Device for soil sampling

FIELD: agriculture.

SUBSTANCE: device consists of a housing, the electric motor with a shaft, and the storage cylinder-borer. At that the electric motor with the shaft is mounted inside and along the vertical axis of the housing, made in the form of a triangular truss consisting of the upper and lower belts which are interconnected by racks having vertical grooves for guides mounted inside the truss perpendicular to the racks with the ability of vertical movement along them and connected to the housing of the electric motor, equipped with handles extending outside the housing. At that, the electric motor shaft is provided with a magnetostrictive oscillator and has at the end a telescopic rod for removable storage cylinder-borers selected depending on the type of soil.

EFFECT: increased productivity of soil sampling and enhanced functional capabilities.

2 dwg

 

The invention relates to a device for sampling of soils disturbed structure and can be used to extract different types of soil samples in the field for a comprehensive analysis of agricultural land.

Known manual soil auger sampler, in which by rotating the casing, the outer portion of which is made in the form of a spiral with a cutting edge, with the mill sampling soils with intact, in the undisturbed soil gets into the sample sleeve and destroyed cutting edge soil enters the interturn space spiral screw and lifted it upward, is formed well. When reaching a certain depth sickle blades cut the column of the monolith, aiming towards each other, block the entrance to prosoprano sleeve and the drill is extracted for the shank axis. (EN 2348754, IPC E02D 1/04, G01N 1/04. Soil corer sampler No. 2007131670/03; Appl. 20.08.2007; publ. 10.03.2009; BI No. 7 - 8 S.: ill.).

The disadvantages of such devices is the low productivity of soil sampling, a large volume of process.

The closest technical solution to the present invention is a device for taking samples of silage, hay and roughage (hay, straw) from clamps, pits, trenches, ricks, haystacks and other stores in agriculture is aicte. The device has a cylindrical body with a conical tip in the form of a helical surface, in which there are openings and hopper. The sampler is attached through a cone-shaped tip with a rotation drive motor (RU S, IPC G01N 1/00, G01N 1/04. The sampler No. 2006110686/12; Appl. 03.04.2006; publ. 20.09.2007; BI No. 26 - 7 S.: ill.).

The disadvantages of this device include low efficiency and inconvenience of use in the sampling of soils.

The technical result is to increase the performance of the selection of the soil, extending the functionality of the device.

The technical result is achieved in that the device for sampling soil, consisting of a body, a motor shaft and cumulative cylinder-Bura, according to the invention the electric motor with shaft mounted within and along the vertical axis of the hull, made in the form of triangular trusses consisting of upper and lower zones, which are interconnected struts having a vertical grooves for the guide, installed inside the farm perpendicular to the racks with the possibility of vertical movement along them and connected to the motor housing, provided with a handle outside the housing, the motor shaft is provided with a magnetostrictive generator and con the e has a telescopic rod for removable cumulative cylinders Boer, select depending on soil type.

The novelty of the claimed technical solution is that due to the design features of the device allows sampling of the soil with the lowest energy costs.

According to scientific-technical and patent literature authors unknown to the claimed combination of features, aimed at the achievement of the technical result and this proposal does not follow clearly from the prior art, which allows to make a conclusion about the suitability of a proposal involving an inventive step.

The proposal is industrially applicable as it is functional and can be used in agro-technological processes of agriculture.

The essence of the proposal is illustrated by drawings, where figure 1 shows an external view of the device for selection of soil - side view, figure 2 - top view.

Device for sampling soil consists of a drive motor with the shaft 1 driven control panel 2 control button 3, submitted to the handle arm 4 devices connected through the reduction gear 5 with magnetostrictive generator 6. The shaft 1 at the end of a telescopic rod 7 can be installed in three positions at depth height due to the catches 8. At the end of the telescopic rod 7 is removable cumulative C is link-Bur 9, select depending on soil type. Telescopic rod 7 is connected with the shaft 1 through the cartridge 10.

The motor shaft 1 is mounted within and along the vertical axis of the hull, made in the form of a triangular farm 11, consisting of upper and lower belts 12, which are interconnected by struts 13 having a vertical grooves 14 for the guides 15 installed inside the farm 11 perpendicular to the posts 13 with the possibility of vertical movement along them and connected to the motor housing, provided with a handle 4 extending beyond the hull.

The device operates as follows.

Pre-telescopic rod 7 adjust the length to the desired depth of sampling soil with clamps 8, the distance between which is 20 cm, then it screwed cumulative cylinder-Bur 9, selected for a particular soil type. When you press the control button 3 on the handle arm 4 engine shaft 1 starts to rotate together with gear 5, which is designed for a specific speed and torque, along with this is the inclusion of a magnetostrictive generator 6, which provides vibration borax to reduce energy loss of the drilling process. Applying a force on the arm 4, is moved vertically by a motor using upravlyaushih on the racks 13 - sampling of the soil sample. The device is powered from an independent source, located in a mobile soil-ecological laboratory.

Device for sampling soil, consisting of a body, a motor shaft and cumulative cylinder-Bura, characterized in that the motor shaft is installed inside and along the vertical axis of the hull, made in the form of triangular trusses consisting of upper and lower zones, which are interconnected struts having a vertical grooves for the guide, installed inside the farm perpendicular to the racks with the possibility of vertical movement along them and connected to the motor housing, provided with a handle outside the housing, the motor shaft is provided with a magnetostrictive generator and at the end of a telescopic rod for removable cumulative cylinders Boer, chosen according to soil type.



 

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FIELD: medicine.

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FIELD: agriculture.

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FIELD: agriculture.

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FIELD: construction.

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2 cl, 3 ex, 3 tbl, 3 dwg

FIELD: mining.

SUBSTANCE: device to measure speed and direction of soil motion relative to an underground pipeline comprises a metering telescopic two-link lever with a sensor of elongation, a hinged joint, a unit of movements count. A hinged joint and a metering telescopic two-link lever are placed into a protective flexible case, besides, the metering sliding two-link lever in the case is fixed with the help of spring centralisers, and also in the metering telescopic two-link lever there is a unit of unlocking of a cord of elongation of the metering telescopic two-link lever.

EFFECT: provision of long-term fault-free operation of a device and convenience of its service without labour intensive earth works.

1 dwg

FIELD: construction.

SUBSTANCE: method to determine frost heave of soil during freezing of a seasonally thawing layer includes drilling of a well before start of its thawing, sampling of soil, measurement of depth of seasonal thawing ξ, definition of dry soil density in samples ρd,th. In addition wells are drilled after freezing of the seasonally thawing layer, on the samples they additionally define density of dry soil after freezing of the seasonally thawing layer ρd,f, and the heave value is determined in accordance with the given dependence.

EFFECT: reduced labour intensiveness of works, increased accuracy of determination of heaving value, provision of material intensity reduction.

FIELD: measurement equipment.

SUBSTANCE: device for soil deformation measurement comprises a deformation-sensitive sensor optical cable, a measurement block connected with a cable, anchors connected to a cable and soil and is equipped with a system of cable protection against damage, including a safety fuse within each anchor, which actuates in case, when the force acting at the side of the anchor at the sensor cable exceeds the specified value.

EFFECT: provision of the possibility to limit a force transferred with an anchor to a sensor cable, in process of anchors displacement relative to each other, caused by soil movements, regardless of soil properties, which may be known unaccurately or change with time.

6 cl, 9 dwg

Sampler // 2484207

FIELD: construction.

SUBSTANCE: sampler comprises a sampling bushing made with the possibility to increase its cross section in process of sample withdrawal, a facility for sampling bushing insertion into a tested material. The sampling bushing is made from two chutes, longitudinal edges of which are equipped with alternating rectangular ledges and grooves, at the same time location of ledge section in one chute corresponds to location of second chute grooves, besides, loops are formed from the ledges of the chute edges, longitudinal axes of holes of which are parallel to the longitudinal axis of the chute and coaxial to longitudinal axes of the second chute loops. Chutes are coupled with each other by means of longitudinal edges. Through holes of the loops at each longitudinal edge of the chute there is a rod pulled, one end of which is equipped with a head, the section of which is more than the section of the hole, and the second end of the rod is equipped with threading, is pulled through holes of the slab made as capable of fixation on the vibrator and is fixed with a nut, at the same time the free end of the sampling bushing is equipped with a circular pad from magnetic material.

EFFECT: provision of integrity of an initial structure of a material sample during its withdrawal from a tested massif of a placer mine, provision of the possibility for material sampling from depth that is more than 2-3 m.

4 cl, 2 dwg

FIELD: engineering investigations in building, particularly devices for determining deformation and strength properties of ground in well.

SUBSTANCE: device comprises probe (working tip), control-rod, pipeline, communication line, loading jig and measuring station. Probe includes hollow cylindrical body with bottom and cap filled with working liquid, elastic shell sealed from body bottom and top. Formed in non-fixed elastic shell area are perforations. Piston with rod is installed in upper part of hollow body above working liquid. Rod passes through cap in sealed manner. Rod is connected with control rod so that piston may move in axial direction. Formed above piston is cavity connected to pipeline. Hollow body has bottom in which air-tight plug is installed. Measuring device is made as linear piston displacement transducer. Through orifices are formed in hollow body wall near body bottom. Arranged from body outside are vertical or inclined grooves aligned with through orifices by lower ends thereof. Air-tight plug is provided with adjustable rest for restricting piston stroke.

EFFECT: simplified structure of probe and measuring devices, increased operational reliability and improved validity of obtained data.

2 cl, 1 dwg

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