SU557010A1 - Vibration Vertical Conveyor - Google Patents

Description

one

The invention relates to vibratory conveyors and can be used for the vertical transport of bulk materials in the chemical, mining, metallurgical and construction industries.

A vertical vibrating coveyor is known, including a load-carrying body consisting of two half pipes, equipped with horizontal partitions arranged with a certain step along its height, a vibration exciter on each half of the load-carrying body, and elastic connections 1.

The disadvantage of the known conveyor is the need for additional support and the possibility of transporting the material only at certain angles of vibration of each half of the load-carrying body and a certain angle of inclination of the side wall of the partition to the horizon.

A vibrating vertical conveyor is known, including a load carrying body consisting of two halves and elastic elements between them, a vibration exciter in each half of the load carrying body and elastic connections 2.

However, the transportation of bulk material in the said vibroconveyor requires additional selection, created outside the load-carrying body.

The purpose of the invention is to create a high performance conveyor in the absence of additional backwater.

This is achieved by the fact that several load-carrying elements are successively arranged inside the load-carrying body, which are interconnected by a flexible connection in the form of a moving endless belt, the lengths of which are uniformly distributed.

The upper working surface of the elements can be made with a slope in the direction of the discharge pipe.

FIG. 1 shows a longitudinal section of a vibrating vertical conveyor; in fig. 2 - section A-A of FIG. one.

Claims (2)

The vibroconveyor consists of a load-carrying body 1 mounted on elastic connections with x-springs 2. The load-carrying body 1 is made in the form of the core half 3 coarse. Between the halves 2 tsub ;; along the cargo organ 1, there are elastic elements 4, on each; lOfio-- v ;;; e 3 pipes; Installations of the vibrating bumper Jj, which CHHtjjasHO rotate in p-aotg; BSO: Iozhd.1x for example; ; -sen loading b and unloading gjich 7; 7gru6kom of the load-carrying body 1 ustunovlegty consistently}; Somehow; Pistons 8 p w; o; "orno distributed along the length of the tape 51g-z-zu-, kagna (idle) part of the Yu tape, ko, k: och-; -h into the kelodvgasny duct 11, the 1st is connected to the load-bearing organ 1 hr: 5th; s; -leetors to 12 "The internal cavity of the goat Zeijer is airtight. Box 11 is made. EI.; E. and which is on the x 13 Ustakoviy; -and /; two drums 14 for infinite years, mounted on pistons 8 and flexible swisey 9. Dimensions of piston.h 8 correspond; about 7- сс2 to the center of the load-carrying body 1. Pl & 1. box 11 nopiutra 8 UST-tr ;; wnu-5ii ioiCK with a gap perme meter. In order to ensure and complete unloading of the transgeneral material: verx11, the working position - 15 n of each piston 8 at the wavelength T: mn with a PDA with a blunt side toward the unloading pattern 7; i-: i; A; 1 & 11 fixed brackets 18 for 2 and non-selectable parts of the chassis (in case of a presence with ;: lx:; :: chronioation). ib;:. the window 11er operates as follows: ZOG / GG: ;; - {s: Ort 1iruyuschim material is fed w.:; weights; th branch pipe 6 to the top rybo-uo; ror; opx; iOCTb 15 located -in I, i; v t l: i; IJ} {I, oh, oh ;: deistl; 1hm of the driving forces of vibrations, caused by vibration 5; both halves of the 3 cargo-carrying ort - a1ha 1 move along elliptical trajectories in opposite directions ;; . ); When this happens, the oiffl are brought closer together, seize the pistons 8, which are loaded with material and 1-or-1; their up. Then po71c-vip 3 V yes, /. I arc and o /), r; -a from the other to a lot of contact with potholes, Despite the fact that half of 3 periodically affect the pistons 8, due to the high frequency fluctuations the effect of continuity of force action. When the endless belt moves, the reels 14 rotate. The material is transported to the top surface 15 of the next upwardly raised piston 8, etc. Having reached the level of the unloading nozzle 7 of the load-carrying body 1, the material discharges from the surface of the piston 8, which, having made a closed thread, in the loading position. Depending on the operating conditions, the location of the pipes 6 and 7 may be different (in Fig. 1, a dash-dotted line shows the location of the loading pipe 6 on the opposite side of the loading body). Claim 1. Vibration vertical conveyor, including a load-carrying body consisting of two halves and elastic elements between them, an exciter on each half of the load-bearing body, and elastic connections, in order to create a high-performance conveyor in the absence of additional backwater, inside the load-carrying body, several pistons are arranged in series, which are interconnected by a flexible connection in the form of a moving endless belt, the length of which is evenly distributed Elena pistons. 2. The conveyor according to claim 1, which is also distinguished by the fact that the upper working surface of the pistons is inclined towards the discharge port. Sources of inference (law firms taken as a part of the examination: 1. USSR author's certificate 383658, class B 65 O 27 / O4, 1069. 2. Authors certificate of the USSR 146635, cl. B 65 G-27/26, 1961. 7J iPuz.l -/one U2 2