Blank is sent to the feed apparatus of core roller by ring forging when producing
The production of ring forging is the utility model is related to, blank is sent to sending for core roller when relating generally to a kind of ring forging production
At present, the production of ring forging is all that the blank of hole punch is placed on the core roller of machine for rolling ring, then on machine for rolling ring
Rolling forms, wherein the step for blank of hole punch is placed on core roller, is often come using driving or fixed mechanical arm
Complete.Lost time very much using traveling crane, and need more people to coordinate；Using fixed mechanical arm, it is smaller weight can only to be directed to
Utility model content
Problem to be solved in the utility model is：A kind of core for blank being placed on machine for rolling ring that can be quick, safe is provided
Feed apparatus on roller.
To solve the above-mentioned problems, the technical solution adopted in the utility model is：Blank is sent to core when ring forging produces
The feed apparatus of roller, including delivery track, its main feature is that：Delivery track includes tilting section and horizontal segment, and one end of tilting section is tight
Paste the lower anvil of hydraulic press and be connected with lower anvil with height, the other end of tilting section with horizontal segment, energy is provided with below delivery track
Support the supporting rack of delivery track；Driving running gear is further included, drives and is provided with two liquid being synchronized with the movement on running gear
Lift arm is pressed, the distance between two hydraulic lift arms can be adjusted, and driving running gear is carrying moving on rails, carries rail
The core roller of one end face machine for rolling ring in road and its pass through delivery track horizontal segment, drive running gear on two hydraulic pressure lift
The lower section that arm is located at the horizontal segment of delivery track is risen, and horizontal segment can be passed through in lifting.
Further, blank is sent to the feed apparatus of core roller during the production of foregoing ring forging, wherein：Drive running gear
The two hydraulic lift arms set thereon are controlled by PLC control devices.
Further, blank is sent to the feed apparatus of core roller during the production of foregoing ring forging, wherein：The two of delivery track
Side is provided with the baffle for preventing blank from dropping.
Further, blank is sent to the feed apparatus of core roller during the production of foregoing ring forging, wherein：The water of delivery track
The crash panel for preventing blank from slipping over driving running gear is additionally provided with flat section.
Further, blank is sent to the feed apparatus of core roller during the production of foregoing ring forging, wherein：If delivery track by
Dry conveying roller composition.
Further, blank is sent to the feed apparatus of core roller during the production of foregoing ring forging, wherein：On delivery track
Conveying roller is connected by chain, and drives its rotation of chain drive by motor, and motor is controlled by PLC control devices.
The utility model has the advantages that：Using the feed apparatus described in this practicality, quick, safety blank can be placed on and rolled
On the core roller of ring machine.
Brief description of the drawings
Fig. 1 is the structure diagram for the feed apparatus that blank is sent to core roller when ring forging described in the utility model produces.
Fig. 2 is the overlooking the structure diagram of Fig. 1.
The utility model is described in further detail below by specific embodiments and the drawings.
Blank is sent to the feed apparatus of core roller by ring forging when producing, as shown in Figure 1 and Figure 2, including by some conveying rollers 23
The delivery track 2 of composition, delivery track 2 include tilting section 24 and horizontal segment 25, and one end of tilting section 24 is close under hydraulic press
Anvil 11 is simultaneously connected with lower anvil 11 with height, the other end of tilting section 24 with horizontal segment 25, and horizontal segment 25 is installed on the ground, conveyor track
The both sides in road 2 are provided with the baffle 21 for preventing blank 1 from dropping, and being additionally provided with the horizontal segment 25 of delivery track 2 prevents blank 1 from sliding
To overdrive the crash panel 22 of running gear 4, some conveying rollers 23 on delivery track 2 are connected by chain, and by motor band
Its rotation of dynamic chain drive, motor are controlled by PLC control devices, are rotated using motor driving conveying roller 23, blank 1 can be allowed to pass
Suitable cocked position is sent to, the lower section of delivery track 2 is provided with the supporting rack 3 that can support delivery track 2；Further include driving row
Walking apparatus 4, driving running gear 4 can be motor driving roller walkings, and being provided with two on driving running gear 4 is synchronized with the movement
First, second hydraulic lift arm 41,42, first, second hydraulic lift arm 41, the distance between 42 can be adjusted, to fit
The blank 1 of different-diameter is answered, it is all by PLC to drive running gear 4 and the first, second hydraulic lift arm 41,42 set thereon
Control device controls, and working region of the operator away from high temperature can be made by so setting, and reach the requirement of safety in production, be driven
Running gear 4 moves on track 5 is carried, and carries track 5 and is installed on ground, carries one end face machine for rolling ring of track 5
Core roller 6 and its pass through delivery track 2 horizontal segment 25, drive running gear 4 on first, second hydraulic lift arm 41,42
Positioned at the lower section of the horizontal segment 25 of delivery track 2, and it can pass through horizontal segment 25 and lift landing to the base on horizontal segment 25
The course of work of feed apparatus that blank is sent to core roller by ring forging described in the present embodiment when producing is：Such as Fig. 1, figure
Shown in 2, blank 1 is pushed conveying by the punching on hydraulic press of blank 1 first, the upper punch for punching hydraulic press behind hole from upper anvil 11
On track 2, the then rotation of conveying roller 23 on delivery track 2 drives blank 1 to move, when blank 1 is located at the lift of first, second hydraulic pressure
When rising the top of arm 41,42, PLC control devices control 23 stop motion of conveying roller, while first, second hydraulic pressure of control
Lift arm 41,42 is through delivery track 2 and lifts blank 1, and then PLC control devices control driving running gear 4 is walked forward,
When blank 1 is located at the top of core roller 6, control driving 4 stop motion of running gear of PLC control devices, and slowly decentralization at the same time
Blank 1, makes blank 1 be placed on core roller 6.