The device for changing the drilling element in the installation of drilling rock soil
The invention relates to the drilling technique, namely the device intended to change the drill element in the installation of drilling rock soil. The device for changing the drilling element in the installation of drilling rock soil contains the vehicle, a beam mounted movably with respect to it, which is movably attached to the drill site that contains, at least, drill hammer, feed rod and the feed means. The device contains at least one store for storing drill elements used in the drilling process, and the power change drill elements, providing their transport between store to store drill elements and drill site. Shop for storage of drill elements installed on the vehicle or on a beam separately from the drill site, and the device comprises means for moving the drill site at a given position and a given location relative to a shop for storage of drill elements for changing the drilling element. An object of the invention is a device for changing the drill bit or other drilling drill element node, having a simple design is sa and does not increase the dimensions of the drill site. The device has high reliability. 7 C.p. f-crystals, 4 Il.
The invention relates to a device intended to change the drill element in the installation of drilling rock soil containing a vehicle and a beam mounted movably with respect to it, which is movably attached to the drill site that contains, at least, drill hammer, feed rod and the feed means, and the device contains at least one store for storing drill elements used in the drilling process, and the power change drill elements, providing their transport between store to store drill elements and drill site.
Extremely high stresses occur in the drill bit used for drilling rock soil, so the bit must be changed due to wear and possible damage. For efficient drilling of rock soil drill bit should be in good condition. In the known solution at the drill site, install the device change the drill bit, including the store. However, this solution has the disadvantage that the weight and dimensions of b who I viewed as unsatisfactory. For heavy constructions require a powerful beam and heavy tool to move the drill site, and it also increases the cost of manufacture of the equipment. Also, maintenance and commissioning of equipment difficult, when you shop for the drill bit and the block change is placed close to the feed rod. In addition, removing a used drill bits and store new bit difficult. In addition, not all cases have the capability of providing a drill site, drilling bits in sufficient quantities, because the weight and dimensions of the store limit the number of drill bits. We developed the equipment, allowing to solve the above problems, in which the drill bits in advance is fixed at the ends of the drill rods, and then they are placed in the store for storage of drill bits on the vehicle. In such embodiments, the problem lies in the fact that the device for manipulating the rod requires a certain degree of freedom in order to be able to move the drill rod with drill bit from the store to the drilling site. In this case, should be provided with the ability to manage complex movements, which use expensive ito, because drilling bit attached to drill rods, to manipulate them is difficult because of their large size and weight. This store occupies a lot of space.
Thus, the prior art a device for changing the drilling element in the installation of drilling rock soil containing vehicle, a beam mounted movably with respect to it, which is movably attached to the drill site that contains, at least, drill hammer, the input beam and the input means, and the device contains at least one store to place the drill elements used in the drilling process, and the power change drill elements, providing their transport between the store and the drill site (see, for example, the book Ivanov, K. I., Latyshev Century A. and others, the Technique of drilling in the development of mineral resources, Moscow, Nedra, 1987, S. 124, rice.4.4, 4.5).
However, if you shop for the drilling elements installed in connection with drill site, as in the case described in the book Ivanov, weight and other parameters of the drill site to be very significant. As a result of this work with such a drill site can be complex and the appearance of the object and drilling may be bad. Over the m node.
The technical task of the present invention is to provide a novel apparatus for changing the drill bit or other drilling element of the drill site with a simple design, excluding the regulation of complex movements of the replacement unit drill elements and do not add weight and do not increase the dimensions of the drill site.
This technical problem is solved by a device for changing the drilling element in the installation of drilling rock soil containing vehicle, a beam mounted movably with respect to it, which is movably attached to the drill site that contains, at least, drill hammer, feed rod and the feed means, and the device contains at least one store for storing drill elements used in the drilling process, and the power change drill elements, providing their transport between store to store drill elements and drill site, which according to the invention store for storage of drill elements installed on the vehicle or on a beam separately from the drill site, and the device comprises means for moving the drill usly drill element.
The power change drill elements can be installed on the vehicle or on the beam.
In addition, the power change drill elements can be installed with the possibility of rotation about its hinge between store to store drill elements and drill site and contain the lever is made with the possibility of lengthening or shortening, and at the free end of the lever is located clamping device for gripping the drill elements.
Preferably store for storage of drill elements and the power change drill elements are installed on the beam, resulting in a relative position of the store for items that block change elements and drill site is independent from the position of the beam.
Also preferably, the power change drill elements installed with limited movement in accordance with the relative location of the predetermined position of the shift of the drill site and store to store drill elements.
Preferably the power change drill elements placed on the drill site and made with the possibility of transfer of drill elements between store to store drill elements and the position of the holding at the end of the EIT building, on the periphery of which is placed the pins or lugs for attachment of the drill elements.
Preferably the beam has two rods along the installation drilling rock soil at a distance from each other, and a store for storing drill elements, and the power change drill elements placed between the bars of the beam.
The advantage of this invention is that changing the drill bit does not require complex movements of the unit shift elements, so this unit can have a simple and reliable design. This allows you to reduce the cost of manufacture and operation of the unit shift. In this case, does not require complicated and unreliable sensor or control devices with precise control of movements. The rate of simple movements can significantly increase, which will significantly reduce cost and time to change the drill bit. This solution provides the further advantage that, when the power change items and store items installed on the vehicle or on a beam, they do not add weight and do not increase the dimensions of the drill site, thereby facilitating the manipulation of equipment, providing the best view of the drilling and the placement of store items on the beam or on the vehicle allows you to store larger sizes or more stores that ensures continuous operation of the drill head.
Hereinafter the invention will be described in detail with reference to the accompanying drawings, in which
Fig.1 and 2 schematically represent installation drilling rock soil, which are introduced changer drill element according to the present invention;
Fig.3 and 4 schematically represent the principle of installation of electric pipe used for drilling rock soil.
In Fig.1 is a schematic representation of part of an installation, drilling rock soil, in which you can enter the device according to the present invention. It should be noted that in this application, the term “drill element” refers not only to drilling bits, but also, for example, to electric drill pipes, described later with reference to Fig.3 and 4, and in the drawings also presents a means for the installation of these pipes, and other items that are required during drilling and the manipulation unit change drill elements. Installation drilling rock soil, shown in the drawings, includes maneuvering the vehicle 1 cabin 2 control, as well as the necessary additional devices. Beam 4, which can be raised and lowered using hydrotrend rod, passing along the vehicle 1 at a distance from each other, and they can be left on the ground during the drilling process and, accordingly, to raise at least during handling equipment for drilling rock soil. For clarification of the drawing shows only the rear bar of the beam, and the cross-sectional shape transverse rod 4A, which connects the rod. The actual drill site 5, containing at least drill hammer 7, the feed rod 6, as well as other means of filing, installed on the beam 4, mainly at its free end. In the drawing, the drill site is partially shown by the dashed line. Drill hammer 7 is moved under the action of hydraulic cylinders, for example, along the feed rod 6. Drill site 5 can move in different ways relative to the beam 4. First, the entire drill site can be rotated with the help of a hydraulic motor, for example, in the direction “A” with respect to the first horizontal axis 8. Further, it can be raised and lowered in the direction “B” by means of a lifting device 9 of the drill site, such as a hydraulic cylinder. Drill site can also be tilted forward and backward relative to the beam 4 in the direction “C” as pocataligo hammer with the other tilting cylinders, not shown in the drawing. Using the navigation above the drill site can be sent is specified by, due to which it can be used for drilling many holes, for example, in the ceiling, walls or floor of the tunnel. Specified position of the drill site, you can hold by pressing separate supports to the surface during drilling. In addition, the equipment for installation of anchor supports on rocky ground or loading equipment can be mounted on the feed rod, which can be moved in the drilled hole in the step mode, for example, as soon as the drill bit with the drill rod is moved in the lateral direction. For drilling using the extensible rods for them to set the store 11 for storage of drill elements, mainly on the drill site, and the rod can be connected in series between a corresponding automatic means or rod can be disconnected from the system of drilling rods and known way to stack for storage.
When drilling with increasing weights blunt drill bit usually replace before drilling a new well, as in any SL, Arashiyama rod disassemble and drill the node is moved to the position change. After replacing the drill bit drilling unfinished well in most cases you can continue, then drill site translated using system automation control beam to the hole of the well.
Change the drill bit according to the invention in this case is thus that the store 12 is placed on the beam, and is intended for drill bits to be replaced, and this store can preferably be rotated in the direction “E”, and in this store to store drill bits or any other necessary items can be stored in an easy way. If necessary, you can use other types of stores, such as a chain. The store shown in the drawing, in the simplest embodiment, may be made in the form of enclosure 13 disk-like shape on the peripheral part of which has pins or lugs 14, which can be worn elements 15, which is made of the inner hole. In this way it is easy to capture the outer peripheral part of the elements of the fixture block shift elements or any other similar managing device. Shop 12 advantages of the pile, it does not hinder the view and does not increase the overall dimensions of the device of the rock drilling soil. Because the store 12 is not placed on a drill site, it may be increased in size so you can fit more items than previously. Further, in accordance with the invention idea unit 16 shifts is installed on the installation of drilling, and block shift elements refers to the type in which the manipulator is able to move the drill elements 15 between elements 12 and the drill site 5. The drill head is moved to a predetermined position to change elements. In modern installations, drilling rock soil is known, the use of automation, such as digital for the direction and control of the beam and drill site automatically in accordance with precise drilling program. Such control can also be used to transfer the drill site in the position to change elements. Because it is precisely known relative location of the store 12 elements and drill site 5 in the position change of the elements and, further, since the drill site that is in this place, anyway is located in a favorable position in relation to the implementation of change within was protosols more than two axes, i.e., enough to have at least two degrees of freedom. The drawing shows a block shift elements containing the lever 17, the hinge connected to rotate with the beam, and the other end thereof can be extended and shortened in the direction F. At the free end of the lever 17 has a clamping device 18, which captures the elements to be transferred over the external peripheral part. Unit 16 shifts the drilling elements can be rotated about a horizontal swivel connection 19 in the direction G by using the hydraulic cylinder 20 or the relevant Executive mechanism.
The drill element is placed so that the drill rod Assembly can be disassembled automatically (bar behind the bar) and send them to the store for storing drill rods.
Rod usually join in a threaded connection that can be released by rotating the drill hammer. If necessary, drill hammer can be used to churning released jammed connections. When the last drill rod with drill bit on the end of the pull produced from the well, the drill site 5 is transferred to a position at which change the drill bit, and at this stage elements. The drill site is mainly transferred in the vertical position, in which the selection of the drilling elements of the store and their placement for connection to the drill site can be performed without changing the position of the clamping device. If the clamping device 18 of the unit 16 shifts the drilling elements are pivoted, the change can also be produced when the drill site move horizontally relative to the vehicle or transform it in a certain angular position. On the position change of the elements of the drilling unit should be mounted at a height of predominantly so that the power change drill elements could change element, advantageously using moving block. Rotational motion block change drill elements are easily limited by mechanical means, for example, when translating it into the specified position in this case does not require regulation of specific movements or execution of control operations. The lower position of the lever 17 unit change drill elements can also limit mechanically relative to the store 12 for storage of drill elements, and in this case, the unit shift elements has the ability to turn on the set the tracks to limit the extreme positions, for example, using stem 17A, since the distance between the unit 16 shifts the drill elements and store 12 for storage of drill elements, and between the block 16 of the shift elements and drill site 5 is known in advance. When the positional displacement of the block is quite simple, as in this case, without having precise control of the movements, design and principle of operation of the unit shift can easily be represented by applying conventional drilling elements that were considered reliable. Further, there is no need to use complex control and measuring equipment. In addition to this, the velocity of the block change drill elements can be large.
Using unit 16 shifts the drilling elements remove drill bit with shank 28 and transfer it to a shop to store the elements from which the unit shift simultaneously captures a new drill bit and transfers it to the drill head. Drilling element is placed using block change drill elements in the direction along the axis “H” move or feed hammer drill 7, with threaded connection of the drill member with the shank of the bit is clamped when screwing the bit on the thread between ale is Eesa means, holding the rod in place after removing the drill bit from the shank. After this drill, the hammer is moved back to its original position, between the bit and shank you can install the extension. To perform continuous drilling can accommodate a variety of extension poles between the drill bit and hammer drill. Also, you can set the power change drill elements so that he could file a drill bit directly to the end of the feed rod to hold that allows you to speed up the operation.
In addition to the solution shown in Fig.1A, it is possible to place the power change drill elements and store to store drill elements on the vehicle, in this case, the location of the block shift and store known regardless of the position of the beam. The power change drill elements can also be installed on the vehicle, and a store for storing drill elements on the beam, or Vice versa. In the latter case, the position of the block change drill elements with respect to the store for storage and data necessary for the control unit shifts can be obtained by using, for example, the respective sensors to the provisions of the strong elements. Depending on the point of fixation unit change drill elements and store to store drill elements moving unit change between the shop and drill the node is managed either through fixed restrictors, or on the basis of the information issued by the respective position sensors.
In Fig.2 presents a solution in which the unit 16 shifts the drilling elements mounted on a drill site 5. Unit 16 shifts the drilling elements can be fixed hinge on a feed rod 6, in this case, it can capture elements 15 from the magazine 12 for storage of drill elements and transfer them directly to the end of the feed rod to secure. Drill element 15, which is designed for fastening on the end of the feed rod, shown by the dashed line. For clarity, not shown actuators, which are used to rotate the unit 16 shifts the drilling elements. This option provides the advantage that, when the drill element 15 is captured for retention, unit 16 shifts the drilling elements can be rotated without any complicated controls, because the relative location of the block change drill elements and the position at which vypolnjaete is retenu translates to known position at a desired location with respect to the store 12 for storage of drill elements for changing the drilling element, the location of the block change drill elements relative to a shop for them on the position shift is also precisely known.
In Fig.3 presents the principle of placing electric drill pipe in the well. The purpose electric drill pipe 21 is to prevent pieces of rocks 22 formed in the drilling process, to wrap up the drilling environment during drilling downward or down a slope, and flow down in a drilled well. Drill electric tube forms a circular mound, located high above the drilled borehole. To install electric drill pipe 21 are drilling the initial hole 23, using a drill bit the diameter of which is larger than the diameter of a given well, and then electric drill pipe is partially pushed into the borehole, as shown in Fig.4. The internal diameter of the electric drill pipe 21 is chosen so that the actual drill bit 24 with elongated rods 25A, 25b, 25C can be pushed through the pipe for the drilling of wells 26 of a given size. Drill electric pipe of this type is usually set manually, which is laborious and inconvenient and does not meet modern requirements for drilling rock soil. This is ametra, designed for drilling holes for electric drill pipe, can be placed in the store for the items and get it from the store, and the appropriate tool to install electric drill pipe can be placed on the shank after drilling holes for electric drill pipe. Then the unit shift elements delivers electric drill pipe that you want to install, and puts it on the tool associated with the shank and the tool has the form of a plunger 27, and after that electric drill pipe 21 is led to the plunger to install and enter it into the opening 23 through the feeder hammer drill. Next, the plunger is removed using block change elements, and the drilling continues in the usual way via electric drill pipe.
You can use not one but several shops to store items, for example, are two: first store for tools, such as drill bits and the plunger for electric drill pipe, and a second store for electric drill pipe. Shops, for example, may be such as shown in Fig.1, they can be placed adjacent to each other side by sides in the volume between the forks of the beam, looking from the front of the drill hammer. In this SLC shift elements can also rotate in the lateral direction of the hammer drill. Lateral movement of the block shift elements can also be restricted in its extreme position. On the other hand, shopping can be arranged in such a way that, if you need to manipulate the elements, then each time the store lead to a certain place where the unit shift elements can manipulate the items in the store. This layout also determines the coordinate at which the drill site is placed in a position to change the elements.
The drawings and their description is provided only to illustrate the merits of the invention. In detail the invention may vary within its formula. Thus, beam hammer drill or drill site does not have to be such one as shown in the drawings, the invention can be applied to installations drilling rocky soils of other types. Further, in contrast to the construction shown in the drawing, the unit shift elements may allow rotation only horizontally, in this case, shop for items can be placed, for example, behind the cab on the vehicle. Replaceable elements and block their change in this case will require the simplest of rotation of the block change only n is altoadige of the invention can successfully be used in other situations, not only with regard to change drill bits, etc. when drilling with extension rods. So the device according to the present invention generally does not need to contain a cartridge with drill rods or it can be placed in any other location, not on a drill site.
1. The device for changing the drilling element in the installation of drilling rock soil containing vehicle (1), beam (4) is mounted movably with respect to it, to which is movably attached to the drill site (5) containing at least drill hammer (7), the feed rod (6) and the feed means, and the device comprises at least one magazine (12) for storage of drill elements used in the drilling process, and the block (16) change of drill elements (15), ensuring their transfer between the magazine (12) for storage of drill elements and drill site (5), characterized in that the magazine (12) for storage of drill elements installed on the vehicle (1) or beam (4) separately from the drill site (5), and the device comprises means for moving the drill site (5) at a given position and a given location relative to the store (12, is the unit (16) change of drill elements installed on the vehicle (1) or beam (4).
3. The device under item 1 or 2, characterized in that the block (16) change of drill elements installed with the possibility of rotation relative to it hinge (19), between (12) for storage of drill elements and drill site (5) and contains a lever (17), made with the possibility of lengthening or shortening, and at the free end of the lever is located clamping device (18) for gripping the drill elements.
4. The device according to PP.1-3, characterized in that the magazine (12) for storage of drill elements and block (16) change of drill elements are installed on the beam (4), resulting in a relative position of the store for items that block change elements and drill site is independent from the position of the beam.
5. The device according to p. 4, characterized in that the block (16) change of drill elements installed with limited movement in accordance with the relative location of the predetermined position of the shift of the drill site (5) and store (12) for storage of drill elements.
6. The device under item 1, characterized in that the block (16) change drill elements placed on the drill site (5) and is made from odergivaniya at the end of the feed rod (6).
7. Device according to any one of paragraphs.1-6, characterized in that the magazine (12) for storage of drill elements includes a rotary disc-shaped body (13), on the periphery of which is placed pins or protrusions (14) for fastening the drill elements (15).
8. The device according to PP.1-7, characterized in that the beam (4) has two rods along the installation drilling rock soil at a distance from each other, and the magazine (12) for storage of drill elements and block (16) change of drill elements placed between the bars of the beam.
FIELD: mining; physics.
SUBSTANCE: method involves implementation of wire coil under power for generation of magnetic field in proximity to well. Tube segments plurality trips in and out of well, registering of changes in magnetic field caused by trips of connecting couplings of tube segments through magnetic field, with this changes registered by means of a device for measuring a magnetic flow, filtration of thus obtained signal and calculation of number of changes result in obtaining the number of segments of tubes.
EFFECT: automatic inventory of number of sections of cased or production tubes lowered into well.
26 cl, 5 dwg
SUBSTANCE: extended bars, such as boring bars and anchor bolts, are stocked into a linear accumulating device for rods, equipped with supplying elements for rods displacement up and down in the accumulating device. Feeding elements comprise helical surfaces, by means of which bars are supported in the accumulating device. The required feeding motion is developed by means of feeding elements rotation around their axis of rotation. The accumulating device for bars additionally comprises a displacement facility, which provides for the possibility of bars displacement from the accumulating device into a boring line or a bolt jointing line, i.e. to the centre and back. The displacement device is additionally equipped with a gripping device for bars gripping.
EFFECT: simplicity, reliability, ease of control and transfer to automatic mode, small dimensions and weight of equipment.
29 cl, 13 dwg
FIELD: machine building.
SUBSTANCE: invention relates to the device for vertical directed movement of the tool intended for installation on the derrick floor. The device for the tool directional movement contains the drilling rig that goes from the drilling rig base supported by the derrick floor with possibility of rotation relatively to the first vertical axis. The drilling rig contains the vertical tool guide located at distance from the first vertical axis. The drilling rig rotation relatively to the first vertical axis creates the horizontal work sector of the first tool, and vertical projection of the given work sector touches or crosses the central axis of the through hole in the derrick floor. The drilling rig is installed on the base with possibility of rotation around the second vertical axis that in the horizontal direction is at some distance from the first vertical axis. At that the second drilling rig with the second tool is installed on the derrick floor. The horizontal work sector of the first tool in the vertical projection at least partially overlaps or touches the vertical projection of the horizontal work sector of the second tool.
EFFECT: invention ensures increased productivity and safety of works.
3 cl, 3 dwg
SUBSTANCE: in the method of the compound of the drill rod to the drill string are aligned in the axial direction of the drill rod from the drill string, by rotating the drill rod and the drill string with respect to each other in the rotational direction of disengagement of the threaded connections, determine the angular position of the drill rod when the thread ends of the rod and drillstring slide on each other, mentioned rotation is stopped for a predetermined period and determining the angular position is performed, and rotation of the drill rod to the drill onny relative to each other in the direction of engagement for connecting threaded connection. The rod loading and unloading system comprises a movable arm with a gripping means, means for rotating the drill rod and drill string with respect to each other about their longitudinal axis in the direction of disengaging the threaded connection, and means for detecting the angular position of the drill rod, wherein the ends of the thread of the drill rod and the drill string slide over each other.
EFFECT: automatic and reliable finding of the thread entrance when connecting drill rods.
17 cl, 7 dwg
SUBSTANCE: system for manipulating the drill rods comprises a clamping unit that is rotatable and axially movable in x, y and z directions during rod transportation. The clamping unit comprises: rod grips for engaging and holding a first rod to be moved to the drilling rig; a conveyer for moving the clamping unit from the position of rod collection to the position for connecting rods on the drilling rig, so that in said rod connection position the first rod is axially aligned with the drill string; a centering tool mounted on clamping unit by means of an elongated connector. The centering tool includes a pair of centering jaws. At least one of the jaws is movable to allow the jaws to open and close around the first rod. A portion of said jaws in closed state forms a connecting section and guide neck projecting radially outward from one end of connecting section portion for guiding the axial centering of the connecting section relative to a second rod forming the end of the drill string in order to ensure centered connection of the first and second rods within the connecting section. The clamping unit comprises a support frame mounted on the conveyor and a carriage moved axially relative to the support frame.
EFFECT: reliable and fast movement of the rods, providing accurate axial centering when connecting the rods.
15 cl, 10 dwg
SUBSTANCE: method for end rod disconnection from the drill string includes end rod rotation relative to the rest of the drill string in the release direction of the screw connection for partial disconnection of the end rod from the drill string and clamping assembly engagement with the partially detached end rod. The clamping assembly comprises a frame and a slide, suspended on the frame with a possibility of axial sliding relative to the frame. The slide includes rod grippers to grip and hold the end rod. The slide is displaced axially on the frame rail using at least one displacement element, to resist the axial displacement of the slide forward or backward relative to the frame. The end rod is additionally rotated in the release direction by means of rod grippers for additional disconnection of the end rod from the drill string and the relative axial position of the slide on the frame is controlled using at least one sensor to determine the release of the screw connection and rod separation from the drill string through slide and end rod axial displacement relative to the frame.
EFFECT: efficient and reliable disconnection of drill string rods.
14 cl, 8 dwg
FIELD: oil and gas industry.
SUBSTANCE: plant includes mobile chassis with a frame, on which one or several hydraulic jacks of one mast end equipped with rotary lever and made for guiding pipes into the inclined wellhead, a mast post for mechanical locking of the mast at an angle, a traveling mechanism with a crown block and a block for lifting the pipes on the mast, a pulling winch for lifting pipes along mast from the well, a support beam assembly of the mast screw jack for orienting the mast relative to the wellhead, support ramps of the plant at the well under the chassis and jacks connected to frame and configured to support on the ramp and lifting on the frame from chassis with fixation in working position. The frame is in the form of an assembly consisting of fixed and movable parts relative to the chassis. Movable part of the frame on which the mast base and hydraulic jacks are mounted is mounted on the fixed frame for limited longitudinal movement by means of jacks connecting parts of the frame. The fixed part of the frame is connected with the rear and the front jacks through a telescopic beam for limited transverse movement by means of side jacks which connect the telescopic beam and the fixed part of the frame. The mast for powered lowering of the pipe string into the well is additionally equipped with one or several winches, which lower support is located on the fixed part of the frame, and the free end is equipped with a mechanism for catching the upper end of the pipe string lowered into the well. Each jack is a combination of hydraulic and mechanical hoist for fixing the fixed part of the frame at a required height relative to the supporting ramps.
EFFECT: increased efficiency of the plant.
FIELD: oil and gas extractive industry.
SUBSTANCE: method includes use of device providing for manufacturability of assemblage of casing and drilling columns and concurrent drilling by two columns, provided with independent drives, and drilling, by casing column, of non-stable rock solids performed with frequency no greater than one calculated from formula
where Vmec - mechanical drilling speed, m/min, Fr - friction forces against rotation, Ften - friction forces against linear displacement, R - casing column radius, m, α - angle between vectors of directions of linear and rotating movements.
EFFECT: higher effectiveness, higher productiveness, higher reliability.
2 cl, 5 dwg, 1 ex
FIELD: mining industry.
SUBSTANCE: device has slanting frame with lower rotation drive and localizer, clamps of drilling pipes, stacks for storing drilling pipes. Conveyor is mounted on slanted frame, having adjustable drive, while clamps of drilling pipes having elevator links are fixed to conveyor branches, as well as open localizers and upper drive-swivel, and stacks for storing drilling pipes are placed along movement of conveyor in its upper portion. Upper end of drilling column is placed in well pipeline. At the end of stacks for storing drilling pipes a vehicle is placed with clamps for pipes to provide additional traction force and performing hoisting operations for drilling stalks consisting of several drilling pipes.
EFFECT: higher efficiency.
3 cl, 3 dwg
FIELD: mining industry.
SUBSTANCE: device has transporting base, post with guides and moveable stops, jointly connected via axes to post and placed in upper link of post for rods of force cylinders, which are fixed perpendicularly to support surfaces of moveable stops at moveable rotator, mounted with possible axial displacement along guides of post, and made with possible axial displacement along guides of post, and made wit possibility of their output from area of effect of rods of force feeding cylinders by means of control cylinder, placed on post, drilling stand, hoisting winch, rope and rope blocks. Moveable stops are made with possible rotation around axes in direction of action of rods of force feed cylinders. Their axes are placed in hollow parallel to support surfaces of moving supports and connected to rod of control cylinder, and between each other, via rotation lever, mounted between moveable stops. Cylinder for control is jointly connected to rotation lever and plant post.
EFFECT: higher productiveness.
FIELD: mining industry.
SUBSTANCE: device has transporting base, post with stops in upper connection, moveable rotator with guides, on which corbels are made and control cylinders are fixed, connected by their rods to force support cylinders, which via fixing elements are connected to rotator guides via axes, placed perpendicularly to longitudinal axis of post and surface of guides, directed by their rods for interaction with stops of upper link of post and have opportunity o displacement relatively to rotator guides and output of rods beyond stops of upper link of post, drilling stand, hoisting winch, rope and rope blocks. Axes and elements surfaces mated thereto of force feeding cylinders are made conical. Rods of control cylinders are rotated in direction of stops of upper link for angle equal to half of slanting angle of conical surfaces.
EFFECT: higher productiveness.