CN203470733U - Heat exchanger finned tube manufacturing machine - Google Patents
Heat exchanger finned tube manufacturing machine Download PDFInfo
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- CN203470733U CN203470733U CN201320557674.2U CN201320557674U CN203470733U CN 203470733 U CN203470733 U CN 203470733U CN 201320557674 U CN201320557674 U CN 201320557674U CN 203470733 U CN203470733 U CN 203470733U
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- heat exchanger
- frame
- roller
- guide wheel
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Abstract
The utility model discloses a heat exchanger finned tube manufacturing machine which comprises a material conveying device, a heat exchanger finned tube connecting device and an output device. The material conveying device is located behind the heat exchanger finned tube connecting device, and the output device is located in front of the heat exchanger finned tube connecting device. A drive motor is fixed on the rack, a rotating disc is fixed on the output shaft of the drive motor, the rotating disc is located on the front portion above a top plate of the rack, a supporting frame is fixed on the top plate of the rack, a long tube is fixed on the top of the supporting frame, the long tube is located behind the rotating disc, the front end face of the long tube is close to the outer side edge of the rotating disc, a clearance is reserved between the front end face of the long tube and the outer side edge of the rotating disc, a fin guide device is fixed on the top plate, beside the rotating disc, of the rack, and a central fin clamping channel of the fin guide device is perpendicular to the long tube and is close to the outer wall of the rotating disc. The heat exchanger finned tube manufacturing machine enables fin bands to be wound on the outer walls of tubes with various diameters to form finned tubes, production efficiency is high, and processing cost is low.
Description
Technical field:
The utility model relates to heat exchanger equipment technical field, relates in particular a kind of heat exchanger fin tube producer.
Background technology:
Existing finned tube is generally to adopt fin to pack in advance, and then the mode of tube is processed, and this mode working (machining) efficiency is high, but equipment investment operating cost is high.And the steel pipe pipe with wound fin heat exchanger having had at present, generally can only be wrapped on the pipe that is greater than 9.52mm, and for being less than the processing mode that is wound around fin on the pipe of 6mm, majority cannot be implemented, the fin band of some windings particularly, the type that the width of its fin band is greater than materials in the tube radius is difficult to processing more, has so just limited the application around heat exchange of heat pipe.Therefore need now a kind of can be to being less than the process equipment that is wound around fin on the pipe of 6mm.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, a kind of heat exchanger fin tube producer is provided, on the outer wall of the materials in the tube of it not only can adopt fin band continuous winding automatically general Large Diameter Pipeline to existing equipment, form finned tube, and its fin band continuous winding that width can also be greater than to materials in the tube radius is less than to caliber on the outer wall of pipe with small pipe diameter materials in the tube of 6mm and forms finned tube, its production efficiency is high, and processing cost is low.
The scheme that the utility model solve the technical problem is:
A heat exchanger fin tube producer, comprises material conveying device, heat exchanger fin pipe connection and output device, and material conveying device is at heat exchanger fin pipe connection rear, and output device is in the place ahead of heat exchanger fin pipe connection;
Described heat exchanger fin pipe connection structure is, in frame, be fixed with drive motors, on the output shaft of drive motors, be fixed with rolling disc, the front portion of rolling disc above the top board of frame, on the top board of frame, be fixed with bracing frame, bracing frame top is fixed with long tube, long tube is at rolling disc rear, the front end face of long tube and the outer side edges of rolling disc mutually near and there is gap, on the top board of frame, be fixed with the second bracing frame, the second bracing frame is at the rear of bracing frame, the second long tube that the second bracing frame top is fixed with is corresponding with before and after the central through-hole of long tube, on the top board of the frame that rolling disc is other, be fixed with fin guider, the center fin clamping passage of fin guider is vertical with long tube, mutually close with the outer wall of rolling disc, the right side of fin guider is provided with at least one roller group, on the top board of frame, be also provided with a plurality of guide wheel group.
Described material conveying device structure is, material rack is located at the rear of frame, the rear of material rack is provided with coiler device, coiler device structure is to be fixed with winder on the output shaft of coiling motor, in material rack, be provided with gathering sill, the guide wheel group at the rear that gathering sill front end is provided with the top board of frame is relative, and the rear end of gathering sill is corresponding with the winder of coiler device; , the top of material rack is fixed with materials in the tube and puts thing piece, and materials in the tube are put on thing piece and are formed long through groove, and the front end of long through groove is over against the rear end of the second long tube of the second bracing frame.
Described output device structure is, on output frame, be fixed with output motor, the two ends of live-rollers and live-roller are all hinged on the output left side of frame and the crossbeam on right side, on live-rollers, be fixed with drive, on the output shaft of output motor, be fixed with output wheel, output wheel and drive are stretched on belt, and live-rollers and live-roller are stretched on driving belt.
The circular edges portion of the upper plane of described rolling disc forms the annular ring raising up, the front portion of rolling disc downwards, rear portion upwards, it,, horizontal by 15 ° to 30 ° angles, is fixed with rubber blanket on the lateral wall of rolling disc.
Described fin guider is comprised of left fixture block and right fixture block, left fixture block is identical with right fixture block structure to be formed by fixed part and the clamping part being molded on fixed part, forms fin clamping passage in center between the madial wall of the fixed part of left fixture block and the madial wall of the fixed part of right fixture block.
Described roller group comprises left roller and right roller, and left roller and right roller are all hinged on the top board of frame by jointed shaft, forms many vertical elongated slots on the lateral wall of left roller and right roller.
Hinged three guide wheel group on the top board of described frame, a guide wheel group is on the right side of roller group, and another two guide wheel group are at the rear of roller group; Guide wheel group comprises left guide wheel and right guide wheel, and left guide wheel is hinged on by jointed shaft on the top board of frame, and right guide wheel is hinged on by jointed shaft on one end of guide wheel fixed block, and the other end of guide wheel fixed block is bolted to connection on the top board of frame;
On the sidewall of left guide wheel, form annular groove, on the sidewall of right guide wheel, form annular protrusion, annular protrusion sleeve is in annular groove.
The below of the upper support bar of described material rack is fixed with gathering sill, front guide roller group and rear guide roller group, front guide roller group is on the anterior supporting leg of material rack, rear guide roller group is on the supporting leg at the rear portion of material rack, the front end of gathering sill is corresponding with front guide roller group, the rear end of gathering sill is corresponding with rear guide roller group, front guide roller group is identical with rear guide roller group structure to be formed by upper pressure roller and lower compression roller, the two ends of upper pressure roller and lower compression roller are all hinged on left plate and right plate, the right plate of rear guide roller group is fixed on supporting leg, the left plate of front guide roller group and the end of right plate are fixed on supporting leg, the upper pressure roller of front guide roller group and the central axis of lower compression roller are vertical with horizontal plane, the upper pressure roller of rear guide roller group and the central axis of lower compression roller are parallel with horizontal plane.
Outstanding effect of the present utility model is:
Compared with prior art, on the outer wall of the materials in the tube of it not only can adopt fin band continuous winding automatically general Large Diameter Pipeline to existing equipment, form finned tube, and its fin band continuous winding that width can also be greater than to materials in the tube radius is less than to caliber on the outer wall of pipe with small pipe diameter materials in the tube of 6mm and forms finned tube, its production efficiency is high, and processing cost is low.
Accompanying drawing explanation:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of output device of the present utility model;
Fig. 3 is the structural representation of rolling disc of the present utility model and frame;
Fig. 4 is the partial structurtes schematic diagram of material conveying device of the present utility model;
Fig. 5 is the structural representation of roller group of the present utility model;
Fig. 6 is the structural representation of guide wheel group of the present utility model;
Fig. 7 is the structural representation of fin guider of the present utility model;
Fig. 8 is the structural representation that front guide roller group of the present utility model is fixed on supporting leg;
Fig. 9 is the structural representation that rear guide roller group of the present utility model is fixed on supporting leg;
Figure 10 is the partial enlarged drawing of Fig. 1.
The specific embodiment:
Embodiment, see as shown in Fig. 1 to 10, a kind of heat exchanger fin tube producer, comprise material conveying device 100, heat exchanger fin pipe connection 20 and output device 30, material conveying device 10 is at heat exchanger fin pipe connection 20 rears, and output device 30 is in the place ahead of heat exchanger fin pipe connection 20;
Described heat exchanger fin pipe connection 20 structures are, in frame 21, be fixed with drive motors 22, on the output shaft of drive motors 22, be fixed with rolling disc 23, the front portion of rolling disc 23 above the top board of frame 21, on the top board of frame 21, be fixed with bracing frame 24, bracing frame 24 tops are fixed with long tube 25, long tube 25 is at rolling disc 23 rears, the outer side edges of the front end face of long tube 25 and rolling disc 23 mutually near and there is gap 26, on the top board of frame 21, be fixed with the second bracing frame 27, the second bracing frame 27 is at the rear of bracing frame 24, the second long tube 28 that the second bracing frame 27 tops are fixed with is corresponding with before and after the central through-hole of long tube 25, on the top board of the frame 21 that rolling disc 23 is other, be fixed with fin guider 29, fin guider 29 center fin clamping passage 291 is vertical with long tube 25, mutually close with the outer wall of rolling disc 23, the right side of fin guider 29 is provided with at least one roller group 1, on the top board of frame 21, be also provided with a plurality of guide wheel group 2.
Described material conveying device 100 structures are, material rack 10 is located at the rear of frame 21, the rear of material rack 10 is provided with coiler device 11, coiler device 11 structures are to be fixed with winder 13 on the output shaft of coiling motor 12, in material rack 10, be provided with gathering sill 14, the guide wheel group 2 at the rear that gathering sill 14 front ends are provided with the top board of frame 21 is relative, and the rear end of gathering sill 14 is corresponding with the winder 13 of coiler device 11; The top of material rack 10 is fixed with materials in the tube and puts thing piece 15, and materials in the tube are put on thing piece 15 and formed long through groove 151, and the front end of long through groove 151 is over against the rear end of the second long tube 28 of the second bracing frame 27.
Described output device 30 structures are, on output frame 31, be fixed with output motor 32, the two ends of live-rollers 33 and live-roller 34 are all hinged on the output left side of frame 31 and the crossbeam on right side, on live-rollers 33, be fixed with drive 331, on the output shaft of output motor 32, be fixed with output wheel 321, output wheel 321 is stretched on belt 35 with drive 331, and live-rollers 33 is stretched on driving belt 36 with live-roller 34.
The circular edges portion of the upper plane of described rolling disc 23 forms the annular ring 231 raising up, the front portion of rolling disc 23 downwards, rear portion upwards, it,, horizontal by 15 ° to 30 ° angles, is fixed with rubber blanket 232 on the lateral wall of rolling disc 23.
Described fin guider 29 is comprised of left fixture block 292 and right fixture block 293, left fixture block 292 is identical with right fixture block 293 structures to be formed by fixed part 2911 and the clamping part 2912 being molded on fixed part 2911, forms fin clamping passage 291 in center between the madial wall of the fixed part 2911 of left fixture block 292 and the madial wall of the fixed part 2911 of right fixture block 293.
Described roller group 1 comprises left roller 3 and right roller 4, and left roller 3 and right roller 4 are all hinged on the top board of frame 21 by jointed shaft, forms many vertical elongated slots 5 on the lateral wall of left roller 3 and right roller 4.
On the top board of described frame 21,2, one guide wheel group 2 of hinged three guide wheel group are on the right side of roller group 1, and another two guide wheel group 2 are at the rear of roller group 1, guide wheel group 2 comprises left guide wheel 6 and right guide wheel 7, left guide wheel 6 is hinged on the top board of frame 21 by jointed shaft, right guide wheel 7 is hinged on one end of guide wheel fixed block 8 by jointed shaft, the other end of guide wheel fixed block 8 is bolted to connection on the top board of frame 21, on the sidewall of left guide wheel 6, form annular groove 61, on the sidewall of right guide wheel 7, form annular protrusion 71, annular protrusion 61 sleeves are in annular groove 71, after bolt is unscrewed, can rotate like this guide wheel fixed block 8 and regulate the spacing of the sidewall of annular groove 61 of left guide wheel 6 and the sidewall of the annular protrusion 71 of right guide wheel 7, meet production requirement.
The below of the upper support bar 101 of described material rack 10 is fixed with gathering sill 14, front guide roller group 16 and rear guide roller group 17, front guide roller group 16 is on the anterior supporting leg 102 of material rack 10, rear guide roller group 17 is on the supporting leg 102 at the rear portion of material rack 10, the front end of gathering sill 14 is corresponding with front guide roller group 16, the rear end of gathering sill 14 is corresponding with rear guide roller group 17, front guide roller group 16 is identical with rear guide roller group 17 structures to be formed by upper pressure roller 161 and lower compression roller 162, the two ends of upper pressure roller 161 and lower compression roller 162 are all hinged on left plate 163 and right plate 164, the right plate 164 of rear guide roller group 17 is fixed on supporting leg 102, the left plate 163 of front guide roller group 16 and the end of right plate 164 are fixed on supporting leg 102, the upper pressure roller 161 of front guide roller group 16 is vertical with horizontal plane with the central axis of lower compression roller 162, the upper pressure roller 161 of rear guide roller group 17 is parallel with horizontal plane with the central axis of lower compression roller 162.
Operation principle: first the fin band 200 that is coiled into drum is arranged in the winder 13 of material conveying device 100, many materials in the tube 300 are placed into materials in the tube and put in the long through groove 151 of thing piece 15, then the end of fin band 200 is pulled out along with between the upper pressure roller 161 of rear guide roller group 17 and lower compression roller 162 through passing between the upper pressure roller 161 of guide roller group 16 before wanting along gathering sill 14 and lower compression roller 162, this process makes the fin band 200 parallel with horizontal plane originally change into the state vertical with horizontal plane, enter again in guide wheel group 2 and form between the sidewall of the annular protrusion 71 forming on the sidewall of annular groove 61 and the sidewall of right guide wheel 7 through on the sidewall of left guide wheel 6, after three groups of guide wheel group 2, between left roller 3 and right roller 4, pass, on lateral wall due to left roller 3 and right roller 4, form many vertical elongated slots 5, while passing through between fin band 200 is by left roller 3 and right roller 4 like this, fin band 200 is clamped between left roller 3 and right roller 4, vertically elongated slot 5 is pressed against on fin band 200 and makes fin band 200 form fold, and then passed through by fin guider 29 center fin clamping passage 291, arrive the front end face of long tube 25 and the outer side edges of rolling disc 23 close and there are 26 places, gap mutually.
And being placed on materials in the tube, materials in the tube 300 put in the long through groove 151 of thing piece 15, wherein materials in the tube 300 pull out, end is wherein stretched in the second long tube 28 and long tube 25 successively, and pass, the circular edges portion that makes materials in the tube 300 be pressed against the upper plane of rolling disc 23 forms on the annular ring 231 raising up, by just now pulling out in the end of the fin band 200 at 26 places, gap, on the rubber blanket 232 in some outer side edges that is pressed against rolling disc 23, (rubber blanket 232 was that protection fin band 200 forms friction with the outer wall of rolling disc 23 again, guarantee the quality of fin band 200, improve the quality of products), by spot welding, its end is welded on the outer wall of materials in the tube 300, then start drive motors 22, rolling disc 23 is rotated, along with rolling disc 23 rotates, and the front portion of rolling disc 23 is downward, rear portion upwards, it is horizontal by 15 ° to 30 ° angles, so just driven and pressed revolving the moving forward of superincumbent materials in the tube 300, and fin band 200 is to coil in the shape of a spiral with the sidewall of materials in the tube 300, also just along with materials in the tube 300 revolving moving forward, be wound in materials in the tube 300, guide wheel group 2 on it and roller group 1 are pulled by fin band 200 and rotate, thereby constantly by fin band 200 feeding forward, materials in the tube 300 enter on the driving belt 36 of output device 30 in moving forward, driving belt 36 drives by live-rollers 33, live-rollers 33 is driven by belt 35 by output motor 32, complete finned tube manufacture.
The caliber of this manufacture employing materials in the tube 300 can be for being less than the tubule of 6mm, and the width of the fin band 200 of employing is greater than the radius of materials in the tube 300.
Claims (8)
1. a heat exchanger fin tube producer, it is characterized in that: comprise material conveying device (100), heat exchanger fin pipe connection (20) and output device (30), material conveying device (10) is at heat exchanger fin pipe connection (20) rear, and output device (30) is in the place ahead of heat exchanger fin pipe connection (20);
Described heat exchanger fin pipe connection (20) structure is, in frame (21), be fixed with drive motors (22), on the output shaft of drive motors (22), be fixed with rolling disc (23), rolling disc (23) is in the front portion of the top of the top board of frame (21), on the top board of frame (21), be fixed with bracing frame (24), bracing frame (24) top is fixed with long tube (25), long tube (25) is at rolling disc (23) rear, the outer side edges of the front end face of long tube (25) and rolling disc (23) mutually near and there is gap (26), on the top board of frame (21), be fixed with the second bracing frame (27), the second bracing frame (27) is at the rear of bracing frame (24), the second long tube (28) that the second bracing frame (27) top is fixed with is corresponding with before and after the central through-hole of long tube (25), on the top board of the frame (21) that rolling disc (23) is other, be fixed with fin guider (29), the center fin clamping passage (291) of fin guider (29) is vertical with long tube (25), mutually close with the outer wall of rolling disc (23), the right side of fin guider (29) is provided with at least one roller group (1), on the top board of frame (21), be also provided with a plurality of guide wheel group (2).
2. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: described material conveying device (100) structure is, material rack (10) is located at the rear of frame (21), the rear of material rack (10) is provided with coiler device (11), coiler device (11) structure is to be fixed with winder (13) on the output shaft of coiling motor (12), in material rack (10), be provided with gathering sill (14), the guide wheel group (2) at the rear that gathering sill (14) front end is provided with the top board of frame (21) is relative, the rear end of gathering sill (14) is corresponding with the winder (13) of coiler device (11), the top of material rack (10) is fixed with materials in the tube and puts thing piece (15), and materials in the tube are put on thing piece (15) and formed long through groove (151), and the front end of long through groove (151) is over against the rear end of second long tube (28) of the second bracing frame (27).
3. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: described output device (30) structure is, on output frame (31), be fixed with output motor (32), the two ends of live-rollers (33) and live-roller (34) are all hinged on the left side of output frame (31) and the crossbeam on right side, on live-rollers (33), be fixed with drive (331), on the output shaft of output motor (32), be fixed with output wheel (321), output wheel (321) is stretched on belt (35) with drive (331), live-rollers (33) is stretched on driving belt (36) with live-roller (34).
4. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: the circular edges portion of the upper plane of described rolling disc (23) forms the annular ring (231) raising up, the front portion of rolling disc (23) downwards, rear portion upwards, it,, horizontal by 15 ° to 30 ° angles, is fixed with rubber blanket (232) on the lateral wall of rolling disc (23).
5. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: described fin guider (29) is comprised of left fixture block (292) and right fixture block (293), left fixture block (292) is identical with right fixture block (293) structure by fixed part (2911) be molded over clamping part (2912) on fixed part (2911) and form, and forms fin clamping passage (291) in center between the madial wall of the fixed part (2911) of left fixture block (292) and the madial wall of the fixed part (2911) of right fixture block (293).
6. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: described roller group (1) comprises left roller (3) and right roller (4), left roller (3) and right roller (4) are all hinged on the top board of frame (21) by jointed shaft, on the lateral wall of left roller (3) and right roller (4), form many vertical elongated slots (5).
7. a kind of heat exchanger fin tube producer according to claim 1, it is characterized in that: hinged three guide wheel group (2) on the top board of described frame (21), a guide wheel group (2) is on the right side of roller group (1), and another two guide wheel group (2) are at the rear of roller group (1); Guide wheel group (2) comprises left guide wheel (6) and right guide wheel (7), left guide wheel (6) is hinged on the top board of frame (21) by jointed shaft, right guide wheel (7) is hinged on by jointed shaft on one end of guide wheel fixed block (8), and the other end of guide wheel fixed block (8) is bolted to connection on the top board of frame (21);
On the sidewall of left guide wheel (6), form annular groove (61), form annular protrusion (71) on the sidewall of right guide wheel (7), annular protrusion (61) sleeve is in annular groove (71).
8. a kind of heat exchanger fin tube producer according to claim 2, it is characterized in that: the below of the upper support bar (101) of described material rack (10) is fixed with gathering sill (14), front guide roller group (16) and rear guide roller group (17), front guide roller group (16) is on the anterior supporting leg (102) of material rack (10), rear guide roller group (17) is on the supporting leg (102) at the rear portion of material rack (10), the front end of gathering sill (14) is corresponding with front guide roller group (16), the rear end of gathering sill (14) is corresponding with rear guide roller group (17), front guide roller group (16) is identical with rear guide roller group (17) structure to be formed by upper pressure roller (161) and lower compression roller (162), the two ends of upper pressure roller (161) and lower compression roller (162) are all hinged on left plate (163) and right plate (164), the right plate (164) of rear guide roller group (17) is fixed on supporting leg (102), the left plate (163) of front guide roller group (16) and the end of right plate (164) are fixed on supporting leg (102), the upper pressure roller (161) of front guide roller group (16) is vertical with horizontal plane with the central axis of lower compression roller (162), the upper pressure roller (161) of rear guide roller group (17) is parallel with horizontal plane with the central axis of lower compression roller (162).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320557674.2U CN203470733U (en) | 2013-09-09 | 2013-09-09 | Heat exchanger finned tube manufacturing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320557674.2U CN203470733U (en) | 2013-09-09 | 2013-09-09 | Heat exchanger finned tube manufacturing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203470733U true CN203470733U (en) | 2014-03-12 |
Family
ID=50219146
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320557674.2U Expired - Lifetime CN203470733U (en) | 2013-09-09 | 2013-09-09 | Heat exchanger finned tube manufacturing machine |
Country Status (1)
| Country | Link |
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| CN (1) | CN203470733U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478617A (en) * | 2016-01-13 | 2016-04-13 | 浙江同星制冷有限公司 | Twisting and pressing device for one-pipe type efficient heat exchanger |
| CN107671693A (en) * | 2017-11-16 | 2018-02-09 | 张孝春 | A kind of pipe bend pipe polishing machine |
-
2013
- 2013-09-09 CN CN201320557674.2U patent/CN203470733U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105478617A (en) * | 2016-01-13 | 2016-04-13 | 浙江同星制冷有限公司 | Twisting and pressing device for one-pipe type efficient heat exchanger |
| CN105478617B (en) * | 2016-01-13 | 2017-06-20 | 浙江同星制冷有限公司 | A kind of pipe-type high-efficiency heat exchanger twist and warping hold-down gear |
| CN107671693A (en) * | 2017-11-16 | 2018-02-09 | 张孝春 | A kind of pipe bend pipe polishing machine |
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Address after: 312500 Xinchang Avenue East Road, Xinchang County, Shaoxing, Zhejiang Province, No. 889 Patentee after: ZHEJIANG TONGXING TECHNOLOGY Co.,Ltd. Address before: 312500 No. 889 Xinchang Avenue, Xinchang Industrial Park, Shaoxing, Zhejiang Patentee before: ZHEJIANG TWINSTAR REFRIGERATION Co.,Ltd. |
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| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20140312 |