pipe 25, aluminum pipe 25 passes through from the pilot hole of aluminum pipe guide pad 9, guarantee accurate aligning the in aluminum pipe 25 and fin 26 poling hole, aluminum pipe guide pad 9 is fixed with the convenient baffle plate 10 conical guide member 28 be anchored in aluminum pipe 25 end hole, is positioned at fin die rearward end and is provided with and pulls that expander roll 27 is mobile in aluminum pipe 25 hole to be drawn swollen and realize the expander roll draw-in groove 8 that aluminum pipe 25 combines closely with fin 26.
Be provided with the alcohol nozzle 17 spraying alcohol after aluminum pipe 25 wears in aluminum pipe 25 hole between described clamp 1 and the second wheel trolley 7, to lubricate aluminum pipe 25, facilitate wearing of expander roll 27.
As shown in Figure 2, described frame side is also provided with to rotate and is pressed over the cover plate 18 a whole set of fin 26 being guaranteed fin 26 marshalling, described cover plate is fixed on the hinged connecting plate in one end 21, promoted by cylinder and rotate, because spacing is larger between every section of fin 26, therefore be provided with the adjustable cover 19 of guiding aluminum pipe 25 movement at cover plate 18 back side, produce when non-finned 26 place moves to prevent aluminum pipe 25 and depart from.
Be provided with the conical guide member 28 after being terminated by poling below described frame, draw swollen end after expander roll 27 be transmitted back to the recovery conveyer belt 20 at frame front end place, reclaim the receiver 22 that conveyer belt 20 side is provided with the conical guide member 28 depositing loopback.
Workflow is summarized as follows: be arranged on fin die by fin 26, cover plate 18 rotates and is pressed on a whole set of fin 26, fin 26 marshalling during guarantee poling, facilitate poling, then wearing of aluminum pipe 25 and expander roll 27 is carried out, realize combining closely of aluminum pipe 25 and fin 26 finally by expander roll draw-in groove 8 pulls expander roll 27 to move in aluminum pipe 25 hole, complete and draw swollen operation.
Wherein, automatically aluminum pipe 25 process is worn: manually conical guide member 28 is arranged on aluminum pipe 25 front end, and the hand-held aluminum pipe 25 frontal impact baffle plate 10 installing conical guide member 28, conical guide member 28 is firmly connected with aluminum pipe 25 endoporus, then hand-held aluminum pipe 25 is worn to the poling hole on fin 26 through aluminum pipe guide pad 9, aluminum pipe 25 by time touch the first wheel trolley 6 and the second wheel trolley 7, now the first inductive switch 14 senses and to depart from the first fork 13, second inductive switch 16 senses and to depart from the second fork 15, then the first inductive switch 14 control expander roll support roller 4 start rotate, second inductive switch 16 controls aluminum pipe support roller 2 to start to rotate, aluminum pipe compression cylinder 11 promotes aluminum pipe pinch roller 3 and moves down and be pressed on aluminum pipe 25, the frictional force between aluminum pipe support roller 2 and aluminum pipe 25 rotated is utilized to drive aluminum pipe 25 move and realize automatically wearing aluminum pipe 25.Operator continue repetition before action, finally realize the operation of continuous print automatic tube-penetrating.After whole poling, aluminum pipe compression cylinder 11 drives aluminum pipe pinch roller 3 to rise return, and clamping cylinder 1-3 promotes upper clamping block 1-1 and moves down and clamp aluminum pipe 25, and alcohol nozzle 17 sprays alcohol in aluminum pipe 25 hole, can start to wear expander roll 27.
Automatically expander roll 27 process is worn: the hand-held expander roll 27 of operator pierces into aluminum pipe 25 endoporus, expander roll 27 touches the first wheel trolley 6 and the second wheel trolley 7, now the first inductive switch 14 senses and to depart from the first fork 13, second inductive switch 16 senses and to depart from the second fork 15, first inductive switch 14 controls expander roll support roller 4 to start to rotate, expander roll compression cylinder 12 promotes expander roll pinch roller 5 and moves down and be pressed on expander roll 27, drive expander roll 27 to move by the frictional force between the expander roll support roller 4 that rotates and expander roll 27 and realize automatically wearing expander roll 27, action before continuing to repeat, finally realize continuous print and automatically wear expander roll 27.Expander roll 27 is through behind position, expander roll 27 head, conical guide member 28 roof fall from aluminum pipe 25, drops on recovery conveyer belt 20, is delivered in the receiver 21 of frame head operation by recovery conveyer belt 20, make conical guide member 28 realize the automatic recovery, reuse fast.
Expander roll 27 is through behind position, and expander roll draw-in groove 8 pulls that expander roll 27 is mobile in aluminum pipe 25 hole to be drawn swollen and realize aluminum pipe 25 with fin 26 and combine closely, and completes and draws swollen operation.Draw after swollen operation completes, the expander roll 27 that expander roll draw-in groove 8 pulls shifts out outside aluminum pipe 25, and rollback, to reclaiming in conveyer belt 20, is delivered to the operation of frame head by recovery conveyer belt 20, makes expander roll 27 realize the automatic recovery, reuse fast.
Every platform draws and swollen screening automatic pipe lining machine can arrange at least two overlaps independently station; by two covers autonomous control system controlling run separately; and when wearing aluminum pipe 25 and expander roll 27, can Real-Time Monitoring feeding whether be obstructed, if be obstructed; aluminum pipe pinch roller 3 and expander roll pinch roller 5 lifting automatically; stop feeding, protection aluminum pipe 25 and expander roll 27 can not be impaired due to excessive friction, avoid scrapping of product; band inspection can restart feeding by reset key after fixing a breakdown.
The present invention adopts the frictional force between the aluminum pipe support roller 2 of rotation and aluminum pipe 25 to drive aluminum pipe 25 move and realize automatically wearing aluminum pipe 25, frictional force between the expander roll support roller 4 rotated and expander roll 27 drives expander roll 2727 move and realize automatically wearing expander roll 27, labor costs is only needed two second time to penetrate on aluminum pipe support roller 2 by aluminum pipe 25 head through aluminum pipe guide pad 9 during operation, thus achieve the automated job of poling, 0.5 meter per second is approximately owing to adopting the linear velocity of manual type poling, and the linear velocity of automatic tube-penetrating is 1 meter per second, therefore operating efficiency is significantly enhanced, also reduce labour intensity simultaneously, improve operational security.
Above-described embodiment is only for illustrating technical conceive of the present invention and feature; its object is to person skilled in the art can be understood content of the present invention and be implemented; can not limit the scope of the invention with this; all equivalences done according to Spirit Essence of the present invention change or modify, and all should be encompassed in protection scope of the present invention.
Claims (8)
1. an evaporator fin draws swollen screening automatic pipe lining machine, aluminum pipe (25) for end being fastened with conical guide member (28) to be arranged in the poling hole of the fin (26) on fin die through segmentation, expander roll (27) is penetrated in aluminum pipe (25) hole and draw swollen and realize aluminum pipe (25) and fin (26) and combine closely, comprise frame, be located at fin die frame being arranged with fin (26), it is characterized in that: described frame is positioned at the clamp (1) that fin die leading section is provided with mobile clamping aluminum pipe (25), clamp (1) rear is provided with the aluminum pipe support roller (2) and aluminum pipe pinch roller (3) that rotarily drive aluminum pipe (25) movement, clamp (1) front is provided with the expander roll support roller (4) and expander roll pinch roller (5) that rotarily drive expander roll (27) movement, be positioned at expander roll support roller (4) and expander roll pinch roller (5) front and back are respectively equipped with: induction expander roll (27) is passed through and controls expander roll support roller (4) and rotate, expander roll pinch roller (5) moves down the first wheel trolley (6) be pressed on expander roll (27), induction aluminum pipe (25) is passed through and controls aluminum pipe support roller (2) rotation, aluminum pipe pinch roller (3) moves down the second wheel trolley (7) be pressed on aluminum pipe (25), be positioned at fin die rearward end to be provided with and to pull expander roll (27) mobile and realize the expander roll draw-in groove (8) that aluminum pipe (25) combines closely with fin (26) in aluminum pipe (25) hole.
2. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: described the first wheel trolley (6) front is provided with aluminum pipe guide pad (9), aluminum pipe guide pad (9) is fixed with the convenient baffle plate (10) conical guide member (28) be anchored in aluminum pipe (25) end hole.
3. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: described clamp (1) comprises the upper clamping block (1-1) of movement, supports the lower clamp (1-2) of aluminum pipe (25), and upper clamping block (1-1) upper end is connected with promotion upper clamping block (1-1) and moves down and clamp the clamping cylinder (1-3) of aluminum pipe (25).
4. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: described aluminum pipe pinch roller (3) is connected with the aluminum pipe compression cylinder (11) promoting aluminum pipe pinch roller (3) and move down, expander roll pinch roller (5) is connected with the expander roll compression cylinder (12) promoting expander roll pinch roller (5) and move down.
5. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: described the first wheel trolley (6) top is provided with the first fork (13) and the first inductive switch (14), first fork (13) one end is connected with the first wheel trolley (6), first fork (13) other end is responded to the first inductive switch (14) and is contacted, second wheel trolley (7) top is provided with the second fork (15) and the second inductive switch (16), second fork (15) one end is connected with the second wheel trolley (7), second fork (15) other end is responded to the second inductive switch (16) and is contacted.
6. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: be provided with the alcohol nozzle (17) spraying alcohol after aluminum pipe (25) wears in aluminum pipe (25) hole between described clamp (1) and the second wheel trolley (7).
7. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: described frame side is provided with rotation and is pressed over the cover plate (18) a whole set of fin (26) being guaranteed fin (26) marshalling, cover plate (18) back side be positioned between every section of fin (26) is provided with the adjustable cover (19) of guiding aluminum pipe (25) movement.
8. evaporator fin according to claim 1 draws swollen screening automatic pipe lining machine, it is characterized in that: be provided with the conical guide member after being terminated by poling (28) below described frame, draw swollen end after expander roll (27) be transmitted back to the recovery conveyer belt (20) at frame front end place.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510600719.3A CN105081130A (en) | 2015-09-18 | 2015-09-18 | Automatic tube penetrating machine for stretching row fins of fin evaporator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510600719.3A CN105081130A (en) | 2015-09-18 | 2015-09-18 | Automatic tube penetrating machine for stretching row fins of fin evaporator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105081130A true CN105081130A (en) | 2015-11-25 |
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ID=54562979
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510600719.3A Pending CN105081130A (en) | 2015-09-18 | 2015-09-18 | Automatic tube penetrating machine for stretching row fins of fin evaporator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105081130A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108246916A (en) * | 2017-12-04 | 2018-07-06 | 林宇凯 | A kind of fin pipe lining device |
| CN110538866A (en) * | 2019-09-09 | 2019-12-06 | 南工大溧阳新材料研发中心有限公司 | Bimetal composite material production equipment |
| CN112361666A (en) * | 2020-11-18 | 2021-02-12 | 浙江康盛科工贸有限公司 | Staggered oblique-row internal-expansion type fin evaporator and forming method thereof |
| CN113680919A (en) * | 2021-08-12 | 2021-11-23 | 南通仓正机械有限公司 | Automatic expansion machine for small radiator |
-
2015
- 2015-09-18 CN CN201510600719.3A patent/CN105081130A/en active Pending
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108246916A (en) * | 2017-12-04 | 2018-07-06 | 林宇凯 | A kind of fin pipe lining device |
| CN108246916B (en) * | 2017-12-04 | 2023-12-22 | 林宇凯 | Fin poling device |
| CN110538866A (en) * | 2019-09-09 | 2019-12-06 | 南工大溧阳新材料研发中心有限公司 | Bimetal composite material production equipment |
| CN110538866B (en) * | 2019-09-09 | 2020-08-28 | 南工大溧阳新材料研发中心有限公司 | Bimetal composite material production equipment |
| CN112361666A (en) * | 2020-11-18 | 2021-02-12 | 浙江康盛科工贸有限公司 | Staggered oblique-row internal-expansion type fin evaporator and forming method thereof |
| CN113680919A (en) * | 2021-08-12 | 2021-11-23 | 南通仓正机械有限公司 | Automatic expansion machine for small radiator |
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Application publication date: 20151125 |