SU87874A1 - Hydrometer feeder for reagents of specific gravity greater than one - Google Patents

Hydrometer feeder for reagents of specific gravity greater than one

Info

Publication number
SU87874A1
SU87874A1 SU407910A SU407910A SU87874A1 SU 87874 A1 SU87874 A1 SU 87874A1 SU 407910 A SU407910 A SU 407910A SU 407910 A SU407910 A SU 407910A SU 87874 A1 SU87874 A1 SU 87874A1
Authority
SU
USSR - Soviet Union
Prior art keywords
hydrometer
feeder
reagents
specific gravity
gravity greater
Prior art date
Application number
SU407910A
Other languages
Russian (ru)
Inventor
В.А. Ковалев
Original Assignee
В.А. Ковалев
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.)
Filing date
Publication date
Application filed by В.А. Ковалев filed Critical В.А. Ковалев
Priority to SU407910A priority Critical patent/SU87874A1/en
Application granted granted Critical
Publication of SU87874A1 publication Critical patent/SU87874A1/en

Links

Description

Известны механнческ1 е приборы дл  аитоматического питани  реагентами технологических маппи на обогат тельных фабр1 ках.Mechanical devices for the aitomatic feeding with technological mappings on enrichment factories are known.

Предлагаемый питатель-ареометр дл  реагентов удельного веса больп1е единицы основан на использовании функцио 1лльпой сн зи между концентрацией раствора j eareuTa и его плотностью, причем глубина погружени  ареометра (при любой концентрации раствора) удовлетвор ет условию истечени  раствора через отверсти  iвпускные окна) в стенке .ареометра в таком объеме, при котором абсолютное количество активного вещества остаетс  посто нным.The proposed reagent-hydrometer for reagents of specific gravity of the large unit is based on the use of a functional removal between the concentration of j eareuTa and its density, and the depth of the hydrometer (at any concentration of the solution) satisfies the condition for the solution to leak out through the holes in the inlet ports) in the wall of the electrometer to the extent that the absolute amount of active substance remains constant.

На чертеже изображен питатель-ареометр в o6nie i впде.The drawing shows the feeder-hydrometer in o6nie i vpd.

Питатель-ареометр состоит- из трех основных частей; нижнего баллона /, посто нно погруженного is раствор; насадки (горловины) 2. форма которой определ етс  раечетом дл  каждого вида реагента; уравнительной чаши 3, котора  нри пулево концентрации раствора сохран ет плавучесть ареометра. Баллон / в свою очередь состоит из двух ноловин: нижней а и верхней б, сопр женных па резьбе и заканчивающихс  yaKoii частью. В нижнюю половнну а баллона ввертывают ниппель -4 с отростком , на который надевают выво.диую трубку 5. Па впещнюю резьбу ниппел  навертывают контргруз 6 дл  сохранени  усто Ч11вости ареометра в плавучем состо нии. Пасадку навинчнвают на узкую часть верхней горловины и закрепл кот контрга11кой 7. В же половине баллона размещен пробковый кран 8, управл емы через лггревель 9 штурвалом JO. Уравнительну о /i иавиичива от а верхню О часть насадки и закрепл  от контргайкой //.The feeder-hydrometer consists of three main parts; the bottom of the cylinder /, is constantly immersed is the solution; nozzles (throats) 2. the shape of which is determined by the resolution for each type of reagent; an equalizing bowl 3, which, at the point of the bullet concentration of the solution, maintains the buoyancy of the hydrometer. The cylinder / in turn consists of two halves: the lower a and upper b, conjugated with the thread and ending with the yaKoii part. A nipple -4 is screwed into the bottom half of the cylinder, with a process on which a pull-out tube 5 is put. The pasadka is screwed onto the narrow part of the upper neck and secured with the cat's counter shield 7. In the same half of the container there is a cork valve 8, controlled through the locker 9 by the JO steering wheel. Equalizing the / i iaviichiva from a to the top of the part of the nozzle and secured from the lock nut //.

Раствор реагента поступает в п татель-ареометр через впускные окна в верхней половине баллона п вывод 1тс  из резервуара через г бкий рез п-ювый щланг. Площадь впуск 1ых окон регул; ру от в соответствии с реагентпым режил ом npo iecca флотацпи.The reagent solution enters the wearer-hydrometer through the inlet ports in the upper half of the cylinder, the withdrawal of the 1-ton from the reservoir through a large cut of the para-meter hose. Square inlet of 1st windows regul; ru from in accordance with the reagent regime of npo iecca flota.

SU407910A 1949-11-26 1949-11-26 Hydrometer feeder for reagents of specific gravity greater than one SU87874A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU407910A SU87874A1 (en) 1949-11-26 1949-11-26 Hydrometer feeder for reagents of specific gravity greater than one

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU407910A SU87874A1 (en) 1949-11-26 1949-11-26 Hydrometer feeder for reagents of specific gravity greater than one

Publications (1)

Publication Number Publication Date
SU87874A1 true SU87874A1 (en) 1949-11-30

Family

ID=48259511

Family Applications (1)

Application Number Title Priority Date Filing Date
SU407910A SU87874A1 (en) 1949-11-26 1949-11-26 Hydrometer feeder for reagents of specific gravity greater than one

Country Status (1)

Country Link
SU (1) SU87874A1 (en)

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