CN102530658A - Cable arranging device - Google Patents
Cable arranging device Download PDFInfo
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- CN102530658A CN102530658A CN2012100332192A CN201210033219A CN102530658A CN 102530658 A CN102530658 A CN 102530658A CN 2012100332192 A CN2012100332192 A CN 2012100332192A CN 201210033219 A CN201210033219 A CN 201210033219A CN 102530658 A CN102530658 A CN 102530658A
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Abstract
The invention discloses a cable arranging device, which comprises a winding mechanism and a running mechanism. The winding mechanism comprises a roller winder, connecting pipelines are wound on the roller winder and are wound or unwound on the roller winder along with rotation of the roller winder, the roller winder can rotate under drive of a first power component, a roller base is arranged at the bottom of the roller winder, and the roller winder is fixedly axially connected on the roller base. The running mechanism comprises a transmission lead screw with bidirectional threads, the transmission lead screw is provided with a rotatable round nut, the round nut is connected with the roller winder through a transmission gear set, the roller base is axially fixedly connected with the round nut, and the round nut reciprocates horizontally on the transmission lead screw to drive the roller base and the roller winder to reciprocate horizontally through the transmission gear set when the roller winder rotates.
Description
Technical field
The invention belongs to an a kind of part of in-vehicle coiled tubing running and pulling device, it is the laterally automatically regulating spooling gear of making to the dynamic monitoring of heavy crude heat extraction hot hole about a kind of.
Background technology
In viscous crude heat extraction by steam injection process; Need carry out dynamic monitoring to the heavy crude heat extraction hot hole, when carrying out dynamic monitoring, need adopt spooling gear (claiming pipeline receipts exhaust system again) to carry out pipeline receipts discharging operation through being installed on the coiled tubing job engineering car.
Spooling gear includes cylinder; Coiled tubing or cable are arranged and are wrapped in a lot of layers on the cylinder; Wirerope on the cylinder must every layer marshalling, closely and suitable predetermincd tension arranged; This is that the pulling force of pipe is very big continuously because in the well that the oil field need be monitored, being lowered to test uses continuously in pipe or the cable.
The most of spooling gears that use at present all are the devices that a cable-remover or guides and so on are installed in the cylinder dead ahead.Though cable-remover or guides can make pipeline being emitted on the cylinder roughly, pipeline is irregular, closely.And when tripping out pipeline, very big along the pulling force of pipeline direction, cable-remover applies pulling force or thrust in the vertical direction of pipeline, and this situation has been brought very big damage to pipeline.
Summary of the invention
The objective of the invention is, a kind of spooling gear is provided, its cylinder can be on base laterally walking, thereby can keep continuous pipe last carry with below process in the variation of angle does not take place.
Specifically, the purpose of this invention is to provide a kind of spooling gear, it is simple to operate, and it is strong to have applicability, powerful, and cost is low, and safety farthest protects continuous pipe injury-free.
Above-mentioned purpose of the present invention can adopt following technical proposal to realize:
A kind of spooling gear, it comprises:
Rolling-up mechanism; It comprises cylinder dish tool; Be arranged with continuous pipe on the said cylinder dish tool, said cylinder dish tool is rotatable and is provided with under the drive of first Power Component, and said continuous pipe is packed up or discharged from cylinder dish tool along with the rotation of said cylinder dish tool; The bottom of said cylinder dish tool is provided with the cylinder base, and said cylinder dish tool is captiveed joint with the cylinder base in the axial direction;
Traveling gear, it comprises the turn-screw with bidirectional helical, said turn-screw is provided with rotating circular nut; Said circular nut is connected with said cylinder dish tool through driving gear set; Above-mentioned cylinder base is captiveed joint with said circular nut in the axial direction, is under the rotary state at said cylinder dish tool, through said driving gear set; Said circular nut level on said turn-screw moves back and forth, and drives said cylinder base and said cylinder dish tool level moves back and forth.
In preferred embodiment; The forward and backward both sides of the bottom of said cylinder base are fixedly connected with the guide rail connecting portion; The below of each guide rail connecting portion is provided with and the concavo-convex line slideway that is connected of said guide rail connecting portion; Said line slideway fixedly installs, and said cylinder base moves back and forth along said line slideway level.
In preferred embodiment, be provided with roll left wheels and right roller set at least on each said guide rail connecting portion, said left and right roller set is rolled in said line slideway and is moved; On said line slideway, be provided with left lateral journey switch and right lateral journey switch, said left lateral journey switch is in the left side of the said wheels that roll left, and said right lateral journey switch is on the right side of said right roller set.
In preferred embodiment, said first Power Component comprises HM Hydraulic Motor and hinge wheel, and said hinge wheel is captiveed joint with said cylinder dish tool, and said HM Hydraulic Motor drives said hinge wheel and rotates, and drives said cylinder dish tool rotation.
In preferred embodiment; Said driving gear set comprises: primary shaft; Be connected with first minor sprocket and first change-wheel that can rotate synchronously on it, coaxial second minor sprocket that is provided with of above-mentioned hinge wheel, said first and second minor sprocket is in transmission connection through chain; Second, itself and primary shaft laterally arrange, and are connected with second change-wheel on said second; Third axle, itself and second laterally arrange, and are connected with first gear on the said third axle; Saidly be connected with the first separate transmission component and second transmission component between second and third; Under the state of second rotation, drive said third axle through first and second transmission component respectively and rotate forward or backwards, be connected with second gear on the above-mentioned turn-screw; Said second gear is captiveed joint with said circular nut, and said second gear and first gear are meshing with each other.
In preferred embodiment; Said first transmission component comprises first magnetic clutch; The 3rd gear and the 4th gear; Said first magnetic clutch and the 3rd gear are connected on said second, and said the 4th gear is connected on the said third axle, and said the 3rd gear is connected with the 4th gear transmission; Under the first magnetic clutch mode of operation, said the 3rd gear is adsorbed on said second by first magnetic clutch and goes up with second rotation, and drives the rotation of the 4th gear, and said third axle rotates along with the rotation of said the 4th gear; Said second transmission component comprises second magnetic clutch, the 5th gear, the 4th; The 6th gear and the 7th gear; Said second magnetic clutch and the 5th gear are connected on said second, and said the 4th is connected between said two, three abreast, and said the 6th gear is connected on said the 4th; Said the 6th gear is connected with the 7th gear mesh with the 5th gear respectively, and said the 7th gear is connected on the said third axle; Under the second magnetic clutch mode of operation, said the 5th gear is adsorbed on said second by second magnetic clutch and goes up with second rotation, and rotates through the 6th gear driven the 7th gear, and said third axle rotates along with the rotation of said the 7th gear.
In preferred embodiment; Through second Power Component, the parallel motion speed of said cylinder base is the scalable setting, and said second Power Component comprises the regulator solution pressure motor; Said regulator solution pressure motor is connected an end of said turn-screw, rotates to drive said turn-screw.
The characteristics and the advantage of spooling gear of the present invention are:
Receipts outfall pipeline device with respect to is in the past compared; Vertical walking through cylinder; And keep coiled tubing last carry with below process in the advantage of the variation of angle does not take place; Make coiled tubing in the process of the last side of putting, remain in-line, played the protection coiled tubing, reduced the purpose of coiled tubing damage thereby use the dish tool of fairleads to compare with great majority in the past.
Description of drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the invention; The accompanying drawing of required use is done to introduce simply in will describing embodiment below; Obviously, the accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is that the master of the spooling gear of the embodiment of the invention looks scheme drawing;
Fig. 2 is the schematic top plan view of the spooling gear of the embodiment of the invention;
Fig. 3 is the schematic side view of the spooling gear of the embodiment of the invention;
Fig. 4 is driving gear set and the turn-screw annexation scheme drawing that shows the spooling gear of the embodiment of the invention;
Fig. 4 A is the A portion enlarged diagram of Fig. 4;
Fig. 5 is that each gear mesh in first transmission component when work of the spooling gear of the embodiment of the invention concern scheme drawing, and circular nut is for just changeing at this moment;
Fig. 6 is that each gear mesh in second transmission component when work of the spooling gear of the embodiment of the invention concern scheme drawing, and this moment, circular nut was for reversing;
Fig. 7 is the schematic side view of line slideway of the spooling gear of the embodiment of the invention;
Fig. 7 A is the A-A generalized section of Fig. 7;
Fig. 7 B is the B-B generalized section of Fig. 7.
The specific embodiment
To combine the accompanying drawing in the embodiment of the invention below, the technical scheme in the embodiment of the invention is carried out clear, intactly description, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the present invention's protection.
The position relation of " front, rear, left and right " among this paper is to be directed against state shown in Figure 1.
Spooling gear extremely shown in Figure 4 like Fig. 1, that the embodiment of the invention proposes, it comprises rolling-up mechanism and traveling gear.Said rolling-up mechanism comprises cylinder dish tool 1; Be arranged with continuous pipe (for example being coiled tubing) on the said cylinder dish tool 1; Said cylinder dish tool 1 is rotatable and is provided with under the drive of first Power Component 2; Said continuous pipe is packed up or is discharged from cylinder dish tool 1 along with the rotation of said cylinder dish tool 1, and the bottom of said cylinder dish tool 1 is provided with cylinder base 1a, and said cylinder dish tool 1 is captiveed joint with cylinder base 1a in the axial direction.Said traveling gear comprises the turn-screw 3 with bidirectional helical; Said turn-screw 3 is provided with rotating circular nut 3a, and said circular nut 3a is connected with said cylinder dish tool 1 through driving gear set 4, and above-mentioned cylinder base 1a is captiveed joint with said circular nut 3a in the axial direction; Be under the rotary state at said cylinder dish tool 1; Through said driving gear set 4, said circular nut 3a level on said turn-screw 3 moves back and forth, and drives said cylinder base 1a and said cylinder dish tool 1 level moves back and forth; That is, said cylinder dish tool 1 can left and right parallel motion.
Specifically be, as depicted in figs. 1 and 2, said spooling gear also comprises left support 1e and right support 1f, and said cylinder dish tool 1 is supported between said left and right support 1e, the 1f rotationally, and said left and right support 1e, 1f are fixed on the said cylinder base 1a.
In the present embodiment, first Power Component 2 drives said cylinder dish tool 1 and rotates forward or backwards, thereby makes the continuous pipe that is wrapped on the cylinder dish tool 1 pack up or discharge.Because cylinder base 1a is captiveed joint with cylinder dish tool 1 in the axial direction; Promptly when the axial level of cylinder base 1a moves back and forth; Cylinder dish tool 1 can move back and forth along with the axial together level of cylinder base 1a, but cylinder base 1a can not rotate along with the rotation of cylinder dish tool 1.Rotation along with cylinder dish tool 1; Driving circular nut 3a through driving gear set 4 rotates together; And because turn-screw 3 is the turn-screw 3 with bidirectional helical; Different occluding relations through driving gear set 4 can make circular nut 3a left and right sides side travel on turn-screw 3, drive cylinder base 1a along turn-screw 3 left and right sides side travels, and then make cylinder dish tool 1 left and right sides side travel.Because cylinder dish tool 1 has the function of left and right sides side travel, make continuous pipe remain in-line, thereby realize the function of from cylinder dish tool 1, packing up in good orderly and discharging continuous pipe last putting in the process of putting.And, because continuous pipe remains in-line last putting in the process of putting, make continuous pipe can not receive the effect of shearing force, thereby protected continuous pipe, can reduce the damage of continuous pipe.
According to an embodiment of the invention; Shown in Fig. 7 and Fig. 7 A, 7B; The forward and backward both sides of the bottom of said cylinder base 1a are fixedly connected with guide rail connecting portion 1b; The below of each guide rail connecting portion 1b is provided with and the concavo-convex line slideway that is connected 5 of said guide rail connecting portion, and said line slideway 5 fixedly installs, and said cylinder base 1a moves back and forth along said line slideway 5 levels.Wherein, line slideway 5 can be placed on the vehicle floor 7, so that the transportation spooling gear.
As shown in Figure 7, be provided with roll left wheels 1c and right roller set 1d at least on each said guide rail connecting portion 1b, said left and right roller set 1c, 1d roll in said line slideway 5 and move; On said line slideway 5, be provided with left lateral journey switch 5a and right lateral journey switch 5b, said left lateral journey switch 5a is in the left side of the said wheels 1c that rolls left, and said right lateral journey switch 5b is on the right side of said right roller set 1d.
According to an embodiment of the invention; Said first Power Component 2 comprises HM Hydraulic Motor 2a and hinge wheel 2b; Said hinge wheel is captiveed joint with the said cylinder dish of 2b tool 1, and said HM Hydraulic Motor 2a drives said hinge wheel 2b and rotates, and drives said cylinder dish tool 1 rotation.
Furthermore, cooperate Fig. 4,4A to shown in Figure 6, said driving gear set 4 comprises the primary shaft 4a that laterally arranges, second 4b and third axle 4c.Be connected with the first minor sprocket 4a1 and the first change-wheel 4a2 that can rotate synchronously on the primary shaft 4a, the coaxial second minor sprocket 2c that is provided with of above-mentioned hinge wheel 2b, said first and second minor sprocket 4a1,2c are in transmission connection through chain.Said second 4b and primary shaft 4a laterally arrange, and are connected with the second change-wheel 4b1 on said second 4b.Said third axle 4c and second 4b laterally arrange; Be connected with the first gear 4c1 on the said third axle 4c; Be connected with the first separate transmission component and second transmission component between said second and third 4b, the 4c; Under the state that second 4b rotates, drive said third axle 4c through first and second transmission component respectively and rotate forward or backwards, be connected with the second gear 3b on the above-mentioned turn-screw 3; The said second gear 3b is captiveed joint with said circular nut 3a, and the said second gear 3b and the first gear 4c1 are meshing with each other.
Further, said first transmission component comprises the first magnetic clutch 4d, the 3rd gear 4e and the 4th gear 4f.Said first magnetic clutch 4d and the 3rd gear 4e are connected on said second 4b, and said the 4th gear 4f is connected on the said third axle 4c, and said the 3rd gear 4e and the 4th gear 4f are in transmission connection; Under the first magnetic clutch 4d mode of operation; Said the 3rd gear 4e is adsorbed on said second 4b by the first magnetic clutch 4d and goes up with second 4b rotation; And driving the 4th gear 4f rotation, said third axle 4c rotates along with the rotation of said the 4th gear 4f.
Said second transmission component comprises the second magnetic clutch 4g; The 5th gear 4h; The 4th 4i, the 6th gear 4j and the 7th gear 4k, said second magnetic clutch 4g and the 5th gear 4h are connected on said second 4b; Said the 4th 4i is connected between said two, three 4b, the 4c abreast; Said the 6th gear 4j is connected on said the 4th 4i, and said the 6th gear 4j is connected with a joggle with the 5th gear 4h and the 7th gear 4k respectively, and said the 7th gear 4k is connected on the said third axle 4c; Under the second magnetic clutch 4g mode of operation; Said the 5th gear 4h is adsorbed on said second 4b by the second magnetic clutch 4g and goes up with second 4b rotation; And drive the 7th gear 4k through the 6th gear 4j and rotate, said third axle 4c rotates along with the rotation of said the 7th gear 4k.
Wherein, as shown in Figure 1 in the present embodiment, said driving gear set 4 is arranged in the left support 1e, and hinge wheel 2b is connected the left side of cylinder dish tool 1.On left support 1e, have left adapter plate 4m and right adapter plate 4n, above-mentioned first, second, third and fourth axle all is rotatably connected between said left and right adapter plate 4m, the 4n.In addition,, and be provided with current colector 8, read electric signal through current colector and cable connection in the left side of the second minor sprocket 2c at left support 1e; The connection lead that two ends is equipped with quick coupling is through the opening on the dish tool beam barrel; An end wherein is connected to the electric connector with the current colector in the support of a dish tool left side, is placed with continuous pipe on the dish tool, cable is arranged in the continuous pipe; Have in dish tool inboard can with the opening of cable connection; Through a slip-ring device make its cable constantly and in the dish tool wall opening be connected, the opposite side harvester is connected with current colector, can accomplish reading and gathering of signal.
According to an embodiment of the invention; Through second Power Component; The parallel motion speed of said cylinder base 1a is the scalable setting; Said second Power Component comprises regulator solution pressure motor 6, and said regulator solution pressure motor is connected an end of said turn-screw 3, rotates to drive said turn-screw 3.In the present embodiment, in the discharge process of continuous pipe, continuous pipe on cylinder base 1a occurs not tight, during inhomogeneous row's cable, can start regulator solution pressure motor 6, and regulator solution pressure motor 6 drives turn-screws 3 and rotates.If because the side travel excessive velocities of cylinder base 1a when causing above-mentioned situation, can start the regulator solution pressure motor drives turn-screw 3 and rotate in the same way with circular nut 3a, the speed of travel of cylinder base 1a on line slideway 5 can slow down.If, can accelerate the speed of travel of cylinder base 1a on line slideway 5 because the side travel speed of cylinder base 1a when causing above-mentioned situation excessively slowly, can start the regulator solution pressure motor and drive turn-screw 3 and circular nut 3a backward rotation.Transfer the horizontal speed of travel of regulating circular nut 3a and cylinder base 1a through turn-screw 3 positive and negative in the present embodiment, make continuous pipe can be evenly, densification, in order, do not push, unloose being arranged on the cylinder dish tool 1.
Wherein, the left end of said turn-screw 3 is provided with left permanent seat 3c, and right-hand member is provided with right permanent seat 3d.Under normal conditions, said turn-screw 3 is connected between said left and right permanent seat 3c, the 3d and does not rotate.And when needing to regulate the horizontal speed of travel of cylinder base 1a, behind the startup regulator solution pressure motor 6, turn-screw 3 just rotates between left and right permanent seat 3c, 3d.
The implementation procedure that moves back and forth of the level of spooling gear of explanation present embodiment below:
At first, HM Hydraulic Motor 2a drives hinge wheel 2b and rotates, and rotates thereby drive cylinder dish tool 1.The coaxial side that is fixed on hinge wheel 2b of the second minor sprocket 2c when hinge wheel 2b rotates, drives the second minor sprocket 2c and rotates, and drives first minor sprocket 4a1 rotation.The rotation of the first minor sprocket 4a1 drives the primary shaft 4a and the first change-wheel 4a2 and rotates, and rotates thereby drive with the first change-wheel 4a2 ingear, the second change-wheel 4b1, and then second 4b rotated.
When second 4b rotates; If this moment, the second magnetic clutch 4g did not work; First magnetic clutch 4d work, then the 3rd gear 4e is adsorbed on said second 4b upward with second 4b rotation by the first magnetic clutch 4d, and the 3rd gear 4e rotates drive the 4th gear 4f and rotates; And driving third axle 4c rotation, the first gear 4c1 on the third axle 4c rotates thereupon.The second gear 3b that the rotation of the first gear 4c1 drives on the turn-screw 3 rotates; Circular nut 3a with the second gear 3b captive joint also rotates (rotation of for example claiming circular nut 3a is forward rotation at this moment); This moment, circular nut 3a laterally moved (for example moving right) to a side along turn-screw 3, drove cylinder base 1a and on line slideway 5, was laterally moving to a side.When moving to right roller set 1d when meeting the right lateral journey switch 5b on the line slideway 5, the first magnetic clutch 4d quits work, and the second magnetic clutch 4g starts working.
Because second magnetic clutch 4g work; The 5th gear 4h is adsorbed on said second 4b by the second magnetic clutch 4g and goes up with second 4b rotation; And drive the 7th gear 4k through the 6th gear 4j and rotate; Said third axle 4c rotates along with the rotation of said the 7th gear 4k, and the first gear 4c1 on the third axle 4c rotates thereupon.The second gear 3b that the rotation of the first gear 4c1 drives on the turn-screw 3 rotates; Circular nut 3a with the second gear 3b captive joint also rotates (rotation of circular nut 3a is backward rotation at this moment); This moment, circular nut 3a laterally moved (being moved to the left) to a side along turn-screw 3, drove cylinder base 1a and on line slideway 5, was laterally moving to a side.When moving to the wheels 1c that rolls left when meeting the left lateral journey switch 5a on the line slideway 5, the second magnetic clutch 4g quits work, and the first magnetic clutch 4d starts working.Work so again and again, provide halt instruction until operator's compartment.
Wherein, the first change-wheel 4a2 and the second change-wheel 4b1 can change according to the different tube diameters of continuous pipe of discharging, with this moving velocity and the caliber of continuous pipe of circular nut 3a on turn-screw 3 are complementary.
In the discharge process of continuous pipe; Continuous pipe on cylinder base 1a occurs not tight, during inhomogeneous row's cable, can start regulator solution pressure motor 6; Regulator solution pressure motor 6 drives turn-screw 3 forward or reverse, to regulate the horizontal speed of travel of circular nut 3a and cylinder base 1a.
The above is merely several embodiments of the present invention, and those skilled in the art can carry out various changes or modification to the embodiment of the invention and do not break away from the spirit and scope of the present invention according to application documents are disclosed.
Claims (7)
1. a spooling gear is characterized in that, said spooling gear comprises:
Rolling-up mechanism; It comprises cylinder dish tool (1); Be arranged with continuous pipe on the said cylinder dish tool (1), said cylinder dish tool (1) is rotatable and is provided with under the drive of first Power Component (2), and said continuous pipe is packed up or discharged from cylinder dish tool (1) along with the rotation of said cylinder dish tool (1); The bottom of said cylinder dish tool (1) is provided with cylinder base (1a), and said cylinder dish tool (1) is captiveed joint with cylinder base (1a) in the axial direction;
Traveling gear; It comprises the turn-screw (3) with bidirectional helical; Said turn-screw (3) is provided with rotating circular nut (3a), and said circular nut (3a) is connected with said cylinder dish tool (1) through driving gear set (4), and above-mentioned cylinder base (1a) is captiveed joint with said circular nut (3a) in the axial direction; Be under the rotary state at said cylinder dish tool (1); Through said driving gear set (4), said circular nut (3a) is gone up level at said turn-screw (3) and is moved back and forth, and drives said cylinder base (1a) and said cylinder dish tool (1) level moves back and forth.
2. spooling gear according to claim 1; It is characterized in that; The forward and backward both sides of the bottom of said cylinder base (1a) are fixedly connected with guide rail connecting portion (1b); The below of each guide rail connecting portion (1b) is provided with and the concavo-convex line slideway that is connected of said guide rail connecting portion (5), and said line slideway (5) fixedly installs, and said cylinder base (1a) moves back and forth along said line slideway (5) level.
3. spooling gear according to claim 2 is characterized in that, is provided with wheels that roll left (1c) and right roller set (1d) on each said guide rail connecting portion (1b) at least, and said left and right roller set (1c, 1d) is rolled in said line slideway (5) and moved; On said line slideway (5), be provided with left lateral journey switch (5a) and right lateral journey switch (5b), said left lateral journey switch (5a) is in the left side of the said wheels that roll left (1c), and said right lateral journey switch (5b) is on the right side of said right roller set (1d).
4. according to any described spooling gear of claim 1 to 3; It is characterized in that; Said first Power Component (2) comprises HM Hydraulic Motor (2a) and hinge wheel (2b); Said hinge wheel is captiveed joint with (2b) said cylinder dish tool (1), and said HM Hydraulic Motor (2a) drives said hinge wheel (2b) and rotates, and drives said cylinder dish tool (1) rotation.
5. spooling gear according to claim 4 is characterized in that, said driving gear set comprises:
Primary shaft (4a) is connected with first minor sprocket (4a1) and first change-wheel (4a2) that can rotate synchronously on it, coaxial second minor sprocket (2c) that is provided with of above-mentioned hinge wheel (2b), and said first and second minor sprocket (4a1,2c) is in transmission connection through chain;
Second (4b), itself and primary shaft (4a) laterally arrange, and are connected with second change-wheel (4b1) on said second (4b);
Third axle (4c); Itself and second (4b) laterally arrange; Be connected with first gear (4c1) on the said third axle (4c), be connected with the first separate transmission component and second transmission component between said second and third axle (4b, 4c), under the state that second (4b) rotates; Driving said third axle (4c) through first and second transmission component respectively rotates forward or backwards; Be connected with second gear (3b) on the above-mentioned turn-screw (3), said second gear (3b) is captiveed joint with said circular nut (3a), and said second gear (3b) is meshing with each other with first gear (4c1).
6. spooling gear according to claim 5; It is characterized in that; Said first transmission component comprises first magnetic clutch (4d), and the 3rd gear (4e) and the 4th gear (4f), said first magnetic clutch (4d) and the 3rd gear (4e) are connected said second (4b is last; Said the 4th gear (4f) is connected on the said third axle (4c), and said the 3rd gear (4e) and the 4th gear (4f) are in transmission connection; Under first magnetic clutch (4d) mode of operation; Said the 3rd gear (4e) is adsorbed on said second (4b) by first magnetic clutch (4d) and upward rotates with second (4b); And driving the 4th gear (4f) rotation, said third axle (4c) rotates along with the rotation of said the 4th gear (4f);
Said second transmission component comprises second magnetic clutch (4g); The 5th gear (4h); The 4th (4i), the 6th gear (4j) and the 7th gear (4k), said second magnetic clutch (4g) and the 5th gear (4h) are connected on said second (4b); Said the 4th (4i) is connected between said two, three (4b, 4c) abreast; Said the 6th gear (4j) is connected on said the 4th (4i), and said the 6th gear (4j) is connected with a joggle with the 5th gear (4h) and the 7th gear (4k) respectively, said the 7th gear 4k) be connected on the said third axle (4c); Under second magnetic clutch (4g) mode of operation; Said the 5th gear (4h) is adsorbed on said second (4b) by second magnetic clutch (4g) and upward rotates with second (4b); And through the 6th gear (4j) drive the 7th gear (4k) rotation, said third axle (4c) rotates along with the rotation of said the 7th gear (4k).
7. spooling gear according to claim 1; It is characterized in that; Through second Power Component, the parallel motion speed of said cylinder base (1a) is the scalable setting, and said second Power Component comprises regulator solution pressure motor (6); Said regulator solution pressure motor is connected an end of said turn-screw (3), rotates to drive said turn-screw (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210033219.2A CN102530658B (en) | 2012-02-14 | 2012-02-14 | Cable arranging device |
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| CN201210033219.2A CN102530658B (en) | 2012-02-14 | 2012-02-14 | Cable arranging device |
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| CN102530658A true CN102530658A (en) | 2012-07-04 |
| CN102530658B CN102530658B (en) | 2014-12-24 |
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Cited By (5)
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| CN103922199A (en) * | 2014-04-11 | 2014-07-16 | 清华大学 | High-precision rope winding device with tension measuring function |
| CN107826906A (en) * | 2017-11-20 | 2018-03-23 | 郑州中原科技工程研究院有限公司 | Drain cleaner outlet stopping means |
| CN109250589A (en) * | 2018-10-30 | 2019-01-22 | 安徽华星智能停车设备有限公司 | Three-dimensional parking device electric car charge cable draw off gear |
| CN109516319A (en) * | 2018-11-12 | 2019-03-26 | 河北建材职业技术学院 | A kind of new-type communication engineering line collating unit |
| CN112010118A (en) * | 2020-08-19 | 2020-12-01 | 华翔翔能科技股份有限公司 | Cable winding and unwinding devices for electrical installation engineering |
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| EP1457450A1 (en) * | 2003-03-14 | 2004-09-15 | Konrad Lechermann | Portable winding drum |
| CN2861113Y (en) * | 2006-01-09 | 2007-01-24 | 沈阳泰博达石油测控仪器有限公司 | Double-roller linkage well testing winch |
| CN201694772U (en) * | 2010-05-28 | 2011-01-05 | 沈阳泰博达石油测控仪器有限公司 | Petroleaum cable well test winch capable of finely adjusting cable positions of drums |
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| CN103922199A (en) * | 2014-04-11 | 2014-07-16 | 清华大学 | High-precision rope winding device with tension measuring function |
| CN107826906A (en) * | 2017-11-20 | 2018-03-23 | 郑州中原科技工程研究院有限公司 | Drain cleaner outlet stopping means |
| CN109250589A (en) * | 2018-10-30 | 2019-01-22 | 安徽华星智能停车设备有限公司 | Three-dimensional parking device electric car charge cable draw off gear |
| CN109516319A (en) * | 2018-11-12 | 2019-03-26 | 河北建材职业技术学院 | A kind of new-type communication engineering line collating unit |
| CN112010118A (en) * | 2020-08-19 | 2020-12-01 | 华翔翔能科技股份有限公司 | Cable winding and unwinding devices for electrical installation engineering |
| CN112010118B (en) * | 2020-08-19 | 2022-03-08 | 华翔翔能科技股份有限公司 | Cable winding and unwinding devices for electrical installation engineering |
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