The processing unit (plant) of metal glazed tile
Technical field
The utility model relates to a kind of processing unit (plant), the processing unit (plant) of the metal glazed tile that especially a kind of cutting, bending are integrated.
Background technology
In existing metal glazed tile, the contour machining equipment of metal wave-shape board is mainly first shape to be rolled into after wave-like in roller set, enters single watt of rank punch die and carries out a watt rank compacting, finally by shearing device, is cut off.In the processing unit (plant) of this metal glazed tile, in the cut end of metal glazed tile, can reserve the metallic plate of 4 centimeters of left and right, the metal glazed tile of this structure easily produces ponding in the process of using, cause rainwater to reflux, therefore be unfavorable for the use of metal glazed tile, the factory chamber of commerce of many glazed tiles cuts away this extra metallic plate, but due to the restriction of technique, cannot be fully effective it be removed, has brought inconvenience therefore to production and the use of metal glazed tile.
Utility model content
The purpose of this utility model is in order to solve the deficiency of above-mentioned technology, and the processing unit (plant) of the metal glazed tile that a kind of cutting, bending be integrated is provided.
In order to achieve the above object, the processing unit (plant) of a kind of metal glazed tile that the utility model is designed, it comprises frame, punch die oil cylinder, slide plate, cut-out oil cylinder, oil cylinder, die shoe and cutter, described frame comprises base, column and oil cylinder installing rack, wherein oil cylinder installing rack is arranged on the top of column, punch die oil cylinder is arranged on oil cylinder installing rack, is also provided with slide plate on column, and slide plate and punch die oil cylinder are equipped with; On described slide plate, be also provided with cut-out oil cylinder, the output that cuts off oil cylinder is connected with cutter; On the slide plate in described cut-out oil cylinder outside, be also provided with die shoe, die shoe is provided with oil cylinder, the output of oil cylinder is provided with upper trimming die pin, the side of upper trimming die pin is provided with bending upper die, correspondingly with upper trimming die pin on base be provided with rear lower punch die, rear lower punch die one side is corresponding with bending upper die is provided with front lower punch die, wherein descends afterwards between punch die and front lower punch die to be provided with and to have difference in height, and front lower die height is lower than rear lower punch die.
In such scheme, described cutter comprises upper slitter and lower cutter, and wherein upper slitter is located at the output that cuts off oil cylinder, and lower cutter is fixed on the base of frame, on the blade of described upper slitter and lower cutter, cooperatively interacts and is provided with wedge angle.
The processing unit (plant) of the resulting metal glazed tile of the utility model, stereotyped metallic plate is along with guider enters in this device, when the port of metallic plate is between front lower punch die and bending upper die, under the effect of oil cylinder, drive upper trimming die pin and bending upper die to move downward, to steel plate carry out bending processing, make to produce hierarchic structure on steel plate end; When steel plate arrives the length of required processing, by cutter, cut off, and cutter is provided with wedge angle, making the cutting of metallic plate is that point is cut from line shear, is more convenient for the use of cutter, and has extended the service life of cutter.The processing technology that this processing unit (plant) adopts first bending to cut off again, has avoided the unnecessary metallic plate in the past producing because of cut-out, thereby while using, is difficult for producing the backflow of ponding, and the metal glazed tile of producing by this processing unit (plant) is more convenient to use.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is side view of the present utility model.
The specific embodiment
Below by embodiment, the utility model will be further described by reference to the accompanying drawings.
Embodiment 1:
As shown in Figure 1 and Figure 2, the processing unit (plant) of a kind of metal glazed tile that the present embodiment is described, it comprises frame 10, punch die oil cylinder 1, slide plate 4, cuts off oil cylinder 5, oil cylinder 8, die shoe 6 and cutter 9, described frame 10 comprises base 7, column 3 and oil cylinder installing rack 2, wherein oil cylinder installing rack 2 is arranged on the top of column 3, punch die oil cylinder 1 is arranged on oil cylinder installing rack 2, is also provided with slide plate 4 on column 3, and slide plate 4 is equipped with punch die oil cylinder 1; On described slide plate 4, be also provided with and cut off oil cylinder 5, the output that cuts off oil cylinder 5 is connected with cutter 9; On the slide plate 4 in described cut-out oil cylinder 5 outsides, be also provided with die shoe 6, die shoe 6 is provided with oil cylinder 8, the output of oil cylinder 8 is provided with upper trimming die pin 13, the side of upper trimming die pin 13 is provided with bending upper die 16, correspondingly with upper trimming die pin 13 on base 7 be provided with rear lower punch die 14, rear lower punch die 14 1 sides are corresponding with bending upper die 16 is provided with front lower punch die 15, wherein descends afterwards between punch die and 14 front lower punch dies 15 to be provided with and to have difference in height, and front lower punch die 15 is highly lower than rear lower punch die 14; Described cutter 9 comprises upper slitter 11 and lower cutter 12, and wherein upper slitter 11 is located at the output that cuts off oil cylinder 5, and lower cutter 12 is fixed on the base 7 of frame 10, on described upper slitter 11 and the blade of lower cutter 12, cooperatively interacts and is provided with wedge angle.