RU23313U1 - DEEP DEPTH CONTROL DEVICE - Google Patents

Description

DEEP DEPTH CONTROL DEVICE

Poyazyaya: the model is based on: to the tech: ol1zhchES (som.u equipment is equipped with: eaiya boreaaaaa iod oil and gas.

The well-known fact that coEssrol E1 byNV1 is well known to A. Bulayuva, A. I. “Companion to Generation Burevnya ,. 2, p. 9 (pro1CH) zh).

The device contains a housing for perfectly aa swan and is connected to a large swan.

Disadvantage: - low reliability of the Ussroksgva, obsoleagennaya: shovgshshm: 01shashya 1Sh1sik; in the building of the fakzcher: sieges, vibrations n i, d,

 Creation of useful work, middle age, is an increase in the standard structure. Solving the specified task)) because the control housing is a wellbore of wells containing a sensor housing connected to a shaft and a shaft of a cradle and a metal shaft, inside of which there are installed in the bearings: a shaft on which a MiertaJiitaHec1 disc is mounted %: rial with opaque Iprikhovko directed to the center of the disk. The casing of the device is attached to; the flap through the connecting switch. Inside his xopojyca, one O1 is installed and a weighty vlaz-eiekzroniki. The shaft is sealed relative to the housing. Odesh from podshishshshv established and oooh, zafkksiro1aaan: oh in the case find. The succes sion of a lulase model is illustrated in FIG. 3 ... 3, where: In FIG. I - shows the installation diagram of the device aa drilling. On ft 2 -vrideshn šshcheniya ustronsya with a metal disk. In FIG. 3 - shows a variant of the execution of the device with oryuzrachnsh; disk: The magnitude of the microprol of the depth of the well (Fig. 1) includes the corne 1, attached through a clamp 2 to a winch 3, equipped with a drive 4. On the shaft 5 outside the housing 1 there is a gear wheel of the sensor 6, to which the drive wheel 7 is connected,

2001133898

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MPK 7 E21 B47 / 12 wyayayenoye shaft shaft winch 8. The winch 3 is equipped with a cable 9 and a tackle block 10,

installed in Bgm at the top: drilling hour: and pre-occupied: / nd: grading and “odbema colv1 1 1 drill pipe 12.

Usggruy: cg KDHripoicr squatting squeegees with guards (photo 2) body houtch I jasper J3, shaft 6; Kryashka 16: 11, line 11, medium: 17, on the cover. magarish with aesphrastic: shading., and directing to netctpy disk 22. The body number 1 on the C-JOKKHX 23. dowel sleeves 24 mounted 1: 1a, only one: at least one state electric staff 25. Stand 23 connected with hoods: roof racks 26. . 28. Pra oskusaniya: shiaoany drill-phub 12 winch 3 o through gear wheels 6 and 7 of your gear 5 with a metal disk 21 with slots "A (file 2) or a disk from a transparent magshrial with an opaque groove, most of the caches of disk 22. Sensor 13: generate 1 pulses, they are fed to electronic boards 25 for: amplification: and: 1transformations and more - electrical connector 18 for transmission to monitoring and measuring equipment, including computers and the driller console (shown in Figs. 1 ... 3 ke.)

In pesyjibaarjt: the information relating to the revolutions of the winch 3 is converted into impulses, ups, its number which is ogromicably deeper than the borehole N (Fig. I).

Conducted patented assesedovaya poszazapi, pkh) the proposed and clinical solution has the novelty and aroma of the solution.

The implementation of the useful is “eshically feasible. All komplektuyuyusche parts can be manufactured using serial, universal equipment.

Sifiojr) 2

Application of the utility model allowed:

1. To increase the reliability of the sensor by eliminating the influence of climatic (1K and operating conditions.

2. Increase the accuracy of measurements by having eliminated the external interference that came to work and the device of external interference: precipitation, magnetic fields, etc.

Authors: W. 1 // ... Grigyashkshg A. Varlamov S. E. K.

Claims (5)

1. A device for monitoring the depth of the well, comprising a sensor inside the body that is connected kinematically to the winch shaft, characterized in that the body is sealed, a shaft is mounted inside the bearings on which a metal disk with slots or a disk of transparent material with an opaque hatching directed to the center of the disk.  2. The device for controlling the depth of the well according to claim 1, characterized in that its body is attached to the winch through a connecting collar.  3. A device for controlling the depth of a well according to claim 1 or 2, characterized in that one or more electronics boards are installed inside its body.  4. The device for controlling the depth of the well according to any one of claims 1 to 3, characterized in that the shaft is sealed relative to the housing. 5. A device for controlling the depth of a well according to any one of claims 1 to 4, characterized in that one of the bearings is mounted in a support fixed by a nut in the housing.