CN2895690Y - Drill-rod-free pull-fore well-drilling propelling apparatus - Google Patents
Drill-rod-free pull-fore well-drilling propelling apparatus Download PDFInfo
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- CN2895690Y CN2895690Y CN 200620030152 CN200620030152U CN2895690Y CN 2895690 Y CN2895690 Y CN 2895690Y CN 200620030152 CN200620030152 CN 200620030152 CN 200620030152 U CN200620030152 U CN 200620030152U CN 2895690 Y CN2895690 Y CN 2895690Y
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- pulley
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Abstract
The utility model discloses a pull drilling boosting equipment without drill pipe, comprising three major pulley blocks. One pulley block is arranged inside the framework of an A major pulley block and a B major pulley block respectively, and a coattail board slipway and a coattail sliding plate which is correspond with the coattail board are arranged on the framework, and a plane anti-skid vertical resistance plate is fixed outside the sliding plate in the coattail sliding plate; one pulley block is arranged inside the framework of a C major pulley block; the A major pulley block and the major pulley block in B group are connected through the drive pulley rope; the B major pulley block is connected with the C major pulley block through the auxiliary drive steel rope and all plane anti-skid vertical resistance plates are connected with the recovery steel ropes respectively; as a device without drill pipe is used in the utility model, the shortcomings of easily deformed or fractured drill pipes in the prior art are overcame, and not only the drilling depth can beyond 10,000 meters, but also the utility model can drill horizontally or slantways according to the needs, promoting the equipment recovery or advance freely, thereby meeting the needs of various operations of well drillings, and is worth promoting.
Description
Technical field:
The utility model designs a kind of drilling equipment, designs a kind of drilling impeller without drilling rod pulling force especially, belongs to the boring mechanic field.
Background technology:
Known drilling equipment is by boring tower, hoist engine, engine, drilling rod, the rig that drill bit and other unit construction form, adopt drilling rod to be rotated down reinforcing during its work, (application number is 90216563.1 as Chinese patent CN2072147U, the utility model name is called: disclose a kind of rig the light efficient water drilling rig), it is by transfer case, transmission case, hoist engine, compositions such as drilling tool, complete machine is only realized the drilling tool rotation respectively and is promoted with the gear reduction and the break-in of three pairs of different displacement systems, with double hook pulley and the fast self-contained drilling rod that unloads of widely-pitched two-wire rectangular thread tool joint, the drive disk assembly and the pylon that can incline are installed on and constitute the combined integrate structure on the same frame.This drilling equipment with drilling rod, easy deformation or fracture under the situation of super dark (length) degree, and then cause dark (length) degree of drilling well (hole) can only be limited within 7000～ten thousand metres, be subjected to certain limitation in the use.
Still the report that does not have at present the drilling rod drilling equipment.
Summary of the invention:
The purpose of this utility model is: drilling depth can not surpass the deficiency of ten thousand metres when overcoming the work of drilling well in the prior art (hole) machine, a kind of simple in structure, easy, low, easy to operate, safe and reliable drilling impeller without drilling rod pulling force of cost of production of manufacturing installation is provided, satisfies the requirement of heavy duty service.
The purpose of this utility model is achieved through the following technical solutions:
A kind of drilling impeller without drilling rod pulling force, form by A group, B group, C group three big group pulley combinations, in big group of skeleton of A, be provided with assembly pulley 2, big group of skeleton of A is provided with coattail board slideway 11, be provided with dovetail sliding panel 14 with coattail board slideway 11 corresponding sections, be mounted with the anti-skidding longitudinal resistance plate 6 in plane in dovetail sliding panel 14 outsides; In big group of skeleton of B, be provided with assembly pulley 121 and assembly pulley 122, big group of skeleton of B is provided with coattail board slideway 19, be provided with dovetail sliding panel 13 with coattail board slideway 19 corresponding sections, be mounted with the anti-skidding longitudinal resistance plate 9 in plane in dovetail sliding panel 13 outsides; In big group of skeleton of C, be provided with assembly pulley 15; Assembly pulley 121 among big group of big group of assembly pulley 2 of A and the B is connected by active force wire rope 4, by the assembly pulley 122 among big group of the B active force wire rope 4 is sent in the active force steel-cable channel 17, are provided with multi-level folding mud protective cover 81 in the middle of the assembly pulley 121 among big group of big group of assembly pulley of A 2 and the B; After assembly pulley 122 among big group of the B is connected by big group of assembly pulley 15 of secondary power wire rope 5 and C, secondary power wire rope 5 is sent in the secondary power steel-cable channel 18, are provided with multi-level folding mud protective cover 82 in the middle of the assembly pulley 122 among big group of the B and big group of assembly pulley of C 15; The anti-skidding longitudinal resistance plate 6 in plane is connected with recovery wire rope 3 respectively with the anti-skidding longitudinal resistance plate 9 in plane.
The device interior that is combined at big group of skeleton of A, big group of skeleton of B and big group of skeleton of C is provided with active force steel-cable channel 17, secondary power steel-cable channel 18 and reclaims steel-cable channel 16.
Big group of skeleton of described A and big group of skeleton of C are common disjunctors.
Big group of assembly pulley 2 of described A is made of one or more pulley.
Big group of assembly pulley 121 of described B is made of one or more pulley; Big group of assembly pulley 122 of described B is made of one or more pulley.
Big group of assembly pulley 15 of described C is made of one or more pulley.
The anti-skidding longitudinal resistance plate of anti-skidding longitudinal resistance plate 6 in described plane and plane 9 outsides are anti-skidding plane near the face of the borehole wall, or are the flank of tooth, or are curved surface, or are anti-skidding semicircle cambered surface, or are anti-skidding many faceted pebbles.
The operating principle of drilling impeller without drilling rod pulling force of the present utility model is:
When big group of assembly pulley work of B, pulling force promotes B group main framing backward, because B group main framing and B group flaps are that dovetail is slidingly connected, thrust direction is converted into the lengthwise movement direction before and after causing, and stress point becomes borehole wall both sides; Because the area of the anti-skidding longitudinal resistance plate in B group plane is subjected to the effect of pulling force greater than the area in the cross section of the thickest point of drill bit, big group of assembly pulley of A, big group of assembly pulley of C are pushed ahead by the portion of being slidingly connected with big group of assembly pulley of B.At this moment, because big group of assembly pulley of B is subjected to the indirect effect of the anti-skidding longitudinal resistance plate in plane, the pulley of big group of assembly pulley of B is transformed into fixed pulley, and the pulley of A group assembly pulley then becomes movable pulley;
When big group of assembly pulley work of C, because of A group main framing and C group main framing are common disjunctors, pulling force promotes A group main framing backward, is that dovetail is slidingly connected because A group main framing is organized flaps with A, thrust direction is converted into the lengthwise movement direction before and after causing, and stress point becomes borehole wall both sides; Because the resistance of the anti-skidding longitudinal resistance plate in A group plane is subjected to the effect of pulling force greater than the resistance that advances, B group main framing is in the joint portion slides forwards of big group of assembly pulley of A and big group of assembly pulley of C.At this moment, because big group of assembly pulley of A is subjected to the indirect effect of the anti-skidding longitudinal resistance plate in plane, the pulley of big group of assembly pulley of A is transformed into fixed pulley, and the pulley of B group assembly pulley then becomes movable pulley.
When work, when the active force wire rope turned clockwise, secondary power wire rope then was rotated counterclockwise; When secondary power wire rope turned clockwise, the active force wire rope then was rotated counterclockwise.
Good effect of the present utility model is:
1. drilling impeller without drilling rod pulling force of the present utility model, drilling depth not only can surpass more than the ten thousand metres, and as required can also horizontal drilling or inclined drill, when work, the pulley of big group of assembly pulley of A and big group of assembly pulley of B constantly carries out the in good time conversion of movable pulley, fixed pulley according to the change of duty, its drilling depth can be worthy to be popularized above several times even tens times of various rigs in the prior art.
2. drilling impeller without drilling rod pulling force of the present utility model, but unit work as required, but also multimachine work in combination under the identical situation of type, plane No., uniset of every increase, its propelling just doubles, because it is consistent with last puopulsion equipment stroke route that the back increases the stroke route of puopulsion equipment, the advance resistance of the puopulsion equipment that the back increases is zero, and thrust power then is multiplied on original basis.
3. drilling impeller without drilling rod pulling force of the present utility model, by being installed, beats on different drill bits towards square well or circular well, when drift sand formation or the work of unstable mud layer, can the square or circular stainless steel borehole wall be installed with puopulsion equipment, puopulsion equipment can reclaim or advance in the borehole wall of being installed; To lithosphere also normally drilling well, be fit to the excavation and the heavy duty service of various geology.
4. drilling impeller without drilling rod pulling force of the present utility model, owing to adopted the device of no drilling rod, overcome the deficiency of drilling rod easy deformation in the prior art or fracture, puopulsion equipment reclaims or advances freely, it is simple in structure, manufacturing is installed easily, cost of production is low, easy to operate, safe and reliable, can satisfy the demand of various well-digging operations.
Description of drawings:
Fig. 1 is the utility model operating principle structural representation;
Fig. 2 is one of longitudinal plan of the present utility model;
Fig. 3 is two of a longitudinal plan of the present utility model;
Fig. 4 is the structural representation in the local vertical section of the utility model;
Fig. 5 is the drawing in side sectional elevation at D-D place among Fig. 4;
Fig. 6 is the drawing in side sectional elevation at X-X place among Fig. 4.
The specific embodiment:
Below in conjunction with drawings and Examples the utility model is further described:
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, wherein Fig. 1 is an operating principle structural representation of the present utility model; Big group of assembly pulley of A worked thereupon when Fig. 2 was big group of assembly pulley work of C, simultaneously one of open longitudinal plan of coattail board; Coattail board opened two of longitudinal plan when Fig. 3 was big group of assembly pulley work of B; Fig. 4 is the structural representation in the local vertical section of the utility model; Fig. 5 is the drawing in side sectional elevation at D-D place among Fig. 4; Fig. 6 is the drawing in side sectional elevation at X-X place among Fig. 4.
The expressed component of each sequence number are among the figure: combination drill body 1, pulley 2 in big group of assembly pulley of B, reclaim wire rope 3, active force wire rope 4, secondary power wire rope 5, the anti-skidding longitudinal resistance plate 6 in big group of plane of A, the multi-level folding mud protective cover 81 that is provided with in the middle of big group of middle pulley group of big group of assembly pulley of A and B, the multi-level folding mud protective cover 82 that is provided with in the middle of big group of assembly pulley of big group of assembly pulley of B and C, the anti-skidding longitudinal resistance plate 9 in big group of plane of B, taper Square aiguille 10, big group of coattail board slideway 11 of A, big group of assembly pulley 121 of B, big group of assembly pulley 122 of B, big group of dovetail sliding panel 14 of A, big group of dovetail sliding panel 13 of B, big group of assembly pulley 15 of C, reclaim steel-cable channel 16, active force steel-cable channel 17, secondary power steel-cable channel 18, big group of coattail board slideway 19 of B.
Embodiment: a kind of drilling impeller without drilling rod pulling force, form by A group, B group, C group three big group pulley combinations, in big group of skeleton of A, be provided with assembly pulley 2, big group of skeleton of A is provided with coattail board slideway 11, be provided with dovetail sliding panel 14 with coattail board slideway 11 corresponding sections, be mounted with the anti-skidding longitudinal resistance plate 6 in plane in dovetail sliding panel 14 outsides; In big group of skeleton of B, be provided with assembly pulley 121 and assembly pulley 122, big group of skeleton of B is provided with coattail board slideway 19, be provided with dovetail sliding panel 13 with coattail board slideway 19 corresponding sections, be mounted with the anti-skidding longitudinal resistance plate 9 in plane in dovetail sliding panel 13 outsides; In big group of skeleton of C, be provided with assembly pulley 15; Assembly pulley 121 among big group of big group of assembly pulley 2 of A and the B is connected by active force wire rope 4, by the assembly pulley 122 among big group of the B active force wire rope 4 is sent in the active force steel-cable channel 17, are provided with multi-level folding mud protective cover 81 in the middle of the assembly pulley 121 among big group of big group of assembly pulley of A 2 and the B; After assembly pulley 122 among big group of the B is connected by big group of assembly pulley 15 of secondary power wire rope 5 and C, secondary power wire rope 5 is sent in the secondary power steel-cable channel 18, are provided with multi-level folding mud protective cover 82 in the middle of the assembly pulley 122 among big group of the B and big group of assembly pulley of C 15; The anti-skidding longitudinal resistance plate 6 in plane is connected with recovery wire rope 3 respectively with the anti-skidding longitudinal resistance plate 9 in plane; The device interior that is combined at big group of skeleton of A, big group of skeleton of B and big group of skeleton of C is provided with active force steel-cable channel 17, secondary power steel-cable channel 18 and reclaims steel-cable channel 16.
When big group of assembly pulley work of B, pulling force promotes big group of main framing of B backward, because the anti-skidding longitudinal resistance plate 9 of big group of main framing of B and big group of plane of B is that dovetail is slidingly connected, thrust direction is converted into the lengthwise movement direction before and after causing, and stress point becomes borehole wall both sides; Because the area of the big group of anti-skidding longitudinal resistance plate 9 in plane of B is subjected to the effect of pulling force greater than the cross section of drill bit 10 the thickest points, big group of assembly pulley of A, big group of assembly pulley of C are pushed ahead by the portion of being slidingly connected with big group of assembly pulley of B.At this moment, because big group of assembly pulley of B is subjected to the indirect effect of the anti-skidding longitudinal resistance plate in plane 9, the pulley of big group of assembly pulley of B is transformed into fixed pulley, and the pulley of A group assembly pulley then becomes movable pulley;
When big group of assembly pulley work of C, because of A group main framing and C group main framing are common disjunctors, pulling force promotes big group of main framing of A backward, because the anti-skidding longitudinal resistance plate 6 of big group of main framing of A and big group of plane of A is that dovetail is slidingly connected, thrust direction is converted into the lengthwise movement direction before and after causing, and stress point becomes borehole wall both sides; Because the resistance of the big group of anti-skidding longitudinal resistance plate 6 in plane of A is subjected to the effect of pulling force greater than the resistance that advances, B group main framing is in the joint portion slides forwards of big group of assembly pulley of A and big group of assembly pulley of C.At this moment, because big group of assembly pulley of A is subjected to the indirect effect of the anti-skidding longitudinal resistance plate in plane 6, the pulley of big group of assembly pulley of A is transformed into fixed pulley, and the pulley of B group assembly pulley then becomes movable pulley.
When work, when active force wire rope 4 turned clockwise, 5 of secondary power wire rope were rotated counterclockwise; When secondary power wire rope 5 turned clockwise, 4 of active force wire rope were rotated counterclockwise.
Work finishes when reclaiming, reclaim wire rope 3 pulling anti-skidding longitudinal resistance plate 6 in plane and the anti-skidding longitudinal resistance plates 9 in plane, dovetail sliding panel 14 and dovetail sliding panel 13 are merged, and active force wire rope 4 and secondary power wire rope 5 are pulled out synchronously along with reclaiming wire rope 3.
Claims (7)
1. drilling impeller without drilling rod pulling force, form by A group, B group, C group three big group pulley combinations, it is characterized in that: in big group of skeleton of A, be provided with assembly pulley (2), big group of skeleton of A is provided with coattail board slideway (11), be provided with dovetail sliding panel (14) with coattail board slideway (11) corresponding section, be mounted with the anti-skidding longitudinal resistance plate in plane (6) in dovetail sliding panel (14) outside; In big group of skeleton of B, be provided with assembly pulley (121) and assembly pulley (122), big group of skeleton of B is provided with coattail board slideway (19), be provided with dovetail sliding panel (13) with coattail board slideway (19) corresponding section, be mounted with the anti-skidding longitudinal resistance plate in plane (9) in dovetail sliding panel (13) outside; In big group of skeleton of C, be provided with assembly pulley (15); Assembly pulley (121) among big group of big group of assembly pulley of A (2) and the B is connected by active force wire rope (4), by the assembly pulley (122) among big group of the B active force wire rope (4) is sent in the active force steel-cable channel (17), be provided with multi-level folding mud protective cover (81) in the middle of the assembly pulley (121) among big group of big group of assembly pulley of A (2) and the B; Assembly pulley (122) among big group of the B is connected with big group of assembly pulley of C (15) by secondary power wire rope (5), then secondary power wire rope (5) is sent in the secondary power steel-cable channel (18), be provided with multi-level folding mud protective cover (82) in the middle of the assembly pulley (122) among big group of the B and the big group of assembly pulley of C (15); The anti-skidding longitudinal resistance plate in plane (6) is connected with recovery wire rope (3) respectively with the anti-skidding longitudinal resistance plate in plane (9).
2. drilling impeller without drilling rod pulling force according to claim 1 is characterized in that: the device interior that is combined at big group of skeleton of A, big group of skeleton of B and big group of skeleton of C is provided with active force steel-cable channel (17), secondary power steel-cable channel (18) and reclaims steel-cable channel (16).
3. drilling impeller without drilling rod pulling force according to claim 1 is characterized in that: big group of skeleton of described A and big group of skeleton of C are common disjunctors.
4. according to each described drilling impeller without drilling rod pulling force of claim 1～3, it is characterized in that: big group of assembly pulley of described A (2) is made of one or more pulley.
5. according to each described drilling impeller without drilling rod pulling force of claim 1～3, it is characterized in that: big group of assembly pulley of described B (121) is made of one or more pulley; Big group of assembly pulley of described B (122) is made of one or more pulley.
6. according to each described drilling impeller without drilling rod pulling force of claim 1～3, it is characterized in that: big group of assembly pulley of described C (15) is made of one or more pulley.
7. according to each described drilling impeller without drilling rod pulling force of claim 1～3, it is characterized in that: the anti-skidding longitudinal resistance plate in anti-skidding longitudinal resistance plate in described plane (6) and plane (9) outside is anti-skidding plane near the face of the borehole wall, or be the flank of tooth, or be curved surface, or be anti-skidding semicircle cambered surface, or be anti-skidding many faceted pebbles.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620030152 CN2895690Y (en) | 2006-03-14 | 2006-03-14 | Drill-rod-free pull-fore well-drilling propelling apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620030152 CN2895690Y (en) | 2006-03-14 | 2006-03-14 | Drill-rod-free pull-fore well-drilling propelling apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2895690Y true CN2895690Y (en) | 2007-05-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620030152 Expired - Lifetime CN2895690Y (en) | 2006-03-14 | 2006-03-14 | Drill-rod-free pull-fore well-drilling propelling apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2895690Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100412308C (en) * | 2006-03-14 | 2008-08-20 | 董合民 | Drilling impeller without drilling rod pulling force |
| CN102691475A (en) * | 2012-06-01 | 2012-09-26 | 张永忠 | Energy-saving percussion drill |
-
2006
- 2006-03-14 CN CN 200620030152 patent/CN2895690Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN100412308C (en) * | 2006-03-14 | 2008-08-20 | 董合民 | Drilling impeller without drilling rod pulling force |
| CN102691475A (en) * | 2012-06-01 | 2012-09-26 | 张永忠 | Energy-saving percussion drill |
| CN102691475B (en) * | 2012-06-01 | 2014-02-19 | 张永忠 | Energy-saving percussion drill |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Effective date of abandoning: 20080820 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |