Tensioning bolt nut anti-falling high frequency shale shaker
Technical field
The utility model relates to technics of metallurgy mineral dressing equipment, especially a kind of tensioning bolt nut anti-falling high frequency shale shaker.
Background technology
High frequency shale shaker is because its production efficiency is high, and output is large, is widely used in ore dressing processing.In the structure of high frequency shale shaker, wherein the outside framework of vibratory sieve is connected by the tensioning bolt nut with inner frame, because high frequency shale shaker is worked under the dither environment for a long time, therefore the nut on tensioning bolt is as easy as rolling off a log loosening, can not in time be found, come off from bolt at last, affect the normal operation of vibratory sieve, even the stuck vibratory sieve of nut.
Summary of the invention
The purpose of this utility model is exactly that the tensioning bolt nut that will solve in existing high frequency shale shaker easily becomes flexible, comes off, and can not in time be found, affects the problem of vibratory sieve normal operation, and a kind of tensioning bolt nut anti-falling high frequency shale shaker is provided.
concrete scheme of the present utility model is: tensioning bolt nut anti-falling high frequency shale shaker, has frame, the lower collection bucket of the upper collection bucket of sieve and sieve is installed in frame, the frame top both sides are designed with the guide rail that is in tilted layout, on two guide rails, vibratory sieve is installed, vibrator is housed on vibratory sieve, be positioned at the high-end side of guide rail on frame ore feeder is installed, described vibratory sieve has outside framework and is placed on two side rails, inner frame is housed in outside framework, screen cloth is housed on inner frame, have some bolts hole on the left and right sides wall of inner frame, on outside framework on corresponding inner frame each bolt hole have through hole, be coated with tensioning bolt in each bolt hole and through hole, the front end of tensioning bolt is provided with the cap crown and lives inner frame, locking nut is equipped with in the tensioning bolt outer end, it is characterized in that: the outer end lengthening of described tensioning bolt, at the lengthening section car, the nut anti-falling groove is arranged, the width of this groove is greater than locking nut thickness.
On tensioning bolt, between inside and outside framework, rubber spring is housed in the utility model.
The utility model is due to tensioning bolt is lengthened, and open at lengthening section and made the nut anti-falling groove, in case locking nut is after becoming flexible on tensioning bolt, can fall into very soon in the anticreep groove, vibration due to complete machine, locking nut is beated in groove send noise alarm, and can guarantee that locking nut can not come off from bolt and fall down, the handled easily personnel in time safeguard clamp nut.
The utility model is simple in structure, and is easy to maintenance, timely, effectively prevented the locking nut loose or dislocation; affect the equipment normal operation; the possibility of damage equipment even, and can not shut down the adjustment tensile force when the equipment dynamic duty, assurance equipment is normal operation continuously.
Description of drawings
Fig. 1 is front view of the present utility model;
Fig. 2 is top view of the present utility model;
Fig. 3 is Fig. 2 I place zoomed-in view;
Fig. 4 is that the utility model improves the bolt arrangement schematic diagram.
In figure: 1-vibrator, 2-vibratory sieve, 3-ore feeder, 4-outside framework, 5-frame, the lower collection bucket of 6-sieve, collection bucket on the 7-sieve, 8-tensioning bolt, 9-inner frame, 10-screen cloth, 11-locking nut, 12-rubber spring, the 13-through hole, 14-bolt hole, 15-nut anti-falling groove, 16-cap head, 17-guide rail.
The specific embodiment
referring to Fig. 1, 2, 3, 4, the utlity model has frame 5, the lower collection bucket 6 of the upper collection bucket 7 of sieve and sieve is installed in frame 5, frame 5 both sides, top are designed with the guide rail 17 that is in tilted layout, on two guide rails 17, vibratory sieve 2 is installed, vibrator 1 is housed on vibratory sieve 2, be positioned at the high-end side of guide rail 17 on frame 5 ore feeder 3 is installed, described vibratory sieve 2 has outside framework 4 and is placed on two side rails 17, inner frame 9 is housed in outside framework 4, screen cloth 10 is housed on inner frame 9, have some bolts hole 14 on the left and right sides wall of inner frame 9, on outside framework 4 on corresponding inner frame 9 each bolt hole 14 have through hole 13, be coated with tensioning bolt 8 in each bolt hole 14 and through hole 13, the front end of tensioning bolt 8 is provided with cap head 16 and withstands inner frame 9, locking nut 11 is equipped with in tensioning bolt 8 outer ends, particularly: described tensioning bolt 8 outer ends lengthenings, at the lengthening section car, nut anti-falling groove 15 is arranged, the width of this groove 15 is greater than the thickness of locking nut 11.
On tensioning bolt 8, between inside and outside framework 9 and 4, rubber spring 12 is housed in the present embodiment.