SU96101A1 - DC Electrical Meter - Google Patents

DC Electrical Meter

Info

Publication number
SU96101A1
SU96101A1 SU445099A SU445999A SU96101A1 SU 96101 A1 SU96101 A1 SU 96101A1 SU 445099 A SU445099 A SU 445099A SU 445999 A SU445999 A SU 445999A SU 96101 A1 SU96101 A1 SU 96101A1
Authority
SU
USSR - Soviet Union
Prior art keywords
disk
electrical meter
magnetic
current
moment
Prior art date
Application number
SU445099A
Other languages
Russian (ru)
Inventor
А.В. Дикарев
Original Assignee
А.В. Дикарев
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 А.В. Дикарев filed Critical А.В. Дикарев
Priority to SU445099A priority Critical patent/SU96101A1/en
Application granted granted Critical
Publication of SU96101A1 publication Critical patent/SU96101A1/en

Links

Description

Электрические измерительные ripd приборы посто нггого тока, в частности дл  измерени  нанр жени  иакала в батарейных радионрисмниках, с нодвнжной системой, иредстав,  ющей собой г1()сто 1П1ый магнит, праща ющийс  к магнитном ио.пС, создавасмол( нзмср емым током, известны .Electric measuring ripd devices of constant current, in particular for measuring radiation in battery radar detectors, with an advanced system, and representing themselves with r1 () one hundredth magnet that grows to a magnetic IC, which creates a resin (a current) is known.

Приборы такого иазначени  коиструкт1из )10 сложны, что не дает возлюжности HJHpOKO нримен ть их дл  измере1н-1  иаир жени  накала в батарейных радиоприем 1иках.Devices of this kind and the values of coistruct1 of 10 are complex, which does not allow HJHPOKO to use them for measurement of heat in battery radios.

В описываемом нриборе этот недостаток устранен тем, что подвижна  магнитна  система Бьию;и еиа в виде диска, с(габжеииого эксиент м-1чио прикренленным к FieMy груз1;ком, создаюнхим противодействующий момент . Кроме TOio, нодвижиа  магинт а  система вынолнеиа в вндс Д1ска из немагнитного материала (а;гки 1 иий, и др.), нокрытого тонким слоем норогикообразногоIn the case of Nribor, this disadvantage is eliminated by the fact that the Beyi mobile magnetic system and eia are in the form of a disk, c (a gabrious m-1chio excipient attached to FieMy load1; com, created a counter moment; non-magnetic material (a; gk 1 ii, and others), but covered with a thin layer of a norm-like

ВЫСОКОКОУрЦНТИВНОГОМаГТ ИТ11О 0HIGHLY UPGRADE ITOM IT11O 0

материала (например а.пьсифсра или сплава альии).material (for example A. psiphsra or alloy alii).

На чертеже изображен описываемый прибор, вид спереди . сверху.The drawing shows the described device, front view. from above.

В магнитиом поле, создаваемомIn the magnetic field created

двум  плоски пг еоленоидамн /, вранхаетс  подвнжиа  магнитна  система 2, имеюща  форму диска. ( диском 2 жестко скреилеиа 1Н1днк; торна  стрелка 3, направлеипа  но раднзсу диска, нерисидику.1Ярио у .т Н1н м сил его магнмтнсчо rio/ui. Размахи колебаний диска 2 ограничиваютс  упором стрелки 3 в кра  верхнего соленоида /. К. нредварительно механически уравиовешеиному магиитно.му диску 5 ирикренлси грузик 4, пор дка неекольких милл граммов (в виде, наир(мер, капслг кгг сургуча). Грузг-гк 4 крепитс  в точке, наход.чщейс  в квадратуре с индикаторной стрелкой 3, н отт гивает диск 2 (в данном примере) в ианравлеи(И1 нрот1И часо;5ой стрелки . При отсутствии ток;) стре.пка 3 упираетс  в край соленоида /.a two planar eolenoidamn /, a magnetic magnetic system 2, having a disk shape, collapses. (disk 2 is hard screeled by 1 H1 dna; torn arrow 3, directed to a disk radar, non-sidic. 1 disk 5 irikrenlsi magick 4, on the order of a few milli grams (in the form, nair (measures, kapsglg kgg sealing wax). Cargo-gk 4 is fixed at the point located in quadrature with the indicator arrow 3, it pulls away disk 2 (in this example) in the rule of law (I1 Nrot1I clock; 5th hand. In the absence of current;) strepka 3 rests on the edge of the solenoid.

При прохождеи И через солеьоиды / носто нного тока надлежаиимо иаправ. иа иамагииче.чны: днск 2 иод вли иис.м магнитного но .:; , создаваемого солеиондами /, воздействует крут щий момс1гг, стрем и;ийс  иовериуть диск (в да:н-1О,1 ггримерс) по стре;исс. При слабом токе этот момент мешдне иротиводействующего момента, соWhen passing And through the soyoids / of the constant current, it is proper and correct. Ia and аги аги ч ны ч и од вли и: dnsk 2 iodine influenced by its magnetic field no. created by the solionions /, a torque is applied, it rushes, and Iis and the disk (in yes: n-1O, 1 ggr) measures along the line; With a low current this moment is the opposite of the moment, with

SU445099A 1951-06-16 1951-06-16 DC Electrical Meter SU96101A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU445099A SU96101A1 (en) 1951-06-16 1951-06-16 DC Electrical Meter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU445099A SU96101A1 (en) 1951-06-16 1951-06-16 DC Electrical Meter

Publications (1)

Publication Number Publication Date
SU96101A1 true SU96101A1 (en) 1952-11-30

Family

ID=48371030

Family Applications (1)

Application Number Title Priority Date Filing Date
SU445099A SU96101A1 (en) 1951-06-16 1951-06-16 DC Electrical Meter

Country Status (1)

Country Link
SU (1) SU96101A1 (en)

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