RU2013151790A

RU2013151790A - VIBRATION INSTALLATION FOR MIXING BULK MATERIALS

Info

Publication number: RU2013151790A
Application number: RU2013151790/13A
Authority: RU
Inventors: Алексей Юрьевич Марченко; Георгий Васильевич Серга
Priority date: 2013-11-20
Filing date: 2013-11-20
Publication date: 2015-05-27
Also published as: RU2556063C2

Abstract

Установка вибрационная для смешивания сыпучих материалов, содержащая упруго установленную на основании, снабженную приводом рабочую камеру, отличающаяся тем, что рабочая камера выполнена пустотелой, в виде квадрата, с образованием по ее внутреннему и наружному периметрам многозаходных винтовых поверхностей треугольной формы и однонаправленных многозаходных винтовых линий, и смонтирована из жестко соединенных поочередно друг с другом четырех пустотелых секций, выполненных в виде пустотелого кругового сектора с четырьмя пустотелыми прямолинейными секциями, причем четыре секции, выполненные в виде пустотелого кругового сектора, смонтированы из подсекций, каждая из которых изготовлена из полосы, согнутой попеременно в разные стороны по прямым линиям в виде линий сгиба, расположенных на полосе на равных расстояниях друг от друга и размещенных под углом к кромкам полосы с образованием разных по размерам четырехугольников с двумя параллельными сторонами, расположенными на полосе попеременно и параллельно друг другу, и свернутой в кольцо в виде подсекций, а подсекции соединены друг с другом свободными сторонами упомянутых четырехугольников с образованием пустотелого кругового сектора с многозаходными винтовыми поверхностями треугольной формы и однонаправленными многозаходными винтовыми линиями, а четыре пустотелые прямолинейные секции изготовлены, по меньшей мере, из одной полосы, согнутой по прямым линиям, размещенным под углом к кромкам полосы, с образованием одинаковых параллелограммов, расположенных на полосе попеременно в противоположные стороны, при этом полоса свернута в цилиндрические в�Vibrating installation for mixing bulk materials, containing a working chamber resiliently mounted on a base and equipped with a drive, characterized in that the working chamber is hollow, in the form of a square, with the formation of triangular helical multiple surfaces and unidirectional multi-helical lines along its inner and outer perimeters, and mounted from four hollow sections rigidly connected alternately to each other, made in the form of a hollow circular sector with four hollow rectilinear sections, and four sections made in the form of a hollow circular sector are mounted from subsections, each of which is made of a strip bent alternately in different directions along straight lines in the form of fold lines located on the strip at equal distances from each other and placed under angle to the edges of the strip with the formation of different-sized quadrangles with two parallel sides located on the strip alternately and parallel to each other, and rolled into a ring in the form of subsections, and subsections with are united with each other by the free sides of the said quadrangles with the formation of a hollow circular sector with triangular helical helical surfaces and unidirectional helical helical lines, and four hollow rectilinear sections are made of at least one strip bent along straight lines placed at an angle to the edges strip, with the formation of the same parallelograms located on the strip alternately in opposite directions, while the strip is folded into cylindrical

Claims

Vibrating installation for mixing bulk materials, containing a working chamber resiliently mounted on a base and equipped with a drive, characterized in that the working chamber is hollow, in the form of a square, with the formation of triangular helical multiple surfaces and unidirectional multi-helical lines along its inner and outer perimeters, and mounted from four hollow sections rigidly connected alternately to each other, made in the form of a hollow circular sector with four hollow rectilinear sections, and four sections made in the form of a hollow circular sector are mounted from subsections, each of which is made of a strip bent alternately in different directions along straight lines in the form of fold lines located on the strip at equal distances from each other and placed under angle to the edges of the strip with the formation of different-sized quadrangles with two parallel sides located on the strip alternately and parallel to each other, and rolled into a ring in the form of subsections, and subsections with are united with each other by the free sides of the said quadrangles with the formation of a hollow circular sector with triangular helical helical surfaces and unidirectional helical helical lines, and four hollow rectilinear sections are made of at least one strip bent along straight lines placed at an angle to the edges strip, with the formation of the same parallelograms located on the strip alternately in opposite directions, while the strip is folded into cylindrical heel, connected to each other along the longitudinal edges to form the inner surface of the helical polygons pockets triangular shape, and on the outer surface - polygonal unidirectional helical lines.