SU1576772A1

SU1576772A1 - Lubricating feeder

Info

Publication number: SU1576772A1
Application number: SU884429395A
Authority: SU
Inventors: Юрий Алексеевич Пономоренко; Владимир Петрович Шиманский; Сергей Михайлович Топалер; Анатолий Иванович Клевцов
Priority date: 1988-05-24
Filing date: 1988-05-24
Publication date: 1990-07-07

Abstract

Изобретение относитс к технике смазки различных машин, в частности высокоскоростных подшипников качени металлургического оборудовани . Целью изобретени вл етс расширение диапазона регулировани доз смазки. Смазочный питатель содержит резервуар 1, корпус 2, в дне которых выполнены каналы 3 дл подвода смазочного материала во входной коллектор 4, кольцевой канал 5, по которому смазочный материал подводитс к отверсти м во входном коллекторе, канал 7 подвода сжатого воздуха, камеру 8, отверсти подвода воздуха, транспортирующий элемент 10 с дозирующими камерами и продувочными отверсти ми и выходной коллектор 13 с отвод щими каналами 14, установленные во втулке 15, вал 16, осуществл ющий привод транспортирующего элемента, возвратно-вращательный привод 17, св занный с валом 16 через муфту 18, сектор, фиксирующий конечные положени входного коллектора 4, и штифт 20, установленный на муфте 18. 2 з.п. ф-лы, 6 ил.The invention relates to a technique for lubricating various machines, in particular high-speed rolling bearings of metallurgical equipment. The aim of the invention is to expand the range of lubricant dose control. The lubricant feeder contains a reservoir 1, a housing 2, in the bottom of which channels 3 are provided for supplying lubricant to the inlet manifold 4, an annular channel 5 through which lubricant is supplied to openings in the inlet manifold, compressed air supply channel 7, chamber 8, orifices air supply, transporting element 10 with metering chambers and blowing holes and output collector 13 with outlet channels 14, mounted in sleeve 15, shaft 16 driving the transporting element, reciprocating rotary drive 17 connected to the shaft 16 through the coupling 18, a sector fixing the end positions of the inlet manifold 4, and a pin 20 mounted on the coupling 18. 2 Cp. f-ly, 6 ill.

Description

4four

Фиг. 2FIG. 2

Фиг. 3FIG. 3

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риъ. 6ri 6

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Фиъ. 5Fi. five

Claims

Claim

1. A lubricating feeder containing a container with lubricant, a housing with a compressed air supply manifold and output channels, a transporting disk with metering chambers evenly spaced around the circumference, mounted in the housing with the possibility of reciprocating movement from one position to another, while in the first extreme in position, the metering chambers are connected with a lubricant reservoir, and in the second, with a compressed air supply manifold and output channels, characterized in that, in order to expand the control range for of grease, a grease supply manifold is made in the housing, purge holes are made in the transporting disk, a lubricant reservoir is connected to the compressed air supply manifold, while 5 in the first extreme position of the transporting disc, the metering chambers and the reservoir are connected through the lubricant supply manifold, and the compressed supply manifold air is connected through the purge holes to the outlet channels.

2. Feeder by π. 1, characterized in that the metering chambers and purge openings are made with different passage sections.

3. The feeder according to paragraphs. 1 and 2, characterized in that the metering chambers are made of different volumes.

Aa

FIG. 3