SU743652A1 - Method of determining water-resistance of granular combine fodder for fishes - Google Patents

Description

: 3

The input of the gauge recorder 4 is supplied by electrically from the installed 13 craKaiic 2 by means of three sensors 3, the number of which is selected from 39% of the sensor, and with a comparison of the sensor 7, by the same part of the program, by the 10-year-old staff of the pro- gramme of the pro- ioxi iviyo and;: pa: itenitelpipe electrodes. This dat1 kp 3 and 7 xa |) ai is sealed with high sensitivity and allows HCiipeiJbiBno and selectively control the content of water components in the aquatic environment.

As a result, during the analysis, water granules of the granules can automatically record changes over time as the weight of the granules as they swell and deteriorate in the medium, as well as the loss of their nutritional properties as they dissolve in the aquatic environment. This allows uol i; u) iMibie is very flexible from the point of view of both mechanical and chemical impact, causing loss of nutrient values of the granules due to dissolution in water, 1 | x comyuentosis kooma.

1ppmer is dehydrated by the way.

The prose definition of the automatic identification of the grinded fresh food for fish produced according to the recirculation system that is recipe L 110-1. Prescription

50 20

n inpoTBi

9

wheat

389 i.i

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TeMHjpaTvpa sun; days () and connections 20 S.D.I. | KCH1ryvny) anin isomer and weight ;; ipaHy.i in the course of the analysis oini was preliminarily mechanically connected with the mobile anotams of the little1-abarit110 | -o s.twenncio di () () () mehiotron of the type iiMXIC. isi ihodil: 7electric sichgal whose, nroi (1p.chiona;, P) Iyi 1: imenca imenca in the ho.ch ana.ti.i ,.ist () iro15als with a multi-torque electric potentiometer type EPP-OE. For simultaneous control and;) neo-network of nets in I () separate Hbix iochov (;) aiorevoren 11 and separate water parks; Thiiopiniiyx komiopeptor, kombi; o1) .1a) into water with aprillziIp tp; l l; and granule Mi; 1i iomen1, yeny, uychee, elektrvvny elektr () d of type ESL-51G-05 and kch.huygate.tnye h.orererebr rych e.chektrodiiya EVL-1D 3. Signals ea.tektrodov 110st Ch1ali through j; ieKtrometrichnyy power unit:) The first input resistance (there was no power amplifier of the PH-340 device) on the input of an electronic potentiometer of the EP11-09. In this way, the automatic checkers were detected as r; 3. The change in the weight of the granules during the analysis, as well as the solution of individual components

In particular, nostuilepie in the aqueous layer is affected by the effects of this. Daipye about changing the veea granules (output yel-ala

mechanotroia) and the change of signals from electrodes ESD-51G-05 and EVD-1MZ (electrode system for patron-selective control of the aquatic environment) are summarized in the table.

How. 113 tables can be seen; the methods caused by the method allow automatic control (registration of the kapetikn processes of both mechanical and chemical destructive power of the E-one medium on the analyzed graphs.

Ф о .р м у л а and 3 o b e te e u u

The method for determining water-resistant granulated compound feed for fish in the aquatic environment of the test pellets in the aquatic environment and registering the destruction of the granule with the weight of the granules is about 11 hours a day. that, with good results and reliably obtained analysis results, the dynamics of their loss of gigantic substances, containing HuixcH in the compound feed components, are determined by means of selective analysis of the aqueous medium.

The details of the information, lio lio note with ekepertiz:

1. Avt-orskoye with 5th USSR certificate

According to the LAU 2538663 / 23-13. : cl. A 01 K 6.00, 1977 (prototype).

Claims (1)

The method for determining the water resistance of granular compound feeds for fish by placing the studied granules in the aquatic environment and registering the destruction of grape meal 9 Chalk ’j Tempur; water of 20 'C. For continuous recording of a change in stump weight ;: granules during the analysis, they were preliminarily mechanically connected to mobile: anols of a small dual diode mechanotron of type 6MXIC, whose high electrical signal, proportional to the change in the weight of granules during analysis, was recorded by multipoint electronic type of; ENN-09. For the simultaneous control of the process of entering the water of the SSS.– separate priests (dissolving the individual soluble components of the feed) ι aqueous medium with the analyzed mi granule; were placed .iolective electrode type ESL-51G-05 and auxiliary! silver chloride type EV51-1MZ type. Signals from the electrodes were fed through an electrometric amplifier with a large input resistance (an amplifier of the PH-340 device was used) to the input of an electronic potentiometer of the type EPP-09. Thus, both the change in the weight of the granules during the analysis and the dissolution of the individual components, in particular, the influx of sodium into the aquatic environment through the sea, the influence of the aquatic environment on the recipe component of the analyzed feed - fish meal were automatically recorded. Data on the change in the weight of the granules (the output signal of the mechanotron) and the change in the signals from the electrodes ESL-51G-05 and EVL-1M.Z (electrode system for sodium-ion-selective con trol of the aquatic environment) are tabulated and b 8 10 12 '14 16 9 1 1 17 i 15 | 9 and 2 > 8 9 '15 23 pool mechanotron when changing their weight, with the l and ch and yshch and th with that. that, in order to improve the accuracy and reliability of the obtained analysis results, in the process of granule destruction, they determine the dynamics of their sweating of the nutrients contained in the components of the feed by means of an ion-selective analysis of the aquatic environment. Source of information taken into account during the examination: