CN205237529U - High -efficient car amortization catalyst converter production line - Google Patents
High -efficient car amortization catalyst converter production line Download PDFInfo
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- CN205237529U CN205237529U CN201520960815.4U CN201520960815U CN205237529U CN 205237529 U CN205237529 U CN 205237529U CN 201520960815 U CN201520960815 U CN 201520960815U CN 205237529 U CN205237529 U CN 205237529U
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Abstract
The utility model provides a high -efficient car amortization catalyst converter production line, relates to treating motor vehicle exhaust gases device fabrication technical field, and it includes cutting unloading system, matches pressure equipment system, welding inspection system and finished stock storage (13), cutting unloading system includes plate shearing machine (1), veneer reeling machine (2), three -roller roll forming machine (3), whole circular knitting machine (4), rolls up awl machine (5) and sheet metal forming machine (6), veneer reeling machine (2), three -roller roll forming machine (3), book awl machine (5) and sheet metal forming machine (6) are located the discharge end of plate shearing machine (1) respectively, whole circular knitting machine (4) are located the discharge end of roll forming machine (3), apolegamy pressure equipment system measures sorter (7), first pressure equipment machine (8) and second pressure equipment machine (9) by carrier diameter and constitutes, car amortization catalyst converter production line rationally distributed, the equipment acquisition cost is low, assembly efficiency is high, has fine practical value.
Description
Technical field
The utility model relates to vehicle exhaust treatment facility production technical field, is specifically related to a kind of efficient automobile noise reduction catalyst converter production line.
Background technology
Automobile is popular gradually, becomes the commodity of family, is no longer luxury goods once. Whole automobile industry is just in develop rapidly, but this has also caused a lot of new problems, and the discharge of automobile engine tail gas and engine noise are exactly wherein to compare distinct issues. In motor exhaust, main pollutant is CO, HC, NOX、CO2And SOF;
SCR diesel engine vent gas cleaning treatment system product, by tail gas is carried out to SCR processing, in reducing PM, greatly falls low NOx drainage, thereby realizes atmospheric environment protection. This technology and product are in America and Europe's evolution of existing upper ten year, and in Europe, most countries is selected the technology path of SCR as main flow; In the U.S., mainly select EGR+DOC+DPF technology path. SCR technology, at home also in the stage at the early-stage, came into effect tail gas clean-up treatment technology in 2008. Consider various factors, with the comparison of EGR+DOC+DPF technology path, adopting SCR technology should be the primary selection that meets China's actual conditions.
My company has developed a kind of automobile silencing catalyst converter based on SCR scheme catalysis technique, can meet up-to-date automobile exhaust emission standard and engine noise standard, produces in batches like this with regard to being badly in need of for the production of the production line of this noise reduction catalyst converter.
Utility model content
The purpose of this utility model is mainly in order to solve the problems of the technologies described above, and a kind of efficient automobile noise reduction catalyst converter production line is provided.
The utility model comprises cutting stock system, apolegamy press mounting system, Welding Testing system and warehouse for finished product, described cutting stock system comprises plate shearing machine, veneer reeling machine, triple roller rounding machine, rounding machine, volume cone machine and sheet stamping forming machine, described veneer reeling machine, triple roller rounding machine, volume cone machine and sheet stamping forming machine lay respectively at the discharge end of plate shearing machine, and described rounding machine is positioned at the discharge end of roll forming machine, and described apolegamy press mounting system is by carrier diameter measurement separator, the first pressing machine and the second pressing machine composition, described the first pressing machine comprises frame, base, workbench, one group of guide rod, gas pawl, a pair of cylinder, bracing frame, screw mandrel, motor, feed screw nut, pressure head, a pair of slide block slide rail set and connecting rod, base is positioned at frame bottom, on workbench, have guide rod installing hole and locating hole, workbench is positioned at base top, one group of guide rod passes respectively the guide rod installing hole of workbench, and two ends are connected with frame and base respectively, a pair of cylinder is arranged on respectively the both sides of base, and the output shaft of a pair of cylinder is connected with workbench bottom, bracing frame is arranged on frame top, on frame and bracing frame, be separately installed with ball bearing, motor is arranged on frame top, screw mandrel passes a pair of ball bearing and is connected with motor-driven, feed screw nut is threaded in one end of screw mandrel, feed screw nut bottom is provided with pressure head, a pair of slide block slide rail set is arranged in frame, connecting rod two ends are connected with the slide block of a pair of slide block slide rail set respectively, and connecting rod and feed screw nut are connected, described the first pressing machine and the second pressing machine are arranged side by side, and the feed end of the first pressing machine and the second pressing machine is positioned at the discharge end place of carrier diameter measurement separator, described Welding Testing system is by the first welding robot station, the second welding robot station and one group of manual welding, Welding Testing platform composition, described the first welding robot station and the second welding robot station are arranged side by side, and are positioned at the discharge end place of the second pressing machine, one group of manual welding, Welding Testing platform lays respectively at the discharge end place of the second welding robot station, and the entrance of warehouse for finished product is positioned at one group of manual welding, the exit of Welding Testing platform.
The utility model advantage is: automobile silencing catalyst converter described in the utility model Production Line Configured is reasonable, and equipment purchasing cost is low, and efficiency of assembling is high, has good practical value.
Brief description of the drawings
Fig. 1 is the utility model structural representation.
Fig. 2 is the first pressing machine structural representation.
Fig. 3 is the first pressing machine Working table structure schematic diagram.
Detailed description of the invention
As Fig. 1, 2, shown in 3, the utility model comprises cutting stock system, apolegamy press mounting system, Welding Testing system and warehouse for finished product 13, described cutting stock system comprises plate shearing machine 1, veneer reeling machine 2, triple roller rounding machine 3, rounding machine 4, volume cone machine 5 and sheet stamping forming machine 6, described veneer reeling machine 2, triple roller rounding machine 3, volume cone machine 5 and sheet stamping forming machine 6 lay respectively at the discharge end of plate shearing machine 1, and described rounding machine 4 is positioned at the discharge end of roll forming machine 3, and described apolegamy press mounting system is by carrier diameter measurement separator 7, the first pressing machine 8 and the second pressing machine 9 form, and described the first pressing machine 8 comprises frame 21, base 22, workbench 23, one group of guide rod 24, gas pawl 25, a pair of cylinder 26, bracing frame 27, screw mandrel 28, motor 29, feed screw nut 30, pressure head 31, a pair of slide block slide rail set 32 and connecting rod 33, base 22 is positioned at frame 21 bottoms, on workbench 23, have guide rod installing hole and locating hole, workbench 23 is positioned at base 22 tops, one group of guide rod 24 passes respectively the guide rod installing hole of workbench 23, and two ends are connected with frame 21 and base 22 respectively, a pair of cylinder 26 is arranged on respectively the both sides of base 22, and the output shaft of a pair of cylinder 26 is connected with workbench 23 bottoms, bracing frame 27 is arranged on frame 21 tops, on frame 21 and bracing frame 27, be separately installed with ball bearing, motor 29 is arranged on frame 21 tops, screw mandrel 28 passes a pair of ball bearing and is in transmission connection with motor 29, feed screw nut 30 is threaded in one end of screw mandrel 28, feed screw nut 30 bottoms are provided with pressure head 31, a pair of slide block slide rail set 32 is arranged in frame 21, connecting rod 33 two ends are connected with the slide block of a pair of slide block slide rail set 32 respectively, and connecting rod 33 is connected with feed screw nut 30, described the first pressing machine 8 and the second pressing machine 9 are arranged side by side, and the feed end of the first pressing machine 8 and the second pressing machine 9 is positioned at the discharge end place of carrier diameter measurement separator 7, described Welding Testing system is by the first welding robot station 10, the second welding robot station 11 and one group of manual welding, Welding Testing platform 12 forms, and described the first welding robot station 10 and the second welding robot station 11 are arranged side by side, and is positioned at the discharge end place of the second pressing machine 9, one group of manual welding, Welding Testing platform 12 lays respectively at the discharge end place of the second welding robot station 11, and the entrance of warehouse for finished product 13 is positioned at one group of manual welding, the exit of Welding Testing platform 12.
Working method and principle: former sheet material is undertaken after cutting by design specification through plate shearing machine, enter into respectively veneer reeling machine 2, triple roller rounding machine 3, in volume cone machine 5 and sheet stamping forming machine 69, complete forming step, again respectively to becoming the round cylindrical shell with becoming cone to carry out joint weld, cylinder is attached to the internal diameter size unification of carrying out full circle guarantee cylinder in rounding machine 4, the batch carrier of outsourcing is put into successively and in carrier diameter measurement separator 7, is carried out the upper poor of size, allowance below nominal size sorting, well-graded poor, allowance below nominal size carrier and cylinder are placed on respectively on the first pressing machine 8 and the second pressing machine 9 and press-fit, after press-fiting well, move to the welded and installed that the first welding robot station 10 and the second welding robot station 11 carry out other parts, after completing, weld assembly is moved to one group of manual welding, Welding Testing platform 12, the little associate member of manual welding, and the noise reduction catalyst converter having welded is carried out to size and outward appearance detection, qualified product is put in warehouse for finished product 13.
Claims (1)
1. an efficient automobile noise reduction catalyst converter production line, it is characterized in that it comprises cutting stock system, apolegamy press mounting system, Welding Testing system and warehouse for finished product (13), described cutting stock system comprises plate shearing machine (1), veneer reeling machine (2), triple roller rounding machine (3), rounding machine (4), volume cone machine (5) and sheet stamping forming machine (6), described veneer reeling machine (2), triple roller rounding machine (3), volume cone machine (5) and sheet stamping forming machine (6) lay respectively at the discharge end of plate shearing machine (1), described rounding machine (4) is positioned at the discharge end of roll forming machine (3), described apolegamy press mounting system is by carrier diameter measurement separator (7), the first pressing machine (8) and the second pressing machine (9) composition, described the first pressing machine (8) comprises frame (21), base (22), workbench (23), one group of guide rod (24), gas pawl (25), a pair of cylinder (26), bracing frame (27), screw mandrel (28), motor (29), feed screw nut (30), pressure head (31), a pair of slide block slide rail set (32) and connecting rod (33), base (22) is positioned at frame (21) bottom, workbench has guide rod installing hole and locating hole on (23), workbench (23) is positioned at base (22) top, one group of guide rod (24) passes respectively the guide rod installing hole of workbench (23), and two ends are connected with frame (21) and base (22) respectively, a pair of cylinder (26) is arranged on respectively the both sides of base (22), and the output shaft of a pair of cylinder (26) is connected with workbench (23) bottom, bracing frame (27) is arranged on frame (21) top, on frame (21) and bracing frame (27), be separately installed with ball bearing, motor (29) is arranged on frame (21) top, screw mandrel (28) passes a pair of ball bearing and is in transmission connection with motor (29), feed screw nut (30) is threaded in one end of screw mandrel (28), feed screw nut (30) bottom is provided with pressure head (31), a pair of slide block slide rail set (32) is arranged in frame (21), connecting rod (33) two ends are connected with the slide block of a pair of slide block slide rail set (32) respectively, and connecting rod (33) is connected with feed screw nut (30), described the first pressing machine (8) and the second pressing machine (9) are arranged side by side, and the feed end of the first pressing machine (8) and the second pressing machine (9) is positioned at the discharge end place of carrier diameter measurement separator (7), described Welding Testing system is by the first welding robot station (10), the second welding robot station (11) and one group of manual welding, Welding Testing platform (12) composition, described the first welding robot station (10) and the second welding robot station (11) are arranged side by side, and be positioned at the discharge end place of the second pressing machine (9), one group of manual welding, Welding Testing platform (12) lays respectively at the discharge end place of the second welding robot station (11), the entrance of warehouse for finished product (13) is positioned at one group of manual welding, the exit of Welding Testing platform (12).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520960815.4U CN205237529U (en) | 2015-11-28 | 2015-11-28 | High -efficient car amortization catalyst converter production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520960815.4U CN205237529U (en) | 2015-11-28 | 2015-11-28 | High -efficient car amortization catalyst converter production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205237529U true CN205237529U (en) | 2016-05-18 |
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ID=55936608
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520960815.4U Active CN205237529U (en) | 2015-11-28 | 2015-11-28 | High -efficient car amortization catalyst converter production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205237529U (en) |
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2015
- 2015-11-28 CN CN201520960815.4U patent/CN205237529U/en active Active
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220414 Address after: 430100 no.230, zhushanhu Avenue, Caidian District, Wuhan City, Hubei Province Patentee after: LOTUSFAIRY POWER TECHNOLOGIES Corp. Address before: 431821 Dehe science and Technology Park, Qujialing Management District, Jingmen City, Hubei Province Patentee before: HUBEI NONGGU ENVIRONMENT TECHNOLOGIES CO.,LTD. |
|
| TR01 | Transfer of patent right |