The shutter milling train
Technical field
The utility model relates to a kind of equipment of the manufacturing condenser in air-conditioning, refrigerator manufacturing, especially relates to a kind of shutter milling train.
Background technology
at present, when producing condenser in factory, if what the fin of condenser adopted is that the monoblock iron sheet covers on condenser pipe, at this moment for convenient heat radiation, the capital is rolling concavo-convex on iron sheet, with increasing heat radiation area, hole slot is offered in the meeting that also has on iron plate, convenient inner heat Quick diffusing, yet this compacting is concavo-convex or the condenser of fluting does not have special machine to produce, only have by milling train feeding manually and complete, operating personnel's feeding accurately meeting causes the concavo-convex or groove unshapeliness on iron sheet, might cause that the heat radiation of a certain position is very fast and another position heat radiation is slower, inhomogeneous its use that affects causes dispelling the heat, and it is not attractive in appearance.
Summary of the invention
Technical problem to be solved in the utility model be to provide a kind of can automatic feed automatic rolling and rolling uniform shutter milling train.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of shutter milling train, comprise rolling-mill housing, the side of the table top of described rolling-mill housing is provided with transmission case, a side at rolling machine pallet upper gear box is provided with roll row's mill assembly and is driven by transmission case, the transmission case outside is provided with primary shaft belt pulley, primary shaft belt pulley is connected by the reducer of turbodrill of belt bottom rolling-mill housing, and reducer of turbodrill is connected with buncher; At least two of described roll row mill assemblies are provided with shearing device in the rear end of advancing of transmission case, are provided with leading truck at the front end of transmission case.
Further concrete, described transmission case comprises transmission case body, is provided with main shaft in the middle of transmission case body, main shaft is connected with primary shaft belt pulley, be equipped with power transmission shaft in main shaft both sides, be equipped with bridge shaft between every two power transmission shafts, all connect by travelling gear at main shaft, power transmission shaft and bridge shaft.
Further concrete, described roll row mill assembly comprises row mill body, is provided with roll shaft and lower roller shaft in the inside of row mill body, and upper roll shaft is provided with top roll, and lower roller shaft is provided with lower roll, is connected by shaft coupling between lower roller shaft and power transmission shaft.
Further concrete, it is 6 that described roll is arranged the mill assembly.
The beneficial effects of the utility model are: after having adopted said structure, milling train can automatic feed, reduces workman's quantity, reduce the cost that dispatches from the factory of product, arranging the mill assembly by roll can be rolled easily, and rolling even, further makes the heat radiation of condenser pipe even and attractive in appearance.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of the utility model transmission case;
Fig. 3 is the structural representation that the utility model roll is arranged the mill assembly.
In figure: 1, rolling-mill housing; 2, leading truck; 3, transmission case; 4, roll row mill assembly; 5, main shaft; 6, primary shaft belt pulley; 7, shearing device; 8, belt; 9, reducer of turbodrill; 10, buncher; 3-1, transmission case body; 3-2, power transmission shaft; 3-3, bridge shaft; 3-4,4-5, travelling gear; 4-1, row's mill body; 4-2, lower roller shaft; 4-3, upper roll shaft; 4-4, top roll; 4-6, shaft coupling; 4-7, lower roll.
The specific embodiment
A kind of shutter milling train as shown in Figure 1, comprise rolling-mill housing 1, the side of the table top of described rolling-mill housing 1 is provided with transmission case 3, be provided with roll row mill assembly 4 and driven by transmission case 3 in a side of 1 upper gear box 3 of rolling-mill housing, transmission case 3 outsides are provided with primary shaft belt pulley 6, primary shaft belt pulley 6 is connected with the reducer of turbodrill 9 of rolling-mill housing 1 bottom by belt 8, and reducer of turbodrill 9 is connected with buncher 10; Described roll row mill assembly 4 is 6, is provided with shearing device 7 in the rear end of advancing of transmission case 3, is provided with leading truck 2 at the front end of transmission case 3.
Transmission case 3 comprises transmission case body 3-1 as shown in Figure 2, be provided with main shaft 5 in the middle of transmission case body 3-1, main shaft 5 is connected with primary shaft belt pulley 6, be equipped with power transmission shaft 3-2 in main shaft 5 both sides, be equipped with bridge shaft 3-3 between every two power transmission shaft 3-2, all connect by travelling gear 3-4 at main shaft 5, power transmission shaft 3-2 and bridge shaft 3-3.
Roll row mill assembly 4 comprises row mill body 4-1 as shown in Figure 3, inside at row mill body 4-1 is provided with roll shaft 4-3 and lower roller shaft 4-2, upper roll shaft 4-3 is provided with top roll 4-4, lower roller shaft 4-2 is provided with lower roll 4-7, be provided with travelling gear 4-5 between lower roll 4-7 and top roll 4-4, be connected by shaft coupling 4-6 between lower roller shaft 4-2 and power transmission shaft 3-2.
When using, with needs rolling object be placed on leading truck 2, then enter roll row mill assembly 4 and be rolled, make object advance by the roll-force between top roll 4-4 and lower roll 4-7, after arranging mill assembly 4 by 6 rolls, then rolling success is cut off by shearing device 7.Buncher 10 rotates and drives reducer of turbodrill 9 rotations, and reducer of turbodrill 9 drives mainshaft gears 6 by belt 8 and rotates, and mainshaft gear 6 drives main shaft 5 rotations, and main shaft 5 drives power transmission shaft 3-2 by travelling gear 3-4 and bridge shaft 3-3 rotates; Power transmission shaft 3-2 rotates by shaft coupling 4-6 and drives lower roller shaft 4-2 and lower roll 4-7 rotation, and lower roller shaft 4-2 rotates by roll shaft 4-3 in travelling gear 4-5 drive and top roll 4-4, forms roll-force between top roll 4-4 and lower roll 4-7.
It is emphasized that above is better implementation column of the present utility model, and every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment does.