CN201520835U - Improved transmission structure used for strip ribbon lapper - Google Patents
Improved transmission structure used for strip ribbon lapper Download PDFInfo
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- CN201520835U CN201520835U CN2009200732019U CN200920073201U CN201520835U CN 201520835 U CN201520835 U CN 201520835U CN 2009200732019 U CN2009200732019 U CN 2009200732019U CN 200920073201 U CN200920073201 U CN 200920073201U CN 201520835 U CN201520835 U CN 201520835U
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- belt wheel
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Abstract
An improved transmission structure used for a strip ribbon lapper consists of a rack, a power input shaft and a first synchronous toothed belt transmission unit, wherein the power input shaft is arranged at one end of the rack and one end of the power input shaft is provided with an output synchronous toothed belt wheel; the first synchronous toothed belt transmission unit is provided with a first shaft that is parallel to the power input shaft; one end of the first shaft is provided with an input synchronous toothed belt wheel; a power input synchronous toothed belt is arranged between the output synchronous toothed belt wheel and the input synchronous toothed belt wheel; and the first synchronous toothed belt transmission unit is provided with a table-top pressing roll and a roller. In the utility model, a synchronous toothed belt transmission pair is arranged in a transmission device structure of the strip ribbon lapper and reversing is realized through a two-sided synchronous toothed belt. The installation and replacement of the synchronous toothed belt wheel are convenient. The transmission structure eliminates the phenomena that a reversing exposed gear is easy to be abraded and not suitable for high-speed run in use.
Description
Technical field:
The utility model relates to textile machine, relates in particular to strip ribbon lap machine, the particularly Poewr transmission mechanism of drawing rollers in the strip ribbon lap machine, and concrete is a kind of improved drive mechanism that is used for strip ribbon lap machine.
Background technology:
A kind of transmission device that is used for strip ribbon lap machine is disclosed in China's utility model patent 200720068504.2.This transmission device at headstock in car during transmission, the tumbler gear that uses a pair of number of teeth to equate.Because machine construction and position are limit, and can only adopt exposed gear version, thereby on-stream, may cause tooth surface abrasion owing to the assembling reason.Simultaneously, when machine raised speed, exposed gear can not adapt to.
Summary of the invention:
The purpose of this utility model provides a kind of improved drive mechanism that is used for strip ribbon lap machine, and the described this improved drive mechanism that is used for strip ribbon lap machine will solve the technical problem that prior art middle open type gear is easy to wear, the incompatibility strip ribbon lap machine runs up.
This improved drive mechanism of strip ribbon lap machine that is used for of the present utility model is by frame, power input shaft and one first Synchronous Belt Drives unit constitute, the described first Synchronous Belt Drives unit is arranged in the described frame, wherein, described power input shaft is arranged on an end of described frame, one end of power input shaft is provided with a synchronizing jugged belt wheel of output, be provided with one first in the described first Synchronous Belt Drives unit, described first all parallel with power input shaft, an end of first is provided with a synchronizing jugged belt wheel of input, be provided with a power input synchronous cog belt between synchronizing jugged belt wheel of described output and the synchronizing jugged belt wheel of described input, be provided with the roller of a table top pressure roller and two above numbers in the described first Synchronous Belt Drives unit, described table top pressure roller is connected with first by Synchronous Belt Drives mechanism with roller.
Further, be provided with one second in the described first Synchronous Belt Drives unit, described second right side, top that is arranged on first, be arranged with one first synchronizing jugged belt wheel and one second synchronizing jugged belt wheel on first the end in parallel, first right side, top is provided with one the 3rd, first left side, top is provided with one the 4th, be arranged with one the 3rd synchronizing jugged belt wheel and one the 4th synchronizing jugged belt wheel on the 3rd the end in parallel, an end of the 4th is provided with one the 5th synchronizing jugged belt wheel, described table top pressure roller is arranged on first left side, one end of table top pressure roller is provided with one the 6th synchronizing jugged belt wheel, the described the 4th synchronizing jugged belt wheel, the second synchronizing jugged belt wheel, be provided with one first synchronous cog belt between the 5th synchronizing jugged belt wheel and the 6th synchronizing jugged belt wheel, the 4th synchronizing jugged belt wheel, the second synchronizing jugged belt wheel, the 5th synchronizing jugged belt wheel, the 6th synchronous cog belt and first synchronous cog belt form the first Synchronous Belt Drives pair, first left side, top is provided with one the 5th, an end of the 5th is provided with one the 7th synchronizing jugged belt wheel, an end of second is provided with one the 8th synchronizing jugged belt wheel, be arranged with one the 9th synchronizing jugged belt wheel and one the tenth synchronizing jugged belt wheel on second the other end in parallel, the described the 7th synchronizing jugged belt wheel, the first synchronizing jugged belt wheel, be provided with one second synchronous cog belt between the 3rd synchronizing jugged belt wheel and the 9th synchronizing jugged belt wheel, the 7th synchronizing jugged belt wheel, the first synchronizing jugged belt wheel, the 3rd synchronizing jugged belt wheel, the 9th synchronizing jugged belt wheel and second synchronous cog belt form the second Synchronous Belt Drives pair, be provided with one first roller in the frame, described first roller is positioned at a side of second, one end of first roller is provided with one the 11 synchronous cog belt wheel, be provided with one the 3rd synchronous cog belt between the described the tenth synchronizing jugged belt wheel and the 11 synchronous cog belt wheel, the tenth synchronizing jugged belt wheel, the 11 synchronous cog belt wheel and the 3rd synchronous cog belt form the 3rd Synchronous Belt Drives pair, be provided with one second roller and one the 3rd roller in the frame, one end of described second roller is provided with one the 12 synchronizing jugged belt wheel, one end of described the 3rd roller is provided with one the 13 synchronizing jugged belt wheel, the described the 8th synchronizing jugged belt wheel, be provided with one the 4th synchronous cog belt between the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel, the 8th synchronizing jugged belt wheel, the 12 synchronizing jugged belt wheel, the 13 synchronizing jugged belt wheel and the 4th synchronous cog belt form the 4th Synchronous Belt Drives pair.
Further, described first is provided with one the first synchronizing jugged belt wheel of transition, be provided with one second Synchronous Belt Drives unit in the described frame, be provided with one second Synchronous Belt Drives unit power shaft in the described second Synchronous Belt Drives unit, the described second Synchronous Belt Drives unit power shaft is provided with one the second synchronizing jugged belt wheel of transition, be provided with a transition synchronous cog belt between synchronizing jugged belt wheel of described first transition and the synchronizing jugged belt wheel of second transition, the synchronizing jugged belt wheel of first transition, synchronizing jugged belt wheel of second transition and described transition synchronous cog belt form transition Synchronous Belt Drives pair.
Further, described first synchronous cog belt and second synchronous cog belt are two-sided synchronous cog belt, and described power input synchronous cog belt, the 3rd synchronous cog belt and the 4th synchronous cog belt are the single face synchronous cog belt.。
Further, described transition synchronous cog belt is the single face synchronous cog belt.
Further, the described the 3rd synchronizing jugged belt wheel and the 4th synchronizing jugged belt wheel are set in parallel on described the 3rd by bearing, the described the 5th synchronizing jugged belt wheel is arranged on described the 4th by bearing, the described the 7th synchronizing jugged belt wheel is arranged on described the 5th by bearing, the synchronizing jugged belt wheel of described output is arranged on the described power shaft by key, the synchronizing jugged belt wheel of described input, the synchronizing jugged belt wheel of first transition, the first synchronizing jugged belt wheel, the second synchronizing jugged belt wheel is arranged on described first by key, the described the 6th synchronizing jugged belt wheel is arranged on the described table top pressure roller by key, the described the 8th synchronizing jugged belt wheel, the 9th synchronizing jugged belt wheel and the tenth synchronizing jugged belt wheel are arranged on described second by key, the described the 11 synchronous cog belt wheel is arranged on described first roller by key, the described the 12 synchronizing jugged belt wheel is arranged on described second roller by key, and the described the 13 synchronizing jugged belt wheel is arranged on described the 3rd roller by key.
Further, the synchronizing jugged belt wheel of described input, the 8th synchronizing jugged belt wheel, the tenth synchronizing jugged belt wheel, the 11 synchronous cog belt wheel, the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel are convertible synchronizing jugged belt wheel, and described input synchronous cog belt, the 3rd synchronous cog belt and the 4th synchronous cog belt are convertible synchronous cog belt.
Further, the number of teeth of the described the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel equates.
Further, the slack list of described power input synchronous cog belt is provided with regulating wheel, the slack list of described first synchronous cog belt is provided with regulating wheel, the slack list of described second synchronous cog belt is provided with regulating wheel, the slack list of described the 3rd synchronous cog belt is provided with regulating wheel, and the slack list of described the 4th synchronous cog belt is provided with regulating wheel.
Further, the slack list of described transition synchronous cog belt is provided with regulating wheel.
Operation principle of the present utility model is: power is delivered in the first Synchronous Belt Drives unit first by power input shaft through power input synchronous cog belt, by the secondary table top pressure roller that drives of first Synchronous Belt Drives, drive second by second Synchronous Belt Drives is secondary, drive first roller by second by the 3rd Synchronous Belt Drives pair, drive second roller and the 3rd roller by the 4th Synchronous Belt Drives pair by second.Simultaneously, can also be by first in the first Synchronous Belt Drives unit by the secondary second Synchronous Belt Drives unit that drives of transition Synchronous Belt Drives.When needs are adjusted transmission speed, can change as the synchronizing jugged belt wheel of the input of convertible synchronizing jugged belt wheel, the 8th synchronizing jugged belt wheel, the tenth synchronizing jugged belt wheel, the 11 synchronous cog belt wheel, the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel.Correspondingly change input synchronous cog belt, the 3rd synchronous cog belt and the 4th synchronous cog belt, when adjusting, only need the number of teeth of the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel to equate as convertible synchronous cog belt.
The utility model and prior art contrast, and its effect is actively with tangible.The utility model is arranged on the Synchronous Belt Drives pair in the transmission structures of strip ribbon lap machine, and realized commutation by two-sided synchronous cog belt, the installation of synchronizing jugged belt wheel, transposing have conveniently been eliminated transmission device and have been used the easy to wear and incompatible phenomenon that runs up of commutation exposed gear.
Description of drawings:
Fig. 1 is the improved plan structure schematic diagram that is used for the drive mechanism of strip ribbon lap machine of the present utility model.
Fig. 2 is the improved main TV structure schematic diagram that is used for the drive mechanism of strip ribbon lap machine of the present utility model.
Fig. 3 is the improved first Synchronous Belt Drives auxiliary structure schematic diagram that is used for the drive mechanism of strip ribbon lap machine of the present utility model.
Fig. 4 is the improved second Synchronous Belt Drives auxiliary structure schematic diagram that is used for the drive mechanism of strip ribbon lap machine of the present utility model.
The specific embodiment:
As Fig. 1, Fig. 2, Fig. 3 and shown in Figure 4, the improved drive mechanism that is used for strip ribbon lap machine of the present utility model, by the frame (not shown), power input shaft 1 and one first Synchronous Belt Drives unit 100 constitute, the described first Synchronous Belt Drives unit 100 is arranged in the described frame, wherein, described power input shaft 1 is arranged on an end of described frame, one end of power input shaft 1 is provided with a synchronizing jugged belt wheel 2 of output, be provided with one first 6 in the described first Synchronous Belt Drives unit 100, described first 6 parallel with power input shaft 1, described first 6 end is provided with a synchronizing jugged belt wheel 4 of input, be provided with a power input synchronous cog belt 3 between synchronizing jugged belt wheel 2 of described output and the synchronizing jugged belt wheel 4 of described input, the first Synchronous Belt Drives unit 100 is provided with the roller of a table top pressure roller 12 and two above numbers, and described table top pressure roller 12 all is connected with first 6 by Synchronous Belt Drives mechanism separately with roller.
Further, be provided with one second 7 in the first Synchronous Belt Drives unit 100, be arranged on first 6 right side, top for second 7, ecto-entad is arranged with the first synchronizing jugged belt wheel 17 and the second synchronizing jugged belt wheel 9 in parallel on first 6 one end, the right side is provided with the 3rd 24 above first 6, the left side is provided with the 4th 11 above first 6, the 3rd 24 1 end ecto-entad is arranged with the 3rd synchronizing jugged belt wheel 18 and the 4th synchronizing jugged belt wheel 8 in parallel, the 4th 11 1 ends are provided with the 5th synchronizing jugged belt wheel 10, table top pressure roller 12 is arranged on first 6 left side, one end of table top pressure roller 12 is provided with the 6th synchronizing jugged belt wheel 13, at the 4th synchronizing jugged belt wheel 8, the second synchronizing jugged belt wheel 9, be provided with first synchronous cog belt, 14, the four synchronizing jugged belt wheels 8 between the 5th synchronizing jugged belt wheel 10 and the 6th synchronizing jugged belt wheel 13, the second synchronizing jugged belt wheel 9, the 5th synchronizing jugged belt wheel 10, the 6th synchronizing jugged belt wheel 13 and first synchronous cog belt 14 constitute the first Synchronous Belt Drives pair.First 6 left side, top is provided with the 5th 16, an end of the 5th 16 is provided with the 7th synchronizing jugged belt wheel 15, an end of second 7 is provided with the 8th synchronizing jugged belt wheel 31, ecto-entad is arranged with the 9th synchronizing jugged belt wheel 20 and the tenth synchronizing jugged belt wheel 21 in parallel on second 7 the other end, at the 7th synchronizing jugged belt wheel 15, the first synchronizing jugged belt wheel 17, be provided with second synchronous cog belt, 19, the seven synchronizing jugged belt wheels 15 between the 3rd synchronizing jugged belt wheel 18 and the 9th synchronizing jugged belt wheel 20, the first synchronizing jugged belt wheel 17, the 3rd synchronizing jugged belt wheel 18, the 9th synchronizing jugged belt wheel 20 and second synchronous cog belt 19 constitute the second Synchronous Belt Drives pair.Be provided with one first roller 25 in the frame, first roller 25 is positioned at a side of second 7, one end of first roller 25 is provided with the 11 synchronous cog belt wheel 23, be provided with the 3rd synchronous cog belt 22, the ten synchronizing jugged belt wheel the 21, the 11 synchronous cog belt wheel the 23 and the 3rd synchronous cog belts 22 between the tenth synchronizing jugged belt wheel 21 and the 11 synchronous cog belt wheel 23 and constitute the 3rd Synchronous Belt Drives pair.Be provided with one second roller 26 and one the 3rd roller 27 in the frame, second roller, 26 1 ends are provided with the 12 synchronizing jugged belt wheel 29, the 3rd roller 27 1 ends are provided with the 13 synchronizing jugged belt wheel 28, be provided with the 4th synchronous cog belt 30, the eight synchronizing jugged belt wheel the 31, the 12 synchronizing jugged belt wheel the 29, the 13 synchronizing jugged belt wheels 28 and the 4th synchronous cog belt 30 formation the 4th Synchronous Belt Drives pair between the 8th synchronizing jugged belt wheel the 31, the 12 synchronizing jugged belt wheel 29 and the 13 synchronizing jugged belt wheel 28.
Further, described first 6 is provided with one the first synchronizing jugged belt wheel 5 of transition, be provided with one second Synchronous Belt Drives unit 101 in the described frame, be provided with one second Synchronous Belt Drives unit power shaft 40 in the described second Synchronous Belt Drives unit 101, the described second Synchronous Belt Drives unit power shaft 40 is provided with one the second synchronizing jugged belt wheel 33 of transition, be provided with a synchronizing jugged belt wheel 5 of transition synchronous cog belt 32, the first transition between synchronizing jugged belt wheel 5 of described first transition and the synchronizing jugged belt wheel 33 of second transition, synchronizing jugged belt wheel 33 of second transition and transition synchronous cog belt 32 form transition Synchronous Belt Drives pair.
Further, first synchronous cog belt 14 and second synchronous cog belt 19 are two-sided synchronous cog belt, described power input synchronous cog belt 3, the 3rd synchronous cog belt 22 and the 4th synchronous cog belt.
Further, described transition synchronous cog belt 32 is the single face synchronous cog belt.
Further, the 3rd synchronizing jugged belt wheel 18 and the 4th synchronizing jugged belt wheel 8 are set in parallel in the 3rd 24, the five synchronizing jugged belt wheel 10 by bearing and are arranged on the 4th 11, the seven synchronizing jugged belt wheel 15 by bearing and are arranged on the 5th 16 by bearing.Export synchronizing jugged belt wheel 2 and be arranged on power shaft 1 by key, import synchronizing jugged belt wheel 4, the synchronizing jugged belt wheel 5 of first transition, the first synchronizing jugged belt wheel 17, the second synchronizing jugged belt wheel 9 is arranged on first 6 by key, the 6th synchronizing jugged belt wheel 13 is arranged on table top pressure roller 12 by key, the 8th synchronizing jugged belt wheel 31, the 9th synchronizing jugged belt wheel 20 and the tenth synchronizing jugged belt wheel 21 are arranged on second 7 by key, the 11 synchronous cog belt wheel 23 is arranged on first roller 25 by key, the 12 synchronizing jugged belt wheel 29 is arranged on second roller 26 by key, and the 13 synchronizing jugged belt wheel 28 is arranged on the 3rd roller 27 by key.
Further, import synchronizing jugged belt wheel the 4, the 8th synchronizing jugged belt wheel the 31, the tenth synchronizing jugged belt wheel the 21, the 11 synchronous cog belt wheel the 23, the 12 synchronizing jugged belt wheel 29 and the 13 synchronizing jugged belt wheel 28 and be convertible synchronizing jugged belt wheel, correspondingly import synchronous cog belt 3, the 3rd synchronous cog belt 22 and the 4th synchronous cog belt 30 and be convertible synchronous cog belt.
Further, the number of teeth of the 12 synchronizing jugged belt wheel the 29 and the 13 synchronizing jugged belt wheel 28 equates.
Further, the slack list of power input synchronous cog belt 3 is provided with regulating wheel 34, the slack list of first synchronous cog belt 14 is provided with regulating wheel 35, the slack list of second synchronous cog belt 19 is provided with regulating wheel 36, the slack list of the 3rd synchronous cog belt 22 is provided with regulating wheel 38, the slack list of the 4th synchronous cog belt 30 is provided with regulating wheel 39, and the slack list of transition synchronous cog belt 32 is provided with regulating wheel 37.
Claims (10)
1. improved drive mechanism that is used for strip ribbon lap machine, by frame, power input shaft and one first Synchronous Belt Drives unit constitute, the described first Synchronous Belt Drives unit is arranged in the described frame, it is characterized in that: described power input shaft is arranged on an end of described frame, one end of power input shaft is provided with a synchronizing jugged belt wheel of output, be provided with one first in the described first Synchronous Belt Drives unit, described first all parallel with power input shaft, an end of first is provided with a synchronizing jugged belt wheel of input, be provided with a power input synchronous cog belt between synchronizing jugged belt wheel of described output and the synchronizing jugged belt wheel of described input, be provided with the roller of a table top pressure roller and two above numbers in the described first Synchronous Belt Drives unit, described table top pressure roller is connected with first by Synchronous Belt Drives mechanism with roller.
2. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 1, it is characterized in that: be provided with one second in the described first Synchronous Belt Drives unit, described second right side, top that is arranged on first, be arranged with one first synchronizing jugged belt wheel and one second synchronizing jugged belt wheel on first the end in parallel, first right side, top is provided with one the 3rd, first left side, top is provided with one the 4th, be arranged with one the 3rd synchronizing jugged belt wheel and one the 4th synchronizing jugged belt wheel on the 3rd the end in parallel, an end of the 4th is provided with one the 5th synchronizing jugged belt wheel, described table top pressure roller is arranged on first left side, one end of table top pressure roller is provided with one the 6th synchronizing jugged belt wheel, the described the 4th synchronizing jugged belt wheel, the second synchronizing jugged belt wheel, be provided with one first synchronous cog belt between the 5th synchronizing jugged belt wheel and the 6th synchronizing jugged belt wheel, the 4th synchronizing jugged belt wheel, the second synchronizing jugged belt wheel, the 5th synchronizing jugged belt wheel, the 6th synchronous cog belt and first synchronous cog belt constitute the first Synchronous Belt Drives pair, first left side, top is provided with one the 5th, an end of the 5th is provided with one the 7th synchronizing jugged belt wheel, an end of second is provided with one the 8th synchronizing jugged belt wheel, be arranged with one the 9th synchronizing jugged belt wheel and one the tenth synchronizing jugged belt wheel on second the other end in parallel, the described the 7th synchronizing jugged belt wheel, the first synchronizing jugged belt wheel, be provided with one second synchronous cog belt between the 3rd synchronizing jugged belt wheel and the 9th synchronizing jugged belt wheel, the 7th synchronizing jugged belt wheel, the first synchronizing jugged belt wheel, the 3rd synchronizing jugged belt wheel, the 9th synchronizing jugged belt wheel and second synchronous cog belt constitute the second Synchronous Belt Drives pair, be provided with one first roller in the frame, described first roller is positioned at a side of second, one end of first roller is provided with one the 11 synchronous cog belt wheel, be provided with one the 3rd synchronous cog belt between the described the tenth synchronizing jugged belt wheel and the 11 synchronous cog belt wheel, the tenth synchronizing jugged belt wheel, the 11 synchronous cog belt wheel and the 3rd synchronous cog belt constitute the 3rd Synchronous Belt Drives pair, be provided with one second roller and one the 3rd roller in the frame, one end of described second roller is provided with one the 12 synchronizing jugged belt wheel, one end of described the 3rd roller is provided with one the 13 synchronizing jugged belt wheel, the described the 8th synchronizing jugged belt wheel, be provided with one the 4th synchronous cog belt between the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel, the 8th synchronizing jugged belt wheel, the 12 synchronizing jugged belt wheel, the 13 synchronizing jugged belt wheel and the 4th synchronous cog belt constitute the 4th Synchronous Belt Drives pair.
3. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 1, it is characterized in that: described first is provided with one the first synchronizing jugged belt wheel of transition, be provided with one second Synchronous Belt Drives unit in the described frame, be provided with one second Synchronous Belt Drives unit power shaft in the described second Synchronous Belt Drives unit, the described second Synchronous Belt Drives unit power shaft is provided with one the second synchronizing jugged belt wheel of transition, be provided with a transition synchronous cog belt between synchronizing jugged belt wheel of described first transition and the synchronizing jugged belt wheel of second transition, the synchronizing jugged belt wheel of first transition, synchronizing jugged belt wheel of second transition and described transition synchronous cog belt constitute transition Synchronous Belt Drives pair.
4. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 2, it is characterized in that: described first synchronous cog belt and second synchronous cog belt are two-sided synchronous cog belt, and described power input synchronous cog belt, the 3rd synchronous cog belt and the 4th synchronous cog belt are the single face synchronous cog belt.
5. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 3 is characterized in that: described transition synchronous cog belt is the single face synchronous cog belt.
6. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 2, it is characterized in that: the described the 3rd synchronizing jugged belt wheel and the 4th synchronizing jugged belt wheel are set in parallel on described the 3rd by bearing, the described the 5th synchronizing jugged belt wheel is arranged on described the 4th by bearing, the described the 7th synchronizing jugged belt wheel is arranged on described the 5th by bearing, the synchronizing jugged belt wheel of described output is arranged on the described power shaft by key, the synchronizing jugged belt wheel of described input, the synchronizing jugged belt wheel of first transition, the first synchronizing jugged belt wheel, the second synchronizing jugged belt wheel is arranged on described first by key, the described the 6th synchronizing jugged belt wheel is arranged on the described table top pressure roller by key, the described the 8th synchronizing jugged belt wheel, the 9th synchronizing jugged belt wheel and the tenth synchronizing jugged belt wheel are arranged on described second by key, the described the 11 synchronous cog belt wheel is arranged on described first roller by key, the described the 12 synchronizing jugged belt wheel is arranged on described second roller by key, and the described the 13 synchronizing jugged belt wheel is arranged on described the 3rd roller by key.
7. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 2, it is characterized in that: the synchronizing jugged belt wheel of described input, the 8th synchronizing jugged belt wheel, the tenth synchronizing jugged belt wheel, the 11 synchronous cog belt wheel, the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel are convertible synchronizing jugged belt wheel, and described input synchronous cog belt, the 3rd synchronous cog belt and the 4th synchronous cog belt are convertible synchronous cog belt.
8. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 2 is characterized in that: the number of teeth of the described the 12 synchronizing jugged belt wheel and the 13 synchronizing jugged belt wheel equates.
9. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 2, it is characterized in that: the slack list of described power input synchronous cog belt is provided with regulating wheel, the slack list of described first synchronous cog belt is provided with regulating wheel, the slack list of described second synchronous cog belt is provided with regulating wheel, the slack list of described the 3rd synchronous cog belt is provided with regulating wheel, and the slack list of described the 4th synchronous cog belt is provided with regulating wheel.
10. the improved drive mechanism that is used for strip ribbon lap machine as claimed in claim 3, it is characterized in that: the slack list of described transition synchronous cog belt is provided with regulating wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200732019U CN201520835U (en) | 2009-06-01 | 2009-06-01 | Improved transmission structure used for strip ribbon lapper |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200732019U CN201520835U (en) | 2009-06-01 | 2009-06-01 | Improved transmission structure used for strip ribbon lapper |
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| Publication Number | Publication Date |
|---|---|
| CN201520835U true CN201520835U (en) | 2010-07-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200732019U Expired - Fee Related CN201520835U (en) | 2009-06-01 | 2009-06-01 | Improved transmission structure used for strip ribbon lapper |
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| Country | Link |
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| CN (1) | CN201520835U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104451972A (en) * | 2014-12-12 | 2015-03-25 | 山东宏业纺织股份有限公司 | Lifting transmission mechanism of blowing single-beater scutcher |
| CN107606081A (en) * | 2017-07-25 | 2018-01-19 | 周鑫 | A kind of pulley drive system |
-
2009
- 2009-06-01 CN CN2009200732019U patent/CN201520835U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104451972A (en) * | 2014-12-12 | 2015-03-25 | 山东宏业纺织股份有限公司 | Lifting transmission mechanism of blowing single-beater scutcher |
| CN107606081A (en) * | 2017-07-25 | 2018-01-19 | 周鑫 | A kind of pulley drive system |
| CN107606081B (en) * | 2017-07-25 | 2023-08-18 | 周鑫 | Belt pulley transmission system |
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Granted publication date: 20100707 Termination date: 20120601 |