SU108472A1 - Machine for unloading cotton seeds from covered wagons - Google Patents

Machine for unloading cotton seeds from covered wagons

Info

Publication number: SU108472A1
Authority: SU; USSR - Soviet Union
Prior art keywords: machine; cotton seeds; nozzle; unloading cotton; covered wagons
Prior art date: 1956-05-30

Application number

SU552694A

Other languages

Russian (ru)

Inventor

Л.Г. Дадыкин

М.А. Ломакин

И.И. Миронов

Original Assignee

Л.Г. Дадыкин

М.А. Ломакин

И.И. Миронов

Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)

1956-05-30

Filing date

1956-05-30

Publication date

1956-11-30

1956-05-30 Application filed by Л.Г. Дадыкин, М.А. Ломакин, И.И. Миронов filed Critical Л.Г. Дадыкин

1956-05-30 Priority to SU552694A priority Critical patent/SU108472A1/en

1956-11-30 Application granted granted Critical

1956-11-30 Publication of SU108472A1 publication Critical patent/SU108472A1/en

Landscapes

Cleaning In General (AREA)

Description

Next document : SU 108474Next Document: SU 108474

ОПИСАНИЕ ИЗОБРЕТЕНИЯDESCRIPTION OF THE INVENTION

к АВТОРСКОМУ ОВИДЕТЕЛЬСТВУTO AUTHOR'S CERTIFICATE

М. С. РыскинM. S. Ryskin

ВСАСЫВАЮЩЕЕ СОПЛО ДЛЯ УСТАНОВКИ ПНЕВМАТИЧЕСКОГО ТРАНСПОРТАSUCTION NOZZLE FOR INSTALLING PNEUMATIC TRANSPORT

3 декабр 1956 г. за 561901 в Комитет по делам изобретений и открытий при Совете Министров СССРDecember 3, 1956 for 561901 to the Committee on Inventions and Discoveries at the Council of Ministers of the USSR

Всасывающие con.ia дл установок пневматического транспорта, снабженные вибрируюишм элементом , приводимым в колебательное движение нри помощи электромагнита и предназначенным дл облегчени подвода к сонлу пылевидных материалов, известны.Suction con.ia for pneumatic transport installations, equipped with a vibrating element, oscillated by an electromagnet and designed to facilitate the supply of dust-like materials to the vessel, are known.

С помощью таких всасывающих сопел трудно обрущивать материал вокруг сопла.With such suction nozzles, it is difficult to collapse material around the nozzle.

Предлагаемое всасывающее сопло , также снабженное вибрирующим элементом, приводимым в ко .лебательное движение электромагнитом , свободно от присущего известным соплам недостатка.The proposed suction nozzle, also equipped with a vibrating element, which is brought into a curative motion by an electromagnet, is free from the disadvantage of the known nozzles.

Сущность изобретени заключаетс в том, что вибрирующий элемент выпо.лнен в виде рамки, окружающей входное отверстие сопла и соверщающей возвратно-поступательное движение по траектории, концентричной соплу или направленной по диаметру последнего.The essence of the invention is that the vibrating element is in the form of a frame surrounding the nozzle inlet and reciprocating along a trajectory concentric with the nozzle or directed along the diameter of the latter.

На фиг. 1 изображен продольный разрез сопла с рамкой, соверщающей возвратно-поворотное движение , его поперечный разрез и видFIG. 1 shows a longitudinal section of the nozzle with a frame that performs a reciprocating motion, its cross section and view.

сбоку; на фиг. 2-разрез сопла с рамкой, соверщающей возвратпопоступате ,1ьное движение, вид его сверху и сбоку.from the side; in fig. 2-section of the nozzle with a frame making a return access, 1 movement, its top and side view.

Основна часть сопла соверщенно одинакова д.;1 обоих вариантов и состоит из внутренней трубы /, соедин емой с транспортным трубопроводом , и рубащки ., образующей с трубой У в нижней части ще.ть, величина которой может регулироватьс .обычным дл зерновых сопел способом (устройство дл регулировани величины щели на чертежах не показано).The main part of the nozzle is absolutely the same; 1 of both variants and consists of an inner pipe (which is connected to the transport pipeline) and a jacket, which forms a pipe in the lower part, and the value of which can be adjusted in the usual way for grain nozzles ( a device for adjusting the slit size is not shown in the drawings).

К трубе / креп тс четыре электромагнита 3, которые дл сопла с возвратно-поворотной рамкой выполнены тороидной формы и расположены по окружности, а их общий корь 4 в виде кольца составлен из стальных и пластмассовых отрезков. Д.л соп.ча с возвратнопоступательпо движущейс рамкой электромагниты 3 расположены по углам нр моугольника и имеют пр молинейную форму, а их кори 4 выполнены в виде двух стержней.Four electromagnets 3 are attached to the pipe /, which for a nozzle with a reciprocating rotary frame are made of a toroidal shape and are located around the circumference, and their common measles 4 in the form of a ring are composed of steel and plastic pieces. A pair with a reciprocating frame moving the electromagnets 3 are located at the corners of the np of the polygon and have a linear shape, and their measles 4 are made in the form of two rods.

К кор м прикреплены щтанги 5,Rods 5 are attached to the box,

SU552694A 1956-05-30 1956-05-30 Machine for unloading cotton seeds from covered wagons SU108472A1 (en)

Priority Applications (1)

Application Number	Priority Date	Filing Date	Title
SU552694A SU108472A1 (en)	1956-05-30	1956-05-30	Machine for unloading cotton seeds from covered wagons

Applications Claiming Priority (1)

Application Number	Priority Date	Filing Date	Title
SU552694A SU108472A1 (en)	1956-05-30	1956-05-30	Machine for unloading cotton seeds from covered wagons

Related Child Applications (1)

Application Number	Title	Priority Date	Filing Date
SU813330970A Addition SU987811A2 (en)	1981-08-21	1981-08-21	Analogue signal to time interval converter

Publications (1)

Publication Number	Publication Date
SU108472A1 true SU108472A1 (en)	1956-11-30

Family

ID=48381584

Family Applications (1)

Application Number	Title	Priority Date	Filing Date
SU552694A SU108472A1 (en)	1956-05-30	1956-05-30	Machine for unloading cotton seeds from covered wagons

Country Status (1)

Country	Link
SU (1)	SU108472A1 (en)

1956
- 1956-05-30 SU SU552694A patent/SU108472A1/en active

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