SU64992A1 - Device for breaking tanks of pressurized liquid - Google Patents

Description

Roycel 1.ba are already known for washing tanks inside, equipped with a swiveling hoses, installed by hand in any plane.

The proposed device has the peculiarity that in order to carry out the rotation of the airspace, there is an annular gear, in the axial cavity of which there is a winding hose, which has a square on its threaded shank, a ball "1Ir: but matched: a gear with a gear and a space bar. the groove of the frame, fortified, in turn, on the bristle

In FIG. 1 is a longitudinal sectional view of an exemplary foom of the bottom device, FIG. 2-view of Sredred. Parts of the device of FIG. 1, fig. 3 is a rear view of a portion of the device of FIG. 1, fig. 4 is an irodal section of an exemplary form of the upper part of the device; FIG. The O-6 is a front and rear view of a portion of the device of FIG. 4, and FIG. 7 shows the arrangement of the device relative to the tank 1 when it is washed with a whip.

The device consists of two parts: upper and lower, created): with tube G, which serves: i as the bed of the apparatus. In tube i, a pro-goDIT shaft 2, also made from a tube and transmitting to a rotary screw from the upper pair of bevel gears iK to the lower pair of such gears.

The lower suit of the device is mounted on 3, which is upper: end of the boiling pipe 1. Pipe 3 is screwed onto the sleeve 4, on which the large ring-shaped gear 5 rotates, receiving rotation from the small gear 6. Through the center of the sleeve 4 passes the brandpoyt 7 fastened with a sleeve 4 hooke hinge.

On the hose 7, the xiBocTOBKK 8 is threadedly threaded, carrying a square nut 9, having on one toe two rails that are hinged to the strips 10. The strips 10 with their other ends M And pivotally connected to the ears that are poured on the large shchester 5. The hosepoin 7 is one the end.h is connected via a rubber hose to the pipeline from the pump ;; supplying the washing liquid.

A nozzle II is mounted on the other arm of the bramdopoyta 7 to obtain an appropriate jet. The frame 12 is screwed to the large gear 5, having a pap in which the nut 9 passes. In the living part, the shank 13 with sharpening is welded to the frame 3. The shank 13 is fitted with a pipe 14 with a stop bolt 15. The pipe 14 serves as a continuation of the bed of the apparatus and at the same time the screw can be turned by the shank in the tube 14. The tube 14 is made interchangeable so that the center of the lower part of the apparatus lies in. the middle of the washed tank.

The upper part of the apparatus is mounted) on the frame 16, also (welded to the pipe I, and arranged similarly to the lower part.

A sleeve 17 is screwed to the ramka 16, on which the large gear 18 rotates. In the hub 17, an end of the pointer 19 is threaded on the other end with a thread at the other end. On the cut end of the pointer 19. There is a square nut 20, having two ears for a swivel joint with gaps 21. TI 21 is sternly fixed with IB ears of a large gear 18, to which a frame 22 is folded with pad in the middle for passage of the nut 20. For rotation of the apparatus to the gear 18 is screwed on the handle 23. The handle 24 is welded to the frame 16 to pivot the pivot around the axis of the entire apparatus, as well as to keep it from misbehavior;

Pipe 1 can be mounted on any axle of the pedal stop 25, which has a clamping sleeve in pipe 1. Stop 25 can be rotated around pipe 1 by means of a clamping sleeve and reinforce the frame of the apparatus (pipe 1) through the bottom of the tank and bottom of the neck.

A flushing fluid with a distance of 1–4 atm 4–6 atm

The handle 23 through the upper pair of gears 18-18a and gear 6 is not {the splitting of the bottom big gear 5. This end of the fire hose with nozzle i 1 will describe the circle, not rotating with (around its own axis. At the same time, On the same B1 rotation, the nut 9 through the frame 12 rotates on the branch 7 7 and moves along it in the direction in which it goes from the direction of rotation.

The nut-9, 1 offset 1c along the thread of the shank 8 of the firepoint 7 will move simultaneously: Po1Cr: with the help of ylanok 10 "through the frame 12, as a result of which the end of the fire 7 will change with the nozzle II, - and the nozzle will circle larger 1 or 2 smaller, depending on the position of the nut.

When B1 rotates gear 18, the nut 20 will rotate around the threaded end of the pointer 19 and the single earth element will move along the paiMK.4 22 slot. The ratio of the lengths of t 21 and 10 and the diameters of the gears 18 and 5 is chosen such that the location of the nut and 20 at the lower end of the slot Frame 22 corresponds to the location of the gaj: ki P braidpoyt 7 at the lower end of the notch of the frame 12. The upper position within the framework of the two beds also corresponds. each other. A particular position of the nut 20 in the slot of the frame 22 makes it possible to judge the direction of the hose 7.

Prede 1m e t invention

Claims (2)

1. An apparatus for obmshani Zh1idkostyu tanks under pressure using rotary any ploakosti SET 1vlennogo on universally-m hinge hose, characterized in that for rotation of the hose applied annulare gears 5, the axial cavity in which the hose 7 is mounted bearing at its threaded hvocTOBiHKe square nut 9, pivotally mating with gear 5 through nlaiki 10 and moving, B nllra-vazhera groove, -mk 12, strengthened, in its turn, on gear 5. 2. The form of a juljennemi device according to claim 1, characterized in that, in order to be able to observe the location of the engine-jet engine, gear 5 is matched with gears 6 and 18a with from the neck of the gears. 18, having a device identical to gear 5, in the axial cavity of which is identical to the fire hose T Mynth. Iroa H pointer 19. FIG. -Y FIG. 2 /