The way greasemoneky tambukan mud /native/

 

(57) Abstract:

The invention relates to paleotechnic, namely obtaining medical mud and the production of medicines, including health-care. The technical result is to obtain vysokokonditsionnymi, microbiologically clean dirt and decrease of metal used mechanisms. This method involves the extraction of dirt small dredging machine, automatic feeding mechanisms and further delivery to the mud baths. The extraction of mud produced with normalized depth lithologic layer to 0.8 m with measure the sliding resistance of not less than 2000-3500 Dyne/cm2and the content of microorganisms, including fungi, not more than 100 in 1 gram (ml) mud and subsequent automatic feeding mechanisms and further delivery to the mud baths produced by disposable grab overload in a sealed body of the car that provides isolation from the incoming dust and oxygen within more than 0.01-1.0 mg/l 1 PL.

The invention relates to paleotechnic, namely obtaining medical mud and the production of medicines, including colnam manual labor by removing the bottom mud auger and shovel and lifting her onto the raft (1).

The disadvantage of this method in low productivity of manual labor, unsatisfying needs of mud in the production of mud, high complexity, large number of shifts.

Closest to the claimed method is mechanical extraction sludge treatment mud on Grazia the field is large Tambukan lake, including the extraction of natural mud small dredging machine MSM of nonspecified deep lithological layer and multi-stage automatic feeding mechanisms, further delivery to the mud baths by:

1) mining bucket-transport mechanism MSM on the barge;

2) transporting the barge to the shore installation;

3) grab congestion in the receiving hopper;

4) feed conveyor into the hopper;

5) leave in the body of the vehicle through the gate hopper;

6) shipment by truck to the destination. (2)

The disadvantage of this method lies in mnogostadiinost operation grassadonia, large metal mechanisms, increased contactaremos with aggressive environmental factors (metal is the frequency and quality indicators and in General, the effectiveness of treatment.

The technical result is achieved by the fact that the extraction of mud produced with normalized depth lithologic layer to 0.8 meters to measure the sliding resistance of not less than 2000-3500 Dyne/cm2and the content of microorganisms, including fungi, not more than 100 1.0 (ml) g mud, and subsequent automatic feeding mechanisms and further delivery to the mud baths produced by disposable grab overload in a sealed body of the car that provides isolation from the incoming dust and oxygen within not more than 0.01-1.0 mg/L.

Disposable grab overload exception multistage feed.

Reducing the sliding resistance from 2000 to 1500 Dyne/cm2facilitates the possibility of falsification of muds are less active sapropel and knoll (shear which is 1000-2000 Dyne/cm2.

Increasing the sliding resistance of more than 3,500 Dyne/cm2increases the interval of transition from the conditioned mud to substandard, because the optimal gap between them should be equal to 15%, but not less than 500 Dyne/cm2.

Optimizing content is assisa a layer of dirt, in which the activity of saprophytic microorganisms (antagonists of pathogenic microflora) completed and provides optimal microbiological purity of the layer containing not more than 100 microorganisms, including fungi, in the absence of bacteria of the family Enlerobacteriaceae, Staphilococcus aureus, Pseudomonas aeruginosa.

Eventually, the extracted dirt characterized by high anti-inflammatory activity more than 2 times due to the isolation of bodies of cars coming from dust and oxygen within not more than 0.01-1.0 mg/L.

The output interval for the limit leads to the oxidation of carotene and unsaturated paliggenesia (fatty) acids in accordance with the patent for the invention №2145225.

In connection with the above aeration mud by way of an Author's certificate of the USSR No. 1273112 causes oxidation of hydrocarbon compounds with a double bond and reduction of the biological activity of therapeutic mud, which is unacceptable.

Indicators of the quality of the mud by the present method are determined according to THE on therapeutic and preventive tool, developed by the authors and meets the requirements of mud on the patent of the Russian Federation on the image is ASS="ptx2">EXAMPLE

The curative mud in the mass of 20-50 tons was extracted small dredging machine with normalized depth lithologic layer to 0.8 m with measure the sliding resistance of not less than 2000-3500 Dyne/cm2and the content of microorganisms, including fungi, not more than 100 in 1.0 ml (g).

The table presents the indicators:

Thus, the inventive method in comparison with the prototype has the following advantages:

1. Lets get vysokokonditsionnymi and microbiologically clean the dirt that meets the requirements of balneological and pharmacopaea standard.

2. To reduce the intensity of the mechanism used 3-4 times.

3. To improve the manufacturability of greasemoneky and quality mud indicators FS 42-2917-92 developed by the Imperial family by Shcherbakov.

4. To intensify the process greasemoneky vysokokonditsionnymi dirt more than 2 times.

5. To reduce energy consumption in 5-6 times due to the exclusion of a number of devices power management.

6. To improve the profitability of graseby at least one order of magnitude.

7. To reduce the total number of workers and operators involved in the production of spoils the t able to use the extracted dirt to mud resorts CMS and the production of health care resources.

9. To achieve standardized microbiological purity dirt no more than 100 bacteria in 1.0 g (ml) in the absence of bacteria, Enterobacteriaceae, Staphylococcus aureus, Pseudomonas auruginosa.

10. To increase the biological activity (anti-inflammatory) dirt more than 2 times by reducing contact with dirt catalyzing oxidation of the metal and oxygen, and the exclusion of large-scale operations “prelipceanu”: grab congestion with a transport barge into a hopper; a feed conveyor into the hopper; leave in the body of the vehicle through the gate hopper and so on

11. Reduce the intake of dust and oxygen in mud within not more than 0.01-1.0 mg/L.

The method was developed and implemented as an intellectual contribution authors for the 200th anniversary of the Caucasian Mineral Waters.

The development was facilitated by the General Director of JSC “Kaminko-artresources” Yuri Victor, head of section greasemoneky on the lake Tambukan Shevchenko, Nikolay Ivanovich, technicians, workers and drivers, comprehensive advice provided academician of the Russian Academy of Economics, doctor of medical Sciences, Professor WRATH of Balneology of Krivobokov Nikolai G., and Chief physician of the Center Sarapinas the ASS="ptx2">1. N. With.Svinicki. Mud therapy. GOS. publishing house, Moscow, Leningrad, 1927, page 113.

2. B. N. Evstafiev and other Engineering equipment in paleotechnic. M.: stroiizdat, 1984, pages 95-97.

3. USSR author's certificate No. 1273112 from 1 August. 1986, W. T. Olefirenko, A. D. Gusarov, S., Caftan, M. P. Smirnova, methods of preparing mud for reuse.

4. Krivobokov N. G., Barak Dr. B. N. nature, selected lectures on General balneology, publishing house “Jupiter” Makhachkala, 2001

The way greasemoneky Tambukan mud (native), including the extraction of dirt small dredging machine, automatic feeding mechanisms and further delivery to the mud baths, characterized in that the extraction of mud produced with normalized depth lithologic layer to 0.8 m with measure the sliding resistance of not less than 2000-3500 Dyne/cm2and the content of microorganisms, including fungi, not more than 100 in 1 gram (ml) mud and subsequent automatic feeding mechanisms and further delivery to the mud baths produced by disposable grab overload in a sealed body of the car that provides isolation from the incoming dust and oxygen in the pre-Christ.

 

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