Wind power generation steel ball thermal treatment and quenching combined device
Technical field
The present invention relates to a kind of wind power generation steel ball thermal treatment and quenching combined device, comprise cooling pool, opening for feed and lifting mechanism, the top side of described cooling pool is connected with opening for feed, and the bottom is provided with lifting mechanism, is full of cooling fluid in the pond.
Background technology
Steel ball is widely used in each high precision product, and it needs to carry out quench cooled in process of production to improve ball hardness.Usually when being carried out quench cooled, adopt by steel ball some minutes flow faceplates to slow down the lowering speed of steel ball in cooling pool, when falling, steel ball frequently pounds on minute flow faceplate, cause the damage of steel ball surface, particularly for example the surface damage of wind power generation steel ball is particularly serious for the steel ball of large size, has influenced the follow-up processing treatment efficient and the performance of product.
Summary of the invention
The technical problem to be solved in the present invention provides a kind of steel ball surface damage and good wind power generation steel ball thermal treatment and quenching combined device of quenching effect avoided.
For solving the problems of the technologies described above, technical scheme of the present invention is: a kind of wind power generation steel ball thermal treatment and quenching combined device, comprise cooling pool, opening for feed and lifting mechanism, and the top side of described cooling pool is connected with opening for feed, the bottom is provided with lifting mechanism, is full of cooling fluid in the pond; Its innovative point is: be provided with the helical orbit that connects opening for feed and lifting mechanism in the described cooling pool; Described cooling pool one side is provided with the cooling fluid cooling-cycle device.
Further, described helical orbit is latticed.
Further, the structure of described cooling fluid cooling-cycle device is: a side of described cooling pool is provided with water pump, and the liquid-inlet pipe of described water pump all is connected with cooling pool with drain pipe, is serially connected with heat exchanger on the drain pipe of described water pump.
Further, the below of described helical orbit is evenly distributed with mouth spray, and described mouth spray is connected with the drain pipe of water pump.
The invention has the advantages that: along the helical orbit landing, area of dissipation is big in cooling pool for steel ball, clashes into for a short time, has avoided the impact damage of steel ball in dropping process, and has prolonged the duration of contact of steel ball and cooling fluid.Cooling pool one side connects the cooling fluid cooling-cycle device, and uniform distribution mouth spray below helical orbit makes to be evenly distributed in the cooling pool through overcooled cooling fluid simultaneously, has improved the quenching effect of steel ball.
Description of drawings
Fig. 1 is the structural representation of wind power generation steel ball thermal treatment and quenching combined device of the present invention.
Fig. 2 is the vertical view of wind power generation steel ball thermal treatment and quenching combined device of the present invention.
Embodiment
As shown in Figure 1, 2, comprise cooling pool 1, opening for feed 2, lifting mechanism 3, helical orbit 4, cooling fluid 5, water pump 6, liquid-inlet pipe 7, drain pipe 8, heat exchanger 9, mouth spray 10.
The top side of above-mentioned cooling pool 1 is connected with opening for feed 2, and the bottom is provided with lifting mechanism 3, is connected with helical orbit 4 between described opening for feed 2 and the lifting mechanism 3, is full of cooling fluid 5 in the pond.Steel ball enters helical orbit 4 in the cooling pool 1 by opening for feed 2, because the gradient of helical orbit 4 is less, and under the buoyancy of cooling fluid 5, steel ball glides with slower speed along helical orbit 4, the length of helical orbit 4 is longer simultaneously, therefore steel ball can contact heat radiation fully with cooling fluid 5 in the process of sliding, and realizes quenching, and the steel ball that falls into the bottom proposes cooling pool 1 by lifting mechanism 3 again.Simultaneously, helical orbit 4 is made latticed, can be increased the contact area of steel ball and cooling fluid 5, improve quenching effect.
Cooling pool 1 one sides are provided with the cooling fluid cooling-cycle device, concrete structure is: a side of cooling pool 1 is provided with water pump 6, the liquid-inlet pipe 7 of this water pump 6 and drain pipe 8 all are communicated with cooling pool 1, cooling fluid 5 in the cooling pool 1 sucks water pump 6 by liquid-inlet pipe 7, on the drain pipe of water pump, be serially connected with heat exchanger 9, be connected with continuous round-robin water coolant in this heat exchanger 9, cooling fluid 5 is carried out the heat exchange cooling with water coolant in heat exchanger 9, and passes back into cooling pool 1.
For cooled cooling fluid 5 can be evenly distributed in the cooling pool 1, the below of helical orbit 4 is evenly distributed with mouth spray 10, these mouth sprays 10 are connected with the drain pipe 8 of water pump 6, cooled cooling fluid 5 is distributed to rapidly in the cooling pool 1 by mouth spray 10, drive the circulation of whole pond internal cooling liquid 5, make heat to leave fast, guaranteed the effect of quenching.