CN214167779U

CN214167779U - A seal wire device for high-efficient production quartz glass is cotton

Info

Publication number: CN214167779U
Application number: CN202120146472.3U
Authority: CN
Inventors: 刘为建; 黄永亮; 曾少武; 刘俊龙; 杨恺
Original assignee: HUBEI FEILIHUA QUARTZ GLASS CO Ltd
Current assignee: HUBEI FEILIHUA QUARTZ GLASS CO Ltd
Priority date: 2021-01-20
Filing date: 2021-01-20
Publication date: 2021-09-10
Anticipated expiration: 2031-01-20

Abstract

The utility model relates to a silk device for high-efficient production quartz glass is cotton belongs to the cotton production facility technical field of quartz glass. The novel yarn cutting device comprises a first-stage yarn guide piece, a second-stage yarn guide piece, a third-stage yarn guide piece, an adjusting component and a yarn cutting blade, wherein the first-stage yarn guide piece and the second-stage yarn guide piece are arranged at intervals, the side surfaces of the first-stage yarn guide piece and the second-stage yarn guide piece are fixedly connected through the adjusting component, the front end of the second-stage yarn guide piece is provided with the third-stage yarn guide piece through a connecting plate, the yarn cutting blade is slidably mounted between the third-stage yarn guide piece and the second-stage yarn guide piece, and the yarn cutting blade is respectively in sliding contact connection with the second-stage yarn guide piece, the third-stage yarn guide piece and the connecting plate. When this a thread guide device for high-efficient production quartz glass is cotton uses, mutually support through one-level seal wire spare, second grade seal wire spare, tertiary seal wire spare, to spouting the spacing effect of cotton silk thread formation direction, the effect of location is played to the second grade glass stick of second grade seal wire spare, effectively guarantees to spout that cotton silk thread can be smooth carry out the seal wire operation, and production efficiency is high, has reduced the loss of preceding row piece tied in a bundle, has reduced manufacturing cost, accords with the enterprise demand very much.

Description

A seal wire device for high-efficient production quartz glass is cotton

Technical Field

The utility model relates to a silk device for high-efficient production quartz glass is cotton belongs to the cotton production facility technical field of quartz glass.

Background

The production principle of the prior quartz glass wool is that flame is sprayed out at a very high speed through a nozzle, a quartz rod corresponding to the nozzle is fused by utilizing high-temperature flame, the quartz rod is attenuated into filaments under the action of high-speed airflow, and the filaments are collected into wool by a collector.

The existing cotton spraying equipment is mainly positioned and guided by the front row bundling piece due to the structure of the existing cotton spraying equipment, and the sprayed cotton threads are manually penetrated into the guide wire holes on the bundling piece one by one, so that the operation difficulty is high, the steps are complicated, and the cotton spraying production efficiency is reduced; the wire drawing of the cotton spraying machine only depends on the front row of the bundling pieces, which causes large loss of the bundling pieces and influences the wire drawing effect after the bundling pieces are worn, so that the improvement of the wire drawing machine is needed.

Disclosure of Invention

The utility model aims to provide a: the yarn guide device for efficiently producing the quartz glass cotton is simple in structure and convenient to use, improves the production efficiency of cotton spraying, reduces the production cost, and solves the problems that the cotton silk threading difficulty of a bundling piece is large in a manual mode, the operation is troublesome, and the wire drawing effect is influenced after the front row bundling piece is worn.

The technical scheme of the utility model is that:

the utility model provides a wire device for high-efficient production quartz glass is cotton, it comprises one-level seal wire spare, second grade seal wire spare, tertiary seal wire spare, adjusting part and disconnected silk blade, its characterized in that: one-level seal wire spare and second grade seal wire spare are the interval form setting, pass through adjusting part fixed connection between the side of one-level seal wire spare and second grade seal wire spare, and the front end of second grade seal wire spare is equipped with tertiary seal wire spare through the connecting plate, and slidable mounting has disconnected silk blade between tertiary seal wire spare and the second grade seal wire spare, disconnected silk blade respectively with second grade seal wire spare, tertiary seal wire spare and connecting plate sliding contact connection.

The first-stage wire guiding piece and the second-stage wire guiding piece are identical in structure and are all strip-shaped rectangular bodies.

The upper surface of one-level seal wire spare along the radial direction interval form be provided with a plurality of one-level seal wire grooves, the upper surface of one-level seal wire spare is provided with one-level draw-in groove A along axial direction, one-level seal wire spare lower surface is provided with one-level draw-in groove B along axial direction, one-level draw-in groove A and one-level draw-in groove B communicate with one-level seal wire groove respectively, the one-level glass stick has clamped respectively in one-level draw-in groove A and the one-level draw-in groove B.

The first-stage clamping groove A and the first-stage clamping groove B are correspondingly arranged.

The upper surface of second grade seal wire spare along the radial direction interval form be provided with a plurality of second grade seal wire grooves, second grade seal wire groove corresponds the setting with the one-level seal wire groove of one-level seal wire spare, the upper surface of second grade seal wire spare is provided with second grade draw-in groove A along axial direction, the lower surface of second grade seal wire spare is provided with second grade draw-in groove B along axial direction, second grade draw-in groove A and second grade draw-in groove B communicate with second grade seal wire groove respectively, the second grade glass stick has been clamped respectively in second grade draw-in groove A and the second grade draw-in groove B.

The secondary clamping groove A and the secondary clamping groove B are arranged in a staggered mode.

Tertiary seal wire spare constitute by seal wire spare body and hook plate, the upper surface of seal wire spare body is provided with the recess, the interior bottom surface of recess is the slope form, the lower surface of seal wire body sets up a plurality of tertiary seal wire grooves along its radial interval form, the interior bottom surface of tertiary seal wire groove is the slope form, there is the hook plate both sides of seal wire spare body through bolt fixed mounting respectively, the front end of hook plate extends to the outside of seal wire spare body, extends to and clamps tertiary glass stick on the hook plate in the outside.

The adjusting assembly is composed of a first-stage connecting plate, a second-stage connecting plate, an adjusting plate and locking bolts, the adjusting plate is arranged between the first-stage connecting plate and the second-stage connecting plate, sliding grooves are symmetrically formed in the adjusting plate, assembling holes are formed in the first-stage connecting plate and the second-stage connecting plate corresponding to the sliding grooves respectively, and the locking bolts are installed in the assembling holes of the first-stage connecting plate and the second-stage connecting plate respectively in a matched mode with the sliding grooves of the adjusting plate; the first-stage connecting plate is fixedly connected with the first-stage wire guide piece through a bolt, and the second-stage connecting plate is fixedly connected with the second-stage wire guide piece through a bolt.

The yarn cutting blade is in a long rectangular plate shape, a plurality of cutting openings are formed in the upper end of the yarn cutting blade at intervals, and the cutting openings are respectively arranged corresponding to the second-stage yarn guide groove of the second-stage yarn guide piece and the third-stage yarn guide groove of the third-stage yarn guide piece.

The utility model has the advantages that:

when this a thread guide device for high-efficient production quartz glass is cotton uses, the one-level thread guide groove through one-level thread guide spare and the second grade thread guide groove of second grade thread guide spare mutually support, form preliminary location to spouting the cotton silk thread, the one-level glass stick of one-level thread guide spare plays spacing and the effect that reduces the resistance, the second grade glass stick of second grade thread guide spare plays the effect of location, the cutting operation of the convenient follow-up disconnected silk blade that carries on, it takes place to move to avoid spouting the cotton silk thread in cutting process, the disconnected silk blade can cut unnecessary spouting the cotton silk thread, it is spacing to spouting the linear formation of cotton silk thread to go to the thread guide groove through tertiary thread guide spare, effectively guarantee to spout the smooth silk thread operation that carries on of cotton silk thread, high production efficiency, the loss of the preceding row piece of bundling has been reduced, the production cost is reduced, accord with enterprise's demand very much.

Drawings

FIG. 1 is a schematic view of the three-dimensional structure of the present invention during operation;

FIG. 2 is a schematic cross-sectional view taken along the line A-A in FIG. 1;

fig. 3 is a schematic structural view of the interrupted wire blade of the present invention.

In the figure: 1. a primary wire guide; 2. a secondary guidewire member; 3. a tertiary wire guide; 4. a filament breaking blade; 5. a first-stage wire guide groove; 6. a primary card slot A; 7. a primary card slot B; 8. a first-order glass rod; 9. a secondary wire guide groove; 10. a secondary card slot A; 11. a secondary card slot B; 12. a second glass rod; 13. a first-level connecting plate; 14. a second-stage connecting plate; 15. an adjusting plate; 16. locking the bolt; 17. a wire guide body; 18. cutting off the port; 19. a groove; 20. a tertiary thread guide groove; 21. a hook plate; 22. a third-stage glass rod; 23. a chute; 24. quartz glass wool; 25. a connecting plate.

Detailed Description

This a thread guide device for high-efficient production quartz glass is cotton, it comprises one-level seal wire spare 1, second grade seal wire spare 2, tertiary seal wire spare 3, disconnected silk blade 4 and adjusting part, and one-level seal wire spare 1 and second grade seal wire spare 2 are the interval form setting, and one-level seal wire spare 1 is the same with second grade seal wire spare 2 structure, is rectangular cuboid.

The upper surface of the first-stage wire guide piece 1 is provided with 20-60 first-stage wire guide grooves 5 at intervals along the radial direction, the upper surface of the first-stage wire guide piece 1 is provided with a first-stage clamping groove A6 along the axial direction, the lower surface of the first-stage wire guide piece 1 is provided with a first-stage clamping groove B7 along the axial direction, the first-stage clamping groove A6 and the first-stage clamping groove B7 are respectively communicated with the first-stage wire guide grooves 5, and the first-stage clamping groove A6 and the first-stage clamping groove B7 are correspondingly arranged.

The primary glass rod 8 is clamped in the primary clamping groove A6 and the primary clamping groove B7 respectively, the primary glass rod 8 clamped in the primary clamping groove A6 plays a role in limiting the quartz glass cotton, and the primary glass rod 8 clamped in the primary clamping groove B7 plays a role in reducing the friction resistance between the quartz glass cotton and the primary yarn guide groove 5 of the primary yarn guide piece 1.

The upper surface of the second-stage wire guide part 2 is provided with 20-60 second-stage wire guide grooves 9 at intervals along the radial direction, the second-stage wire guide grooves 9 are arranged corresponding to the first-stage wire guide grooves 5 of the first-stage wire guide part 1, the upper surface of the second-stage wire guide part 2 is provided with a second-stage clamping groove A10 along the axial direction, the lower surface of the second-stage wire guide part 2 is provided with a second-stage clamping groove B11 along the axial direction, the second-stage clamping groove A10 and the second-stage clamping groove B11 are arranged in a staggered mode, and the second-stage clamping groove A10 and the second-stage clamping groove B11 are respectively communicated with the second-stage wire guide grooves 9.

The secondary glass rod 12 is clamped in the secondary clamping groove A10 and the secondary clamping groove B11 respectively, the secondary glass rod 12 clamped in the secondary clamping groove A10 plays a role in fixing the quartz glass cotton yarn and facilitating subsequent shearing operation, and the secondary glass rod 12 clamped in the secondary clamping groove B11 plays a role in assisting in supporting the quartz glass cotton yarn and reducing the friction resistance between the quartz glass cotton yarn and the secondary yarn guide groove 9 of the secondary yarn guide 2.

The side surfaces of the first-stage wire guide member 1 and the second-stage wire guide member 2 are fixedly connected through an adjusting assembly, the adjusting assembly is composed of a first-stage connecting plate 13, a second-stage connecting plate 14, an adjusting plate 15 and locking bolts 16, the adjusting plate 15 is arranged between the first-stage connecting plate 13 and the second-stage connecting plate 14, sliding grooves 23 are symmetrically arranged on the adjusting plate 15, assembling holes are respectively arranged on the first-stage connecting plate 13 and the second-stage connecting plate 14 corresponding to the sliding grooves 23, and the assembling holes of the first-stage connecting plate 13 and the second-stage connecting plate 14 are respectively matched with the sliding grooves 23 of the adjusting plate 15 to be provided with the locking bolts 16; the first-level connecting plate 13 is fixedly connected with the first-level wire guide piece 1 through a bolt, the second-level connecting plate 14 is fixedly connected with the second-level wire guide piece 2 through a bolt, and when the wire guide device is used, the distance between the first-level wire guide piece 1 and the second-level wire guide piece 2 is adjusted by adjusting the tightness or tightness of the locking bolt 16.

The front end of the second-stage wire guide part 2 is provided with a third-stage wire guide part 3 through a connecting plate, the third-stage wire guide part 3 is composed of a wire guide part body 17 and a hook plate 21, the upper surface of the wire guide part body 17 is provided with a groove 19, the inner bottom of the groove 19 is in a slope shape, the lower surface of the wire guide body is provided with 20-60 third-stage wire guide grooves 20 at intervals along the radial direction, the inner bottom of each third-stage wire guide groove 20 is in a slope shape, the hook plates 21 are fixedly arranged on two sides of the wire guide part body 17 through bolts respectively, the front end of each hook plate 21 extends to the outer side of the wire guide part body 17, a third-stage glass rod 22 is clamped on the hook plate 21 extending to the outer side, and the third-stage glass rod 22 plays a role in reducing the friction resistance of the quartz glass wool 24 and the third-stage wire guide grooves 20 of the wire guide part body 17.

A wire breaking blade 4 is slidably mounted between the third-stage wire guiding piece 3 and the second-stage wire guiding piece 2, the wire breaking blade 4 is in the shape of a long rectangular plate, a plurality of cutting openings 18 are formed in the upper end of the wire breaking blade 4 at intervals, and the cutting openings 18 are respectively arranged corresponding to the second-stage wire guiding groove 9 of the second-stage wire guiding piece 2 and the third-stage wire guiding groove 20 of the third-stage wire guiding piece 3; the broken filament blade 4 is respectively connected with the second-stage filament guiding part 2, the third-stage filament guiding part 3 and the connecting plate in a sliding contact mode, and when the broken filament cutting device is used, a worker transversely pulls the broken filament blade 4 along the axial direction of the broken filament blade 4 to cut off the redundant part of the quartz glass cotton filament.

The primary yarn guide groove 5 and the secondary yarn guide groove 9 of the yarn guide device for efficiently producing the quartz glass wool are diameter-variable grooves, and the depths of the primary yarn guide groove 5 and the secondary yarn guide groove 9 are 20 mm; the depth of the three-stage wire guide groove 20 is a straight groove and is 10 mm.

When the yarn guide device for efficiently producing the quartz glass cotton is used, firstly, 20-60 quartz glass cotton yarns 24 sprayed by a cotton spraying device correspond to a primary yarn guide groove 5 one by one respectively, enter the primary yarn guide groove 5 from an opening of the primary yarn guide groove 5 on the upper surface of a primary yarn guide member 1, after the quartz glass cotton yarns 24 are placed in the primary yarn guide groove 5, 20-60 quartz glass cotton yarns correspond to a secondary yarn guide groove 9 one by one respectively, enter the secondary yarn guide groove 9 from an opening of the secondary yarn guide groove 9 on the upper surface of a secondary yarn guide member 2, after the quartz glass cotton yarns are placed in the secondary yarn guide groove 9, then 20-60 quartz glass cotton yarns correspond to cutting openings 18 of yarn cutting blades 4 one by one respectively, enter the cutting openings 18 from the cutting openings 18 of the yarn cutting blades 4, and finally 20-60 quartz glass cotton yarns 24 are gathered in a groove 19 on the upper surface of a yarn guide member body 17, and tightened by hand.

After 20-60 quartz cotton silk threads are guided, the primary glass rod 8 is respectively clamped on the primary clamping groove A6 and the primary clamping groove B7 of the primary silk guide piece 1, the primary glass rod 8 on the primary clamping groove A6 has a limiting effect on the quartz glass cotton silk 24 to prevent the quartz glass cotton silk 24 from being mixed in the silk guide operation process, and the primary glass rod 8 on the primary clamping groove B7 has a resistance reducing effect on the quartz glass cotton silk 24 to improve the silk guide efficiency.

After the primary glass rod 8 is clamped, the secondary glass rod 12 is respectively clamped on a secondary clamping groove A10 and a secondary clamping groove B11 of the secondary wire guiding piece 2, the secondary glass rod 12 on the secondary clamping groove A10 compresses and fixes the quartz glass cotton wire 24, and the secondary glass rod 12 on the secondary clamping groove B11 plays a role in reducing resistance on the quartz glass cotton wire 24 so as to improve wire guiding efficiency.

After the second-stage glass rod 12 is clamped, the third-stage glass rod 22 is clamped on the hook plate 21, after the clamping of the third-stage glass rod 22 is completed, a worker transversely pulls the filament breaking blade 4, the cutting opening 18 of the filament breaking blade 4 is matched with the second-stage filament guiding groove 9 of the second-stage filament guiding part 2 to cut off redundant quartz glass cotton filaments 24, the redundant quartz glass cotton filaments 24 are removed, the filament breaking blade 4 is reset, the cut quartz glass cotton filaments 24 in the second-stage filament guiding groove 9 are smooth in end, the quartz glass cotton filaments 24 with smooth ends correspond to the third-stage filament guiding grooves 20 one by one, at the moment, the locking bolt 16 is loosened, the second-stage filament guiding part 2 and the second-stage filament guiding part 2 synchronously slide backwards, the distance between the second-stage filament guiding part 2 and the first-stage filament guiding part 1 is shortened, meanwhile, the quartz glass cotton filaments 24 in the second-stage filament guiding groove 9 enter the third-stage filament guiding groove 20 and extend out of the third-stage filament guiding groove 20 to reach a filament spraying area, the worker brings the quartz glass wool 24 into contact with the tertiary glass rod 22, the tertiary glass rod 22 reduces the frictional resistance between the quartz glass wool and the tertiary yarn guide groove 20, and the yarn guide operation is started after the locking bolt 16 is tightened.

When this a thread guide device for high-efficient production quartz glass is cotton uses, one-level thread guide groove 5 through one-level thread guide spare 1 and second grade thread guide groove 9 of second grade thread guide spare 2 mutually support, form preliminary location to spouting the cotton silk thread, one-level glass stick 8 of one-level thread guide spare 1 plays spacing and the effect that reduces the resistance, second grade glass stick 12 of second grade thread guide spare 2 plays the effect of location, the convenient follow-up cutting operation who carries out disconnected silk blade 4, it is spacing to spouting the linear formation of cotton silk thread through tertiary thread guide spare 3 to the thread guide groove, effectively guarantee to spout the smooth seal wire operation that carries on of cotton silk thread ability, high production efficiency, the loss of the piece tied in a bundle of the front row has been reduced, the production cost is reduced, accord with the enterprise demand very much.

Claims

1. The utility model provides a wire device for high-efficient production quartz glass is cotton, it comprises one-level seal wire spare (1), second grade seal wire spare (2), tertiary seal wire spare (3), adjusting part and disconnected silk blade (4), its characterized in that: one-level seal wire spare (1) and second grade seal wire spare (2) are the interval form setting, pass through adjusting part fixed connection between the side of one-level seal wire spare (1) and second grade seal wire spare (2), tertiary seal wire spare (3) are equipped with through the connecting plate to the front end of second grade seal wire spare (2), slidable mounting has disconnected silk blade (4) between tertiary seal wire spare (3) and second grade seal wire spare (2), disconnected silk blade (4) respectively with second grade seal wire spare (2), tertiary seal wire spare (3) and connecting plate (25) sliding contact are connected.

2. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: the primary wire guiding piece (1) and the secondary wire guiding piece (2) are identical in structure and are all strip-shaped rectangular bodies.

3. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: the upper surface of one-level seal wire spare (1) along the radial direction interval form be provided with a plurality of one-level seal wire grooves (5), the upper surface of one-level seal wire spare (1) is provided with one-level draw-in groove A (6) along axial direction, one-level seal wire spare (1) lower surface is provided with one-level draw-in groove B (7) along axial direction, one-level draw-in groove A (6) and one-level draw-in groove B (7) communicate with one-level seal wire groove (5) respectively, one-level glass stick (8) have clamped respectively in one-level draw-in groove A (6) and one-level draw-in groove B (7).

4. The guide wire device for efficiently producing the quartz glass wool according to claim 3, wherein: the primary clamping groove A (6) and the primary clamping groove B (7) are arranged correspondingly.

5. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: the upper surface of second grade seal wire spare (2) along the radial direction interval form be provided with a plurality of second grade seal wire groove (9), second grade seal wire groove (9) correspond the setting with one-level seal wire groove (5) of one-level seal wire spare (1), the upper surface of second grade seal wire spare (2) is provided with second grade draw-in groove A (10) along axial direction, the lower surface of second grade seal wire spare (2) is provided with second grade draw-in groove B (11) along axial direction, second grade draw-in groove A (10) and second grade draw-in groove B (11) communicate with second grade seal wire groove (9) respectively, second grade glass stick (12) have clamped respectively in second grade draw-in groove A (10) and second grade draw-in groove B (11).

6. The guide wire device for efficiently producing the quartz glass wool according to claim 5, wherein: the secondary clamping groove A (10) and the secondary clamping groove B (11) are arranged in a staggered mode.

7. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: tertiary seal wire spare (3) constitute by seal wire spare body (17) and hook plate (21), the upper surface of seal wire spare body (17) is provided with recess (19), the interior bottom surface of recess (19) is the slope form, the lower surface of seal wire body sets up a plurality of tertiary seal wire groove (20) along its radial interval form, the interior bottom surface of tertiary seal wire groove (20) is the slope form, there is hook plate (21) both sides of seal wire spare body (17) through bolt fixed mounting respectively, the front end of hook plate (21) extends to the outside of seal wire spare body (17), it has tertiary glass stick (22) to clamp on hook plate (21) to extend to the outside.

8. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: the adjusting assembly is composed of a first-stage connecting plate (13), a second-stage connecting plate (14), an adjusting plate (15) and locking bolts (16), the adjusting plate (15) is arranged between the first-stage connecting plate (13) and the second-stage connecting plate (14), sliding grooves (23) are symmetrically arranged on the adjusting plate (15), assembling holes are respectively arranged on the first-stage connecting plate (13) and the second-stage connecting plate (14) corresponding to the sliding grooves (23), and the locking bolts (16) are respectively arranged on the assembling holes of the first-stage connecting plate (13) and the second-stage connecting plate (14) in a matched manner with the sliding grooves of the adjusting plate (15); the first-stage connecting plate (13) is fixedly connected with the first-stage wire guide piece (1) through a bolt, and the second-stage connecting plate (14) is fixedly connected with the second-stage wire guide piece (2) through a bolt.

9. The guide wire device for efficiently producing the quartz glass wool according to claim 1, wherein: the yarn cutting blade (4) is in the shape of a long rectangular plate, a plurality of cutting openings (18) are formed in the upper end of the yarn cutting blade (4) at intervals, and the cutting openings (18) are respectively arranged corresponding to a second-stage yarn guide groove (9) of a second-stage yarn guide piece (2) and a third-stage yarn guide groove (20) of a third-stage yarn guide piece (3).