Processing Room top board wiper mechanism for a kind of CNC Cutter Grinding Machine Tool
Technical field:
The utility model relates to CNC Cutter Grinding Machine Tool technical field, relates in particular Processing Room top board wiper mechanism for a kind of CNC Cutter Grinding Machine Tool.
Background technology:
The fixing Processing Room that forms of its casing of existing CNC Cutter Grinding Machine Tool and base, in Processing Room, be provided with tool sharpening clamping mechanism etc., adding man-hour, need to spray cooling fluid etc. carries out cooling, and processing grinding wheel is to rotate always, cutter to be processed is also when rotated, like this, just make cooling fluid easily spatter completely whole Processing Room, need to carry out regular cleaning, general cleaning around, manually all can process, yet the medium position of the top board of casing cleans very difficult only, because medium position is not only high, and people's hand falls short of and is not easy to get at the position at middle part, needing people to climb up cleans, so not only increased cleaning difficulty, and people easily throws from eminence, there is potential safety hazard.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, Processing Room top board wiper mechanism for a kind of CNC Cutter Grinding Machine Tool is provided, it is installed on the top board of casing, can prevent that cooling fluid from splashing on casing top board, meanwhile, it can clean its medium position automatically, without the cleaning that manually climbs up, its cleaning performance is good, reduces and cleans difficulty.
The scheme that the utility model solve the technical problem is:
Processing Room top board wiper mechanism for a kind of CNC Cutter Grinding Machine Tool, comprise casing, on the top board of described casing, be fixed with Processing Room top board, the both sides of the bottom surface of Processing Room top board are fixed with Rodless cylinder, the two ends of movable plate are separately fixed on the pushing block of two Rodless cylinders, on movable plate, be fixed with cleaning brush, the bristle of cleaning brush contacts with the bottom surface of Processing Room top board.
The middle part of described Processing Room top board convexes to form main cleaning part downwards, and main cleaning part is between two Rodless cylinders, and the bristle of cleaning brush contacts with the bottom surface of main cleaning part.
On the end face of described casing, be fixed with a plurality of limit sensors, limit sensors is at the front and rear of Processing Room top board, and the inductive head of limit sensors is facing to movable plate.
On the upper end face of described Processing Room top board, be fixed with sparge pipe, the fountain head of sparge pipe stretches out front portion or the rear portion of Processing Room top board and faces toward movable plate.
Described Processing Room top board is provided with two sparge pipes, and the fountain head of two sparge pipes stretches out respectively the front and rear of Processing Room top board.
The front portion of described fountain head in Processing Room top board or the centre position at rear portion.
Outstanding effect of the present utility model is:
Compared with prior art, it is installed on the top board of casing, can prevent that cooling fluid from splashing on casing top board, and meanwhile, it can clean its medium position automatically, and without the cleaning that manually climbs up, its cleaning performance is good, reduces and cleans difficulty.
Accompanying drawing explanation:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is partial structurtes schematic diagram of the present utility model;
Fig. 3 is the structural representation between Processing Room top board and limit sensors;
Fig. 4 is the structural representation between Processing Room top board and sparge pipe;
Fig. 5 is the cutaway view of the water spray connector that is provided with on fountain head.
The specific embodiment:
Embodiment, see as shown in Fig. 1 to 5, Processing Room top board wiper mechanism for a kind of CNC Cutter Grinding Machine Tool, comprise casing 10, on the top board of described casing 10, be fixed with Processing Room top board 1, the both sides of the bottom surface of Processing Room top board 1 are fixed with Rodless cylinder 2, and the two ends of movable plate 3 are separately fixed on the pushing block 21 of two Rodless cylinders 2, on movable plate 3, be fixed with cleaning brush 4, the bristle of cleaning brush 4 contacts with the bottom surface of Processing Room top board 1.
The middle part of described Processing Room top board 1 convexes to form main cleaning part 11 downwards, and main cleaning part 11 is between two Rodless cylinders 2, and the bristle of cleaning brush 4 contacts with the bottom surface of main cleaning part 11.
On the end face of described casing 10, be fixed with a plurality of limit sensors 5, limit sensors 5 is at the front and rear of Processing Room top board 1, and the inductive head 51 of limit sensors 5 is facing to movable plate 3.
On the upper end face of described Processing Room top board 1, be fixed with sparge pipe 6, the fountain head 61 of sparge pipe 6 stretches out front portion or the rear portion of Processing Room top board 1 and faces toward movable plate 3.
The fountain head 61 that described Processing Room top board 1 is provided with 6, two sparge pipes 6 of two sparge pipes stretches out respectively the front and rear of Processing Room top board 1.
The front portion of described fountain head 61 in Processing Room top board 1 or the centre position at rear portion.
Operation principle: the pushing block 21 promotion movable plates 3 by Rodless cylinder 2 move back and forth; 4 pairs of main cleaning parts 11 of cleaning brush on movable plate 3 are scrubbed; simultaneously; when scrubbing; can 61 pairs of main cleaning parts 11 of fountain head be sprayed water by sparge pipe 6 water flowings; thereby raising cleaning performance; the position that its limit sensors being provided with 5 can move movable plate 3 is simultaneously monitored; when movable plate 3 is moved beyond qualifying bit postpone; to detect information conveyance to PLC main control system; make equipment out of service, thereby protection equipment is not damaged.
Simultaneously, its fountain head 61 can be installed water spray connector 7, in water spray connector 7, form connecting through hole 71He branch through hole 72, branch's through hole 72 is connected with connecting through hole 71, and branch's through hole 72 other ends stretch out the water spray end of water spray connector 7, and the other end of connecting through hole 71 stretches out the link of water spray connector 7, the link of water spray connector 7 is screwed onto on fountain head 61, connecting through hole 71 communicates with fountain head 61, so just can guarantee that the hydraulic quantity of its ejection is sufficient, and far firing range.