Bubble cleaner-gig leakage-proof mechanism
Technical field
The utility model relates to a kind of bubble cleaner-gig, is mounted in specifically between bubble cleaner and gig for preventing the leakage-proof mechanism of material from leakage.
Background technology
All know in food-processing industry, bubble cleaner and gig usually need be with the use of, by the orifice plate front end of bubble cleaner towards lower that one end of the load-transfer device height of gig, and between the load-transfer device of the orifice plate front end of bubble cleaner and gig, there is the gap for the load-transfer device upper scraping plate through gig.This bubble cleaner-gig operationally, when the load-transfer device operation of gig makes the orifice plate front end of bubble cleaner be positioned between adjacent two scraper plates of load-transfer device, owing to having gap between orifice plate front end and load-transfer device, so, between that scraper plate of orifice plate front end and below, between orifice plate front end and load-transfer device, all there is gap.Therefore, the partial material gig load-transfer device is fallen to from the orifice plate front end of bubble cleaner, because the effect of current can drain to the below (as shown in Figure 1) of bubble cleaner orifice plate in the gap between that scraper plate of gap successively through between orifice plate front end and load-transfer device and orifice plate front end and below, material below orifice plate need get and again be put on orifice plate by staff, carry out second-pumping, reduce the transport efficiency of bubble cleaner-gig.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of bubble cleaner-gig leakage-proof mechanism, uses the transport efficiency of the bubble cleaner-gig of this leakage-proof mechanism higher.
For solving the problem, provide following technical scheme:
Bubble cleaner of the present utility model-gig leakage-proof mechanism comprises bubble cleaner and gig.Towards lower that one end of the load-transfer device height of gig, and there is the gap for the load-transfer device upper scraping plate through gig the orifice plate front end of described bubble cleaner between the load-transfer device of the orifice plate front end of bubble cleaner and gig.Be characterized in there is rebound between the orifice plate front end of described bubble cleaner and the load-transfer device of gig, the orifice plate front end being hinged on bubble cleaner of rebound.
Take above scheme, have the following advantages:
Owing to having rebound between the orifice plate front end of the bubble cleaner of bubble cleaner of the present utility model-gig leakage-proof mechanism and the load-transfer device of gig, the orifice plate front end being hinged on bubble cleaner of rebound.During use, when the load-transfer device operation of gig makes the orifice plate front end of bubble cleaner be positioned between adjacent two scraper plates of load-transfer device, the lower face of baffle plate contacts with the top of that scraper plate of below, thus make material cannot enter into the below of bubble cleaner orifice plate, avoid second-pumping, improve the transport efficiency of bubble cleaner-gig.
Accompanying drawing explanation
Fig. 1 is the structural representation of the bubble cleaner-gig of background technology;
Fig. 2 is the structural representation of bubble cleaner of the present utility model-gig leakage-proof mechanism.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Figure 2, bubble cleaner of the present utility model-gig leakage-proof mechanism comprises bubble cleaner 1 and gig 7.Towards highly lower that one end of the load-transfer device 6 of gig 7, and there is the gap for load-transfer device 6 upper scraping plate 5 through gig 7 orifice plate 2 front end of described bubble cleaner 1 between the load-transfer device 6 of orifice plate 2 front end of bubble cleaner 1 and gig 7.Rebound 3 is provided with, orifice plate 2 front end being hinged on bubble cleaner 1 by bearing pin and key seat of rebound 3 between orifice plate 2 front end of described bubble cleaner 1 and the load-transfer device 6 of gig 7.
During use, first material 4 to be cleaned is placed on the orifice plate 2 of bubble cleaner 1.Then, bubble cleaner 1 and gig 7 is started.Then, material 4 advances on the orifice plate 2 of pressure pulse cleaning, is cleaned simultaneously.Afterwards, the material 4 after having cleaned through orifice plate 2 front end, the rebound 3 of pressure pulse cleaning, enters between two scraper plates 5 on the load-transfer device 6 of gig 7 successively.Finally, the material 4 after having cleaned is transported to subsequent processing by gig 7.