CN201531012U - Single-winding drum multirope winding mechanism - Google Patents
Single-winding drum multirope winding mechanism Download PDFInfo
- Publication number
- CN201531012U CN201531012U CN2009200495136U CN200920049513U CN201531012U CN 201531012 U CN201531012 U CN 201531012U CN 2009200495136 U CN2009200495136 U CN 2009200495136U CN 200920049513 U CN200920049513 U CN 200920049513U CN 201531012 U CN201531012 U CN 201531012U
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- CN
- China
- Prior art keywords
- fixed
- double helix
- wheel
- installing plate
- winding drum
- Prior art date
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- Expired - Lifetime
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Abstract
The utility model relates to a single-winding drum multirope winding mechanism. Winding drum shafts are rotationally erected in a rack and fixedly installed with a winding drum; the rack is internally and fixedly provided with a guide rail on which a mounting plate is connected in a sliding way; the mounting plate rotationally erects the winding drum shafts; a left driving wheel is fixed on the winding drum shaft at the left end of the winding drum, and a right driving wheel is fixed on the winding drum shaft at the right end of the winding drum; a driving device of the right driving wheel is arranged on the mounting plate; one side of the mounting plate, corresponding to the left driving shaft, is fixedly provided with a double-screw shaft supporting seat in a spacing manner; a double-screw shaft is rotationally erected in the double-screw shaft supporting seat and is screwed with a rope-aligning seat which is fixed on the rack; the double-screw shaft support seat is fixed with a driven wheel matched with the left driving wheel; and the axes of the double-screw shaft and the winding drum shaft are arranged parallelly. The single-winding drum multirope winding mechanism guarantees a plurality ropes and avoids the problems of disorder ropes and rope overlapping.
Description
Technical field
The utility model relates to a kind of window cleaning equipment equipment, specifically a kind of single-drum multi-rope winding mechanism.
Background technology
Along with economic development, high-rise super highrise building is more and more, and is also more and more higher to the requirement of window cleaning equipment equipment; Work on hand is hung the ship lift technique and is divided into that lift-type hangs ship and winding type hangs ship, wherein winding type hang ship than lift-type hang ship and have that technology is more advanced, safety advantages of higher more.The climbing type that mostly is during but reality is used hangs ship, and elevator, reel are positioned at and hang ship, and the specified lifting weight that takies and hang the ship space, hangs ship is severely limited each working time of wiping window workman, work every day; Part, is difficult to promote owing to be difficult to solve problems such as many ropes (4 rope) disorder cable that produces when twining simultaneously, folded rope for using winding type; Technology relatively lags behind.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, and providing a kind of can provide bigger working space, the more tools amount of carrying, better safety and make the work of carrying out that wiping window workman can be better that the better personal single-drum multi-rope winding mechanism that ensures also arranged simultaneously for wiping the window workman.
The technical scheme that provides according to the utility model, described single-drum multi-rope winding mechanism, in frame, be set with guide rail, slidely connect installing plate on the guide rail, on installing plate, rotate and set up spool shaft, be installed with reel on the spool shaft, on the spool shaft of reel left end, be fixed with the Left Drive wheel, on the spool shaft of reel right-hand member, be fixed with right drive, on installing plate, be provided with right drive drive unit, a side fixed interval of corresponding Left Drive wheel is provided with double helix axle mount pad on installing plate, in double helix axle mount pad, rotate and set up the double helix axle, the row of being bolted with rope seat on the double helix axle, described row restricts and is fixed on the frame, be fixed with the follower that cooperates with the Left Drive wheel on the double helix axle, the axis of described double helix axle and the axis of spool shaft are set in parallel.
Described right drive drive unit is included in hard-wired reducing motor on the installing plate, is fixed with the driving wheel that cooperates with right drive on the motor shaft of reducing motor.
Be fixed with guide holder on installing plate, rotating turret is provided with road wheel and directive wheel on guide holder, and the axis of described road wheel and the axis of directive wheel are vertical setting.
Be set with the guide rail that cooperates with road wheel, directive wheel in frame, the length direction of guide rail and spool shaft axis are set in parallel.
End at the double helix axle is set with driving gear, fixed interval is provided with screw rodb base on the installing plate below the double helix axle, rotating turret is provided with screw mandrel and exists in screw rodb base, the screw mandrel end is set with the driven gear with the driving gear engagement, on the screw mandrel between the screw rodb base, be bolted with collision block, on the installing plate below the collision block, be fixed with the limit travel switch that cooperates with collision block.
Stage casing at the double helix axle is provided with bidirectional helical, described row restrict the seat be screwed onto on the double helix axle with bidirectional helical.
Described Left Drive wheel, right drive, follower and driving wheel are sprocket wheel.
Winding angle when the utility model has guaranteed that many ropes twine simultaneously is identical, avoids disorder cable; Use the secondary transmission of gear, sprocket wheel, when guaranteeing transmission accuracy, also reduced mechanism and taken up room; Adopt the double helix axis mechanism, realized the axle one-directional rotation, the reciprocal accessible motion of reel; The row's of employing rope seat has been avoided the generation of problems such as folded rope; Guiding, road wheel have been adopted, the degree of accuracy when having guaranteed the walking of row's rope seat; Adopt the two checkout gears of the limit, guarantee the safety of whole mechanism.
Description of drawings
Fig. 1 is a front view of the present utility model.
Fig. 2 is a left view of the present utility model.
The specific embodiment
The utility model is described in further detail below in conjunction with concrete drawings and Examples.
As shown in the figure: in frame 1, be set with guide rail 15, slidely connect installing plate 27 on the guide rail 15, on installing plate 27, rotate and set up spool shaft 2, be installed with reel 3 on the spool shaft 2, on the spool shaft 2 of reel 3 left ends, be fixed with Left Drive wheel 4, on the spool shaft 2 of reel 3 right-hand members, be fixed with right drive 5, on installing plate 27, be provided with right drive drive unit, a side fixed interval of corresponding Left Drive wheel 4 is provided with double helix axle mount pad 6 on installing plate 27, in double helix axle mount pad 6, rotate and set up double helix axle 7, the row's of being bolted with rope seat 8 on double helix axle 7, the described row seat of restricting 8 is fixed on the frame 1, be fixed with on double helix axle 7 and Left Drive wheel 4 followers that cooperate 9, the axis of the axis of described double helix axle 7 and spool shaft 2 is set in parallel.
Described right drive drive unit is included in hard-wired reducing motor 10 on the installing plate 27, is fixed with the driving wheel 11 that cooperates with right drive 5 on the motor shaft of reducing motor 10.
Be fixed with guide holder 12 on installing plate 27, rotating turret is provided with road wheel 13 and directive wheel 14 on guide holder 12, and the axis of the axis of described road wheel 13 and directive wheel 14 is vertical setting.
Be set with the guide rail 15 that cooperates with road wheel 13, directive wheel 14 in frame 1, the length direction of guide rail 15 and spool shaft 2 axis are set in parallel.
Be set with driving gear 16 in the end of double helix axle 7, fixed interval is provided with screw rodb base 17 on the installing plate below the double helix axle 7 27, rotating turret is provided with screw mandrel 18 and exists in screw rodb base 17, screw mandrel 18 ends are set with the driven gear 19 with driving gear 16 engagements, on the screw mandrel between the screw rodb base 17 18, be bolted with collision block 20, on the installing plate below the collision block 20 27, be fixed with the limit travel switch 21 that cooperates with collision block 20.
Stage casing at double helix axle 7 is provided with bidirectional helical, and the described row seat of restricting 8 is screwed onto on the double helix axle 7 with bidirectional helical.
Described Left Drive wheel 4, right drive 5, follower 9 are sprocket wheel with driving wheel 11.
This mechanism is main power source by reducing motor 10, owing to slidely connect installing plate 27 on the guide rail 15, reducing motor 10, spool shaft 2 are installed on the installing plate 27 with reel 3, driving right drive 5 through driving wheel 11 and chain 24 rotates, make spool shaft 2 rotate, drive reel 3 thus, will wire rope will be wrapped on the reel 3 by the guiding of wire rope leading block group 25; When twining, reel 3 drives follower 9 by Left Drive wheel 4, chain 26, because row's rope seat 8 is fixing with frame 1, guide holder 12 is installed on the installing plate 27, rotating the road wheel 13, the directive wheel 14 that set up on the guide holder 12 can walk on guide rail 15, so, when reel 3 rotates row's rope seat 8 make installing plate 27 on guide rail 15 left or move right, so wire rope is wound on the reel 3 evenly, closely, stably.
Screw mandrel 18 is installed on the installing plate 27; end at double helix axle 7 also is fixed with driving gear 16; when double helix axle 7 rotates; driving gear 16 rotates simultaneously; driving gear 16 drives the driven gear 19 that is fixed on the screw mandrel 18; make screw mandrel 18 begin to rotate; and reel 3 is when rotating; also and then installing plate 27 is left or move right for screw mandrel 18; screw mandrel 18 left or the collision block 20 that is screwed onto on the screw mandrel 18 when moving right must left or move right, when collision block 20 moves to extreme position, trigger on the frame below the collision block 20 1, being fixed with limit travel switch 21; make reducing motor 10 outages, whole device is protected.
During work, what the swelling device 22 of chain 26 and reel 3 must be set on frame 1 holds brake gear 23 tightly.
Row's rope seat 8, guide rail 15 (having 4 places), screw rodb base 17, limit travel switch 21, wire rope leading block group 25 are fixed on the frame 1, component such as all the other spool shaft 2, reel 3, double helix axle mount pad 6, reducing motor 10, band-type brake 23 are all fixing with guide holder 12, walk on guide rail 15 by road wheel 13, directive wheel 14, thereby the wire rope that comes out from wire rope leading block group 25 is arranged on the reel 3 uniformly.
Claims (7)
1. single-drum multi-rope winding mechanism, it is characterized in that: be included in and be set with guide rail (15) in the frame (1), slidely connect installing plate (27) on the guide rail (15), set up spool shaft (2) in installing plate (27) rotation, be installed with reel (3) on the spool shaft (2), on the spool shaft (2) of reel (3) left end, be fixed with Left Drive wheel (4), on the spool shaft (2) of reel (3) right-hand member, be fixed with right drive (5), on installing plate (27), be provided with right drive drive unit, a side fixed interval that goes up corresponding Left Drive wheel (4) at installing plate (27) is provided with double helix axle mount pad (6), in double helix axle mount pad (6), rotate and set up double helix axle (7), the row's of being bolted with rope seat (8) on double helix axle (7), described row restrict the seat (8) be fixed on the frame (1), be fixed with the follower (9) that cooperates with Left Drive wheel (4) on double helix axle (7), the axis of the axis of described double helix axle (7) and spool shaft (2) is set in parallel.
2. single-drum multi-rope winding mechanism as claimed in claim 1, it is characterized in that: described right drive drive unit is included in installing plate (27) and goes up hard-wired reducing motor (10), is fixed with the driving wheel (11) that cooperates with right drive (5) on the motor shaft of reducing motor (10).
3. single-drum multi-rope winding mechanism as claimed in claim 1, it is characterized in that: on installing plate (27), be fixed with guide holder (12), go up rotating turret at guide holder (12) and be provided with road wheel (13) and directive wheel (14), the axis of the axis of described road wheel (13) and directive wheel (14) is vertical setting.
4. single-drum multi-rope winding mechanism as claimed in claim 1, it is characterized in that: be set with the guide rail (15) that cooperates with road wheel (13), directive wheel (14) in frame (1), the length direction of guide rail (15) and spool shaft (2) axis are set in parallel.
5. single-drum multi-rope winding mechanism as claimed in claim 1, it is characterized in that: be set with driving gear (16) in the end of double helix axle (7), go up fixed interval at the installing plate (27) of double helix axle (7) below and be provided with screw rodb base (17), rotating turret is provided with screw mandrel (18) and exists in screw rodb base (17), screw mandrel (18) end is set with the driven gear (19) with driving gear (16) engagement, on the screw mandrel (18) between the screw rodb base (17), be bolted with collision block (20), on the installing plate (27) of collision block (20) below, be fixed with the limit travel switch (21) that cooperates with collision block (20).
6. single-drum multi-rope winding mechanism as claimed in claim 1 is characterized in that: the stage casing at double helix axle (7) is provided with bidirectional helical, described row restrict the seat (8) be screwed onto on the double helix axle (7) with bidirectional helical.
7. single-drum multi-rope winding mechanism as claimed in claim 1 is characterized in that: described Left Drive wheel (4), right drive (5), follower (9) are sprocket wheel with driving wheel (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200495136U CN201531012U (en) | 2009-10-01 | 2009-10-01 | Single-winding drum multirope winding mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200495136U CN201531012U (en) | 2009-10-01 | 2009-10-01 | Single-winding drum multirope winding mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201531012U true CN201531012U (en) | 2010-07-21 |
Family
ID=42526416
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200495136U Expired - Lifetime CN201531012U (en) | 2009-10-01 | 2009-10-01 | Single-winding drum multirope winding mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201531012U (en) |
-
2009
- 2009-10-01 CN CN2009200495136U patent/CN201531012U/en not_active Expired - Lifetime
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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 |
Granted publication date: 20100721 Effective date of abandoning: 20091001 |