A kind of vertical machining centre of Automatic-feeding
Technical field
This utility model relates to a kind of machining center, the vertical machining centre of a kind of Automatic-feeding.
Background technology
Machining center develops from CNC milling machine, and the maximum difference with CNC milling machine is that machining center has friendship automatically
Change the ability of process tool, by installing the cutter of different purposes on tool magazine, automatic tool changer can be passed through in clamped one time
Changing the process tool on main shaft, it is achieved multiple machining functions, numerical control machining center is the numerical control machine tool that a kind of function is more complete,
Present machining center is typically all and manually carries out product feeding, in the case of product weight is relatively big, easily occurs adding work efficiency
The situation that rate is low, and the general only one of which of station of the product frock of current machining center, add man-hour, need being dismounted for multiple times
Product, reduces working (machining) efficiency, and the cutter head in tool magazine is when exchanging, and cutter head swap time is long, and the overall structure of tool magazine sets
Meter complexity, increases the cost of machining center.
Summary of the invention
The purpose of this utility model is to solve in prior art the defect existing for machining center, it is provided that a kind of Automatic-feeding
Vertical machining centre.
To achieve these goals, the technical solution adopted in the utility model is:
The vertical machining centre of a kind of Automatic-feeding, including casing, is provided with cutter head conversion equipment at the top of casing, and the bottom of casing is provided with
Product frock;
Described cutter head conversion equipment includes cutter head mounting disc, and the middle part of cutter head mounting disc is connected with the top of casing, at cutter head by cylinder
Mounting disc is provided with rotation seat, rotation seat marginal position be provided with multiple different types of cutter head, each cutter head is respectively with described
Product frock is corresponding;
The side of described product frock is provided with automatic feeder, and automatic feeder includes feed hopper, is provided with feed in feed hopper inboard
Swash plate, the top of feed swash plate is provided with material and places mouth, and the bottom of feed swash plate connects has lift cylinder, in the side of feed hopper
It is provided with conveyer belt.
The vertical machining centre of above-mentioned a kind of Automatic-feeding, is provided with sliding panel in described feed hopper, feed hopper is divided by sliding panel
It is two cavitys.
The vertical machining centre of above-mentioned a kind of Automatic-feeding, is provided with multiple slide roller between described cutter head mounting disc and rotation seat
Axle.
The vertical machining centre of above-mentioned a kind of Automatic-feeding, described cutter head includes milling cutter, lathe tool, drill bit.
The vertical machining centre of above-mentioned a kind of Automatic-feeding, is provided with power transmission shaft in described conveyer belt, the side of feed hopper is provided with drives
Galvanic electricity machine, drives the outfan of motor to be connected with power transmission shaft by belt.
The beneficial effects of the utility model are: the side of the product frock of this vertical machining centre is provided with automatic feeder, from
Dynamic feeding device includes feed hopper, is provided with feed swash plate in feed hopper inboard, and the top of feed swash plate is provided with material and places mouth, supplies
The bottom of material swash plate connects lift cylinder, is provided with conveyer belt in the side of feed hopper, after product is placed in feed hopper, falls into
In the material placement mouth at the top of feeding funnel bottom part feed swash plate, now, lift cylinder drives feed swash plate to rise, and feed is oblique
Product is ejected from feed hopper and falls conveyer belt by plate, and product is sent to the position of product frock and is processed by conveyer belt, and
And in the course of processing, cylinder band dynamic cutter head mounting disc and cutter head are descending, and cutter head includes milling cutter, lathe tool, and drill bit, to frock
On product be processed, rotated by rotation seat and convert cutter head, product is processed complete after, can all pull down product work
The all products loaded onto, it is achieved that the multistation processing of product, reduce product dismounting number of times.
Accompanying drawing explanation
Fig. 1 is schematic diagram of the present utility model;
Fig. 2 is the schematic diagram of automatic feeder of the present utility model.
Detailed description of the invention
As shown in Figure 1 and Figure 2, the vertical machining centre of a kind of Automatic-feeding, including casing 1, it is provided with at the top of casing 1
Cutter head conversion equipment, the bottom of casing 1 is provided with product frock 2;
Cutter head conversion equipment includes cutter head mounting disc 3, and the middle part of cutter head mounting disc 3 is connected, at cutter with the top of casing 1 by cylinder 4
Head mounting disc 3 is provided with rotation seat 5, for the ease of rotating, is provided with multiple slip roll shaft between cutter head mounting disc 3 and rotation seat 5
6, rotation seat 5 marginal position be provided with multiple different types of cutter head 7, each cutter head 7 is corresponding with product frock 2 respectively,
Wherein, cutter head 7 includes milling cutter, lathe tool, drill bit etc.;
The side of product frock 2 is provided with automatic feeder, and automatic feeder includes feed hopper 8, is provided with feed in feed hopper 8 inboard
Swash plate 9, the top of feed swash plate 9 is provided with material and places mouth, and the bottom of feed swash plate 9 connects lift cylinder 10, in charging
The side of bucket 8 is provided with conveyer belt 11, is provided with power transmission shaft 12 in conveyer belt 11, and the side of feed hopper 8 is provided with driving motor 13,
The outfan driving motor 13 is connected with power transmission shaft 12 by belt 14, by driving motor 13 to drive conveyer belt 11 to run,
Size according to product or length, for the ease of placing, be provided with sliding panel 15 in feed hopper 8, and sliding panel 15 is by feed hopper
8 are divided into two cavitys, and the size of cavity can freely regulate.
The side of the product frock of this vertical machining centre is provided with automatic feeder, and automatic feeder includes feed hopper 8,
Being provided with feed swash plate 9 in feed hopper 8 inboard, the top of feed swash plate 9 is provided with material and places mouth, and the bottom of feed swash plate 9 connects
There is lift cylinder 10, be provided with conveyer belt 11 in the side of feed hopper 8, after product is placed in feed hopper 8, drop into feed hopper
The material at the top of 8 bottom feed swash plates 9 is placed in mouth, and now, lift cylinder 10 drives feed swash plate 9 to rise, and feed is oblique
Product is ejected and falls conveyer belt 11 from feed hopper 8 by plate 9, and product is sent to the position of product frock 2 by conveyer belt 11
It is processed, and in the course of processing, cylinder 4 band dynamic cutter head mounting disc 3 and cutter head 7 is descending, and cutter head 7 includes milling cutter,
Lathe tool, drill bit, the product in frock is processed, by rotation seat 5 rotate convert cutter head 7, product is processed complete after,
Can all pull down all products in product frock, it is achieved that the multistation processing of product, reduce product dismounting number of times.
The foregoing is only preferred embodiment of the present utility model, and limit this utility model never in any form, for
For those skilled in the art, this utility model can have various modifications and variations.All in spirit of the present utility model and principle
Within, any modification, equivalent substitution and improvement etc. made, within should be included in protection domain of the present utility model.