CN102634915A - Circular shuttle guide raceway device - Google Patents
Circular shuttle guide raceway device Download PDFInfo
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- CN102634915A CN102634915A CN2012101446858A CN201210144685A CN102634915A CN 102634915 A CN102634915 A CN 102634915A CN 2012101446858 A CN2012101446858 A CN 2012101446858A CN 201210144685 A CN201210144685 A CN 201210144685A CN 102634915 A CN102634915 A CN 102634915A
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Abstract
The invention relates to a circular shuttle guide raceway device. The device is provided with guide wheels on track surfaces of upper and lower door rings; shuttle guide columns with gears are arranged between the upper and lower door rings; guide strips are arranged at the upper and lower sides of shuttles and capable of being moved in V-shaped grooves of the guide wheels; arched racks are arranged on the back of the shuttles and capable of being meshed with the gears on the shuttle guide columns; when the device is working, a shuttle guide motor drives synchronous belt wheels at lower end of the shuttle guide columns through synchronous teeth-shaped belts to enable the shuttle guide columns to be rotated; and the meshing action between the gears on the shuttle guide columns and the arched racks on the back of the shuttles drive the shuttles to move forward on the guide wheels. According to the circular shuttle guide raceway device, the power of the shuttles is provided by the shuttle guide columns, so that the whole machine needs no shuttle pusher component; the scraping between organzine and shuttle pushers is avoided; therefore, the requirements of the device on intensity and durability of organzine are lowered; and the circular shuttle guide raceway device is suitable for weaving various silk threads with different intensities or low durability and capable of guaranteeing quality of products.
Description
Technical field
The invention belongs to circular loom manufacturing technology field, particularly relate to a kind of circle and lead shuttle raceway device.
Background technology
At present the general shuttle method of leading of circular loom is to use the shuttle sliding device that is connected on the main shaft to promote shuttle constantly to get in the fell that organizine forms and form fabric.In the course of the work, the shuttle wheel that supports the shuttle body can roll through organizine, and organizine is through can being swiped and roll during push boat behind shuttle sliding device and the shuttle once more simultaneously, be prone to cause organizine by scratch, scrape disconnected, and phenomenon such as shuttle sliding device winding.For addressing this problem; Some circular looms have adopted the roller track design of no shuttle wheel; The form that is adopted like Chinese invention patent ZL200510041527.X and Chinese patent ZL200810120357.8; But these methods have only solved shuttle wheel and track to the rolling and swiping of organizine, and push boat rolling and swiping organizine behind unresolved shuttle sliding device and the shuttle.Also having one type of circular loom such as Chinese patent ZL01104094.7 to be employed in the method for adding power source on the shuttle advances shuttle voluntarily; To remove the shuttle sliding device assembly; But this type of mode can cause the weight of shuttle to increase, carry the yarn amount to be reduced; This motion of shuttle synchronization accuracy and movement velocity are all lower simultaneously, and production efficiency is relatively poor.
Summary of the invention
Technical problem to be solved by this invention provides a kind of circle and leads shuttle raceway device; Make circular loom shuttle wheel in weaving process not roll with shuttle sliding device and swipe with the organizine generation; Make equipment require to reduce to the intensity and the ABRASION RESISTANCE of organizine; Be fit to weaving of the relatively poor silk thread of various high and low intensity silks or ABRASION RESISTANCE, guarantee product quality.
The technical solution adopted for the present invention to solve the technical problems is: provide a kind of circle to lead shuttle raceway device; Comprise set of rails, shuttle and drive part; Said shuttle is installed in by between last knocker and the formed set of rails of following knocker; Said shuttle camber and arcuate flanks have outstanding arc-shaped rack; The arc-shaped rack of said shuttle and be installed in knocker and following knocker between axially install lead the sprocket engagement on the shuttle-shaped column, said lead that shuttle-shaped column one end passes play knocker connection drive part lead the shuttle motor.
Said set of rails is made up of last knocker, following knocker, support ring and base ring; On the said base ring support ring is installed; Have slotted eye on the said support ring circumference, said slotted eye radially penetrates the support ring both sides, and knocker down is installed on the said support ring; Saidly go up the some installing holes installations that are uniformly distributed along the circumference of knocker and play knocker and lead shuttle-shaped column; Knocker has same installing hole with following knocker position of mounting hole on the said base ring correspondence, and the said shuttle-shaped column upper end of leading is installed in the said installing hole of going up on the knocker circumference through bearing, and the said shuttle-shaped column lower end of leading is installed in the installing hole on the said base ring circumference through bearing; Said middle part of leading shuttle-shaped column is installed in down in the circumference installing hole of knocker through abutment sleeve; Between said upper end of leading shuttle-shaped column and the middle part is gear parts, and said leading between shuttle-shaped column middle part and the lower end is equipped with synchronous pulley, has an annular groove on the said opposite face of going up knocker and following knocker; Said annular groove and last knocker belong to circumference with following knocker concentric radii less than installing hole on said upward knocker and the following knocker; Be equipped with in the described annular groove with last knocker and play knocker circumference on the corresponding guide wheel of installing hole, the guide wheel shaft direction of said guide wheel is identical with corresponding last knocker or Xiamen ring diameter direction, said guide wheel excircle cross section one-tenth " V " font or other concave shape;
Said shuttle camber; It has the arc sliver in both sides up and down, and the cross section of said arc sliver is corresponding with said guide wheel excircle cross section, and the arcuate flanks of said shuttle has outstanding arc-shaped rack; Said arc-shaped rack is corresponding with the gear teeth on the said sprocket of leading shuttle-shaped column; The arcuate flanks of said shuttle depression is equipped with the tram pipe, and said shuttle front end is equipped with the organizine arm, and said organizine arm is the rod member of a bending; The empty other end of said organizine arm sling is positioned at the said shuttle side that caves in, and the empty end of said organizine arm sling has thread eye;
Said drive part comprises leads shuttle motor and synchronous cog belt; The said shuttle motor of leading is positioned on the base ring of support ring side-lower; Saidly lead shuttle Motor Shaft and support ring parallel axes and be positioned at said slotted eye place; The said shuttle Motor Shaft of leading is connected with the synchronous pulley of leading shuttle-shaped column through the synchronous cog belt that passes slotted eye, and the said shuttle-shaped column of leading links together with synchronous cog belt between any two.
Said set of rails is made up of last knocker, following knocker, some supporting seats and base ring; Some supporting seats are installed on the said base ring; Said base ring is connected with the following of play knocker through supporting seat, saidly goes up the some installing holes installations that are uniformly distributed along the circumference of knocker and play knocker and leads shuttle-shaped column, saidly is installed in the installing hole on the said upward knocker circumference through bearing on leading shuttle-shaped column; Said middle part of leading shuttle-shaped column is installed in down in the circumference installing hole of knocker through bearing; Between said upper end of leading shuttle-shaped column and the middle part is gear parts, and the said shuttle-shaped column lower end of leading passes the Xiamen loop section abutment sleeve is installed, and the abutment sleeve lower end is equipped with synchronous pulley and does not contact with base ring; Be uniformly distributed with on the opposite face of said upward knocker and following knocker quantity and said knocker and the identical multi-directional ball of following knocker installing hole of going up are installed; To lead shuttle-shaped column installing hole place radius of a circle little than said for said multi-directional ball place circumference, and said multi-directional ball one end is installed in knocker or plays on the knocker opposite face, and the other end is an outstanding steel ball;
Said shuttle camber; It has the arc sliver in both sides up and down, and the cross section of said arc sliver is corresponding with the steel ball highlight of said multi-directional ball, and the arcuate flanks of said shuttle has outstanding arc-shaped rack; Said arc-shaped rack is corresponding with the gear teeth on the said gear parts of leading shuttle-shaped column; The arcuate flanks of said shuttle depression is equipped with the tram pipe, and said shuttle front end is equipped with the organizine arm, and said organizine arm is the rod member of a bending; The empty other end of said organizine arm sling is positioned at the said shuttle side that caves in, and the empty end of said organizine arm sling has thread eye;
Said drive part comprises leads shuttle motor and synchronous cog belt; The said shuttle motor of leading is positioned on the base ring of supporting seat side-lower; Said lead the shuttle Motor Shaft parallel with supporting seat and with lead shuttle-shaped column lower end synchronous pulley on same plane; The said shuttle Motor Shaft of leading is connected with the synchronous pulley of leading shuttle-shaped column through synchronous cog belt, and the said shuttle-shaped column of leading links together with synchronous cog belt between any two.
The said knocker of going up has 12 to 24 with the installing hole that following knocker is distributed on the circumference.
The said knocker of going up has 18 with the installing hole that following knocker is distributed on the circumference.
The said shuttle-shaped column of leading of going up knocker and following knocker installation has 12 to 24.
The said shuttle-shaped column of leading of going up knocker and following knocker installation has 18.
The guide wheel that is positioned at the installing hole installed inside on the circumference above the following and following knocker of said upward knocker has 18.
The multi-directional ball that is positioned at the installing hole installed inside on the circumference above the following and following knocker of said upward knocker has 18.
The said shuttle that is installed in the guide assembly has 3 at least.
Beneficial effect
Innovative point of the present invention is, proposes a kind of shuttle and few as far as possible shuttle support and the promotion method that contacts and avoid sliding friction of knocker with circular loom, and purpose is to reduce shuttle fretting wear to organizine in motion process.The present invention does not produce circular loom shuttle wheel and shuttle sliding device in weaving process and does not roll and swipe with organizine, make equipment require to reduce with ABRASION RESISTANCE to the intensity of organizine, the silk thread that suitable various high and low intensity silks or ABRASION RESISTANCE are relatively poor weave the assurance product quality.
Description of drawings
Fig. 1 is a structural scheme of mechanism of the present invention.
Fig. 2 is the structural representation of shuttle 150 of the present invention.
Fig. 3 is the structural representation of guide assembly of the present invention.
Fig. 4 is the structural representation of guide wheel 121 of the present invention.
Fig. 5 is the structural representation of driven unit of the present invention.
Fig. 6 assembles the partial cutaway schematic at shuttle position, back for the present invention.
Fig. 7 uses the structural representation of the guide assembly of multi-directional ball 124 realizations for the present invention.
Fig. 8 is the structural representation of multi-directional ball 124 among the present invention.
The partial cutaway schematic at shuttle position after the assembling that Fig. 9 realizes for the practical multi-directional ball 124 of the present invention.
The specific embodiment
Below in conjunction with specific embodiment, further set forth the present invention.Should be understood that these embodiment only to be used to the present invention is described and be not used in the restriction scope of the present invention.Should be understood that in addition those skilled in the art can do various changes or modification to the present invention after the content of having read the present invention's instruction, these equivalent form of values fall within the application's appended claims institute restricted portion equally.
Extremely shown in Figure 6 like Fig. 1; A kind of circle is led shuttle raceway device; Comprise set of rails, shuttle 150 and drive part; Said shuttle 150 is installed in by between last knocker 130 and the following knocker 120 formed set of rails; Said shuttle 150 cambers and arcuate flanks have outstanding arc-shaped rack 152, the arc-shaped rack 152 of said shuttle 150 and be installed in knocker 130 and following knocker 120 between axially install lead sprocket 144 engagements on the shuttle-shaped column 140, said lead that shuttle-shaped column 140 1 ends pass play knocker 120 connection drive parts lead shuttle motor 143.
Said set of rails is by last knocker 130, knocker 120, support ring 160 and base ring 110 are formed down; Support ring 160 is installed on the said base ring 110; Have slotted eye 161 on said support ring 160 circumference; Said slotted eye 161 radially penetrates support ring 160 both sides; Knocker 120 down is installed on the said support ring 160, and said knocker 130 and the play knocker 120 some installing holes that are uniformly distributed along the circumference of going up are installed and are led shuttle-shaped column 140, and said base ring 110 is corresponding goes up knockers 130 and following knocker 120 position of mounting hole have same installing hole; Said shuttle-shaped column 140 upper ends of leading are installed in the said installing hole of going up on knocker 130 circumference through bearing; Said shuttle-shaped column 140 lower ends of leading are installed in the installing hole on said base ring 110 circumference through bearing, and said middle part of leading shuttle-shaped column 140 is installed in down through abutment sleeve 163 in the circumference installing hole of knocker 110, are gear 144 parts between said upper end of leading shuttle-shaped column 140 and the middle part; Said leading between shuttle-shaped column 140 middle parts and the lower end is equipped with synchronous pulley 141; Have an annular groove on the said opposite face of going up knocker 130 and play knocker 120, said annular groove and last knocker 130 and play knocker 120 concentric radii go up less than said that installing hole belongs to circumference on knocker 130 and the following knocker 120, be equipped with in the described annular groove with last knocker 130 and following knocker 120 circumference on the corresponding guide wheel 121 of installing hole; Guide wheel shaft 123 directions of said guide wheel 121 are with corresponding last knocker 130 or knocker 120 diametric(al)s are identical down, and said guide wheel 121 excircle cross sections become " V " font or other concave shape;
Said shuttle 150 cambers; It has arc sliver 151 in both sides up and down, and the cross section of said arc sliver 151 is corresponding with said guide wheel 121 excircle cross sections, and the arcuate flanks of said shuttle 150 has outstanding arc-shaped rack 152; Said arc-shaped rack 152 is corresponding with the gear teeth on the said sprocket 144 of leading shuttle-shaped column 140; The arcuate flanks of said shuttle 150 depressions is equipped with tram pipe 202, and said shuttle 150 front ends are equipped with organizine arm 153, and said organizine arm 153 is rod members of a bending; The said organizine arm 153 unsettled other ends are positioned at said shuttle 150 depressions one side, and said organizine arm 153 unsettled ends have thread eye 154;
Said drive part comprises leads shuttle motor 143 and synchronous cog belt 142; The said shuttle motor 143 of leading is positioned on the base ring 110 of support ring 160 side-lowers; Saidly lead shuttle motor 143 shafts and support ring 160 parallel axes and be positioned at said slotted eye 161 places; Said shuttle motor 143 shafts of leading are connected with the synchronous pulley of leading shuttle-shaped column 140 141 through the synchronous cog belt 142 that passes slotted eye 161, and the said shuttle-shaped column 140 of leading links together with synchronous cog belt 142 between any two.
As shown in Figs. 7-9; Said set of rails is by last knocker 130, knocker 120, some supporting seats 162 and base ring 110 are formed down; Some supporting seats 162 are installed on the said base ring 110; Said base ring 110 is connected with the following of play knocker 120 through supporting seat 162, saidly goes up the some installing holes installations that are uniformly distributed along the circumference of knocker 130 and following knocker 120 and leads shuttle-shaped column 140, and said shuttle-shaped column 140 upper ends of leading are installed in the installing hole on said upward knocker 130 circumference through bearing; Said middle part of leading shuttle-shaped column 140 is installed in down in the circumference installing hole of knocker 110 through bearing; Between said upper end of leading shuttle-shaped column 140 and the middle part is gear parts 144, and said shuttle-shaped column 140 lower ends of leading pass the Xiamen loop section abutment sleeve 163 is installed, and abutment sleeve 163 lower ends are equipped with synchronous pulley 141 and do not contact with base ring; Be uniformly distributed with on the opposite face of said upward knocker 130 and following knocker 120 quantity and said knocker 130 and the identical multi-directional ball 124 of following knocker 120 installing holes of going up are installed; To lead shuttle-shaped column installing hole place radius of a circle little than said for said multi-directional ball 124 place circumference, and said multi-directional ball 124 1 ends are installed in knocker 130 or play on knocker 120 opposite faces, and the other end is an outstanding steel ball;
Said shuttle 150 cambers; It has arc sliver 151 in both sides up and down, and the cross section of said arc sliver 151 is corresponding with the steel ball highlight of said multi-directional ball 124, and the arcuate flanks of said shuttle 150 has outstanding arc-shaped rack 152; Said arc-shaped rack 152 is corresponding with the gear teeth on the said gear parts 144 of leading shuttle-shaped column 140; The arcuate flanks of said shuttle 150 depressions is equipped with tram pipe 202, and said shuttle 150 front ends are equipped with organizine arm 153, and said organizine arm 153 is rod members of a bending; The said organizine arm 153 unsettled other ends are positioned at said shuttle 150 depressions one side, and said organizine arm 153 unsettled ends have thread eye 154;
Said drive part comprises leads shuttle motor 143 and synchronous cog belt 142; The said shuttle motor 143 of leading is positioned on the base ring 110 of supporting seat 162 side-lowers; Said lead shuttle motor 143 shafts and supporting seat 162 parallel and with lead shuttle-shaped column 140 lower end synchronous pulleys 141 on same plane; Said shuttle motor 143 shafts of leading are connected with the synchronous pulley of leading shuttle-shaped column 140 141 through synchronous cog belt 142, and the said shuttle-shaped column 140 of leading links together with synchronous cog belt 142 between any two.
The said knocker 130 of going up has 12 to 24 with the installing hole that following knocker 120 is distributed on the circumference.
The said knocker 130 of going up has 18 with the installing hole that following knocker 120 is distributed on the circumference.
The said shuttle-shaped column 140 of leading of going up knocker 130 and following knocker 120 installations has 12 to 24.
The said shuttle-shaped column 140 of leading of going up knocker 130 and following knocker 120 installations has 18.
The guide wheel 121 that is positioned at the installing hole installed inside on the circumference above the following and following knocker 120 of said upward knocker 130 has 18.
The multi-directional ball 124 that is positioned at the installing hole installed inside on the circumference above the following and following knocker 120 of said upward knocker 130 has 18.
The said shuttle 150 that is installed in the guide assembly has 3 at least.
Innovative point of the present invention is, proposes a kind of shuttle and few as far as possible shuttle support and the promotion method that contacts and avoid sliding friction of knocker with circular loom, and purpose is to reduce shuttle fretting wear to organizine in motion process.The course of work adopts cam-heald frame opening form commonly used to set forth.Cam is respectively with inside and outside heald frame 200 liftings and decline when weaving, and organizine 201 forms shed open under the effect of two heald frames 200, leads shuttle motor 143 and passes through from shed open through leading shuttle-shaped column 140 driving shuttles 150.Because shuttle 150 supported by guide wheel 121, so organizine 201 is housed inside in the space between shuttle 150 and two guide wheels 121, avoided and shuttle 150 produces scraping.Simultaneously, tram 203 is drawn by the tram pipe 202 that is installed on the shuttle 150, and the thread eye 154 that porcelain eye is installed on shuttle arm 153 is incorporated into the fell place that is positioned at size ring 134 belows, and interweaving with organizine forms fabric 204.
Claims (10)
1. a circle is led shuttle raceway device; Comprise set of rails, shuttle (150) and drive part; It is characterized in that; Said shuttle (150) is installed in by between last knocker (130) and the formed set of rails of following knocker (120); Said shuttle (150) camber and arcuate flanks have outstanding arc-shaped rack (152), the arc-shaped rack (152) of said shuttle (150) and be installed in knocker (130) and following knocker (120) between axially install lead sprocket (144) engagement on the shuttle-shaped column (140), said lead that shuttle-shaped column (140) one ends pass play knocker (120) connection drive part lead shuttle motor (143).
2. a kind of circle according to claim 1 is led shuttle raceway device, it is characterized in that:
Said set of rails is made up of last knocker (130), following knocker (120), support ring (160) and base ring (110); Said base ring (110) is gone up support ring (160) is installed; Have slotted eye (161) on said support ring (160) circumference; Said slotted eye (161) radially penetrates support ring (160) both sides; Said support ring (160) is gone up knocker (120) down is installed; Saidly go up the some installing holes installations that are uniformly distributed along the circumference of knocker (130) and following knocker (120) and lead shuttle-shaped column (140); Knocker (130) and following knocker (120) position of mounting hole have same installing hole on said base ring (110) correspondence; Said shuttle-shaped column (140) upper end of leading is installed in the said installing hole of going up on knocker (130) circumference through bearing; Said shuttle-shaped column (140) lower end of leading is installed in the installing hole on said base ring (110) circumference through bearing, and said middle part of leading shuttle-shaped column (140) is installed in down through abutment sleeve (163) in the circumference installing hole of knocker (110), is gear (144) part between said upper end of leading shuttle-shaped column (140) and the middle part; Said leading between shuttle-shaped column (140) middle part and the lower end is equipped with synchronous pulley (141); Have an annular groove on the said opposite face of going up knocker (130) and play knocker (120), said annular groove and last knocker (130) and following knocker (120) concentric radii belong to circumference less than installing hole on said upward knocker (130) and the following knocker (120), be equipped with in the described annular groove with last knocker (130) and following knocker (120) circumference on the corresponding guide wheel of installing hole (121); Guide wheel shaft (123) direction of said guide wheel (121) is with corresponding last knocker (130) or knocker (120) diametric(al) is identical down, and said guide wheel (121) excircle cross section becomes " V " font or other concave shape;
Said shuttle (150) camber; It has arc sliver (151) in both sides up and down; The cross section of said arc sliver (151) is corresponding with said guide wheel (121) excircle cross section; The arcuate flanks of said shuttle (150) has outstanding arc-shaped rack (152), and said arc-shaped rack (152) is corresponding with the gear teeth on the said sprocket (144) of leading shuttle-shaped column (140), and the arcuate flanks of said shuttle (150) depression is equipped with tram pipe (202); Said shuttle (150) front end is equipped with organizine arm (153); Said organizine arm (153) is the rod member of a bending, and the unsettled other end of said organizine arm (153) is positioned at said shuttle (150) depression one side, and the unsettled end of said organizine arm (153) has thread eye (154);
Said drive part comprises leads shuttle motor (143) and synchronous cog belt (142); The said shuttle motor (143) of leading is positioned on the base ring (110) of support ring (160) side-lower; Said lead shuttle motor (143) shaft and support ring (160) parallel axes and be positioned at said slotted eye (161) locate; Said shuttle motor (143) shaft of leading is connected through synchronous cog belt (142) that passes slotted eye (161) and the synchronous pulley of leading shuttle-shaped column (140) (141), and the said shuttle-shaped column (140) of leading links together with synchronous cog belt (142) between any two.
3. a kind of circle according to claim 1 is led shuttle raceway device, it is characterized in that:
Said set of rails is made up of last knocker (130), following knocker (120), some supporting seats (162) and base ring (110); Said base ring (110) is gone up some supporting seats (162) is installed; Said base ring (110) is through following being connected of supporting seat (162) with following knocker (120); Saidly go up the some installing holes installations that are uniformly distributed along the circumference of knocker (130) and following knocker (120) and lead shuttle-shaped column (140); Said shuttle-shaped column (140) upper end of leading is installed in the said installing hole of going up on knocker (130) circumference through bearing; Said middle part of leading shuttle-shaped column (140) is installed in down in the circumference installing hole of knocker (110) through bearing; Between said upper end of leading shuttle-shaped column (140) and the middle part is gear parts (144); Said shuttle-shaped column (140) lower end of leading passes the Xiamen loop section abutment sleeve (163) is installed; Abutment sleeve (163) lower end is equipped with synchronous pulley (141) and does not contact with base ring, be uniformly distributed with on the said opposite face of going up knocker (130) and play knocker (120) be equipped with quantity with said on knocker (130) multi-directional ball (124) identical with following knocker (120) installing hole, said multi-directional ball (124) belongs to circumference and leads the shuttle-shaped column installing hole to belong to radius of a circle little than said; Said multi-directional ball (124) one ends are installed on knocker (130) or following knocker (120) opposite face, and the other end is an outstanding steel ball;
Said shuttle (150) camber; It has arc sliver (151) in both sides up and down; The cross section of said arc sliver (151) is corresponding with the steel ball highlight of said multi-directional ball (124); The arcuate flanks of said shuttle (150) has outstanding arc-shaped rack (152), and said arc-shaped rack (152) is corresponding with the gear teeth on the said gear parts (144) of leading shuttle-shaped column (140), and the arcuate flanks of said shuttle (150) depression is equipped with tram pipe (202); Said shuttle (150) front end is equipped with organizine arm (153); Said organizine arm (153) is the rod member of a bending, and the unsettled other end of said organizine arm (153) is positioned at said shuttle (150) depression one side, and the unsettled end of said organizine arm (153) has thread eye (154);
Said drive part comprises leads shuttle motor (143) and synchronous cog belt (142); The said shuttle motor (143) of leading is positioned on the base ring (110) of supporting seat (162) side-lower; Said lead shuttle motor (143) shaft parallel with supporting seat (162) and with lead shuttle-shaped column (140) lower end synchronous pulley (141) on same plane; Said shuttle motor (143) shaft of leading is connected with the synchronous pulley of leading shuttle-shaped column (140) (141) through synchronous cog belt (142), and the said shuttle-shaped column (140) of leading links together with synchronous cog belt (142) between any two.
4. lead shuttle raceway device according to claim 2 or 3 described a kind of circles, it is characterized in that, the installing hole that said upward knocker (130) and following knocker (120) are distributed on the circumference has 12 to 24.
5. lead shuttle raceway device according to claim 2 or 3 described a kind of circles, it is characterized in that, the installing hole that said upward knocker (130) and following knocker (120) are distributed on the circumference has 18.
6. lead shuttle raceway device according to claim 2 or 3 described a kind of circles, it is characterized in that, the said shuttle-shaped column (140) of leading of going up knocker (130) and following knocker (120) installation has 12 to 24.
7. lead shuttle raceway device according to claim 2 or 3 described a kind of circles, it is characterized in that, the said shuttle-shaped column (140) of leading of going up knocker (130) and following knocker (120) installation has 18.
8. a kind of circle according to claim 2 is led shuttle raceway device, it is characterized in that, the guide wheel (121) that is positioned at the installing hole installed inside on the circumference above the following and following knocker (120) of said upward knocker (130) has 18.
9. a kind of circle according to claim 3 is led shuttle raceway device, it is characterized in that, the multi-directional ball (124) that is positioned at the installing hole installed inside on the circumference above the following and following knocker (120) of said upward knocker (130) has 18.
10. lead shuttle raceway device according to claim 2 or 3 described a kind of circles, it is characterized in that, the said shuttle (150) that is installed in the guide assembly has 3 at least.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210144685.8A CN102634915B (en) | 2012-05-10 | 2012-05-10 | Circular shuttle guide raceway device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210144685.8A CN102634915B (en) | 2012-05-10 | 2012-05-10 | Circular shuttle guide raceway device |
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| Publication Number | Publication Date |
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| CN102634915A true CN102634915A (en) | 2012-08-15 |
| CN102634915B CN102634915B (en) | 2014-07-02 |
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| CN201210144685.8A Expired - Fee Related CN102634915B (en) | 2012-05-10 | 2012-05-10 | Circular shuttle guide raceway device |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103194843A (en) * | 2013-04-01 | 2013-07-10 | 芜湖恒一塑料设备制造有限公司 | Check pair structure of plastic circular loom |
| CN104452057A (en) * | 2014-12-10 | 2015-03-25 | 东华大学 | Completely crushing-free shuttle guiding device and method for circular weaving machine |
| CN108677354A (en) * | 2018-06-20 | 2018-10-19 | 武汉纺织大学 | A kind of picking motion of multi-layer cylinder loom |
| CN112813569A (en) * | 2020-12-31 | 2021-05-18 | 厦门郑萌迈纺织有限公司 | Shuttle sliding track for loom |
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| EP0253798A2 (en) * | 1986-07-14 | 1988-01-20 | Lenzing Aktiengesellschaft | Circular weaving loom |
| US5409044A (en) * | 1994-02-25 | 1995-04-25 | Lin; Yao-Chang | Circular loom having improved shuttle retention |
| CN1308154A (en) * | 2001-02-23 | 2001-08-15 | 北京玻璃钢研究设计院 | Electric shuttle |
| CN1308153A (en) * | 2001-02-23 | 2001-08-15 | 北京玻璃钢研究设计院 | Loom |
| CN2542690Y (en) * | 2002-03-21 | 2003-04-02 | 平阳县恒立塑料机械有限公司 | Roller-type small six-shuttle plastic circular loom |
| WO2003083195A1 (en) * | 2002-03-28 | 2003-10-09 | Meichang Huang | A circular loom |
| WO2007019743A1 (en) * | 2005-08-15 | 2007-02-22 | Tianchang Plastic Machinery Co., Ltd. | Improvement structure of circular loom tracks |
| CN101342715A (en) * | 2008-08-22 | 2009-01-14 | 周德川 | Non-shuttle wheel rolling rail of plastic circular weaving machine |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103194843A (en) * | 2013-04-01 | 2013-07-10 | 芜湖恒一塑料设备制造有限公司 | Check pair structure of plastic circular loom |
| CN103194843B (en) * | 2013-04-01 | 2014-12-17 | 芜湖恒一塑料设备制造有限公司 | Check pair structure of plastic circular loom |
| CN104452057A (en) * | 2014-12-10 | 2015-03-25 | 东华大学 | Completely crushing-free shuttle guiding device and method for circular weaving machine |
| CN108677354A (en) * | 2018-06-20 | 2018-10-19 | 武汉纺织大学 | A kind of picking motion of multi-layer cylinder loom |
| CN108677354B (en) * | 2018-06-20 | 2023-05-30 | 武汉纺织大学 | Weft insertion mechanism of multilayer tubular loom |
| CN112813569A (en) * | 2020-12-31 | 2021-05-18 | 厦门郑萌迈纺织有限公司 | Shuttle sliding track for loom |
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