CN215328763U - Bleaching device for textile production - Google Patents

Abstract

The utility model belongs to the field of textile production, and particularly relates to a bleaching device for textile production, which comprises a support, a power mechanism and a rolling mechanism, wherein the rolling mechanism comprises a rinsing pool, a first rotating roller, a bleaching pool rotating roller, a tensioning roller, a rinsing pool rotating roller, a second rotating roller, a cam rotating roller and a communicating hole, the rinsing pool is arranged above the support, a partition plate is arranged in the middle of the rinsing pool to divide the rinsing pool into two parts, one side of the rinsing pool is bleached, one side of the rinsing pool is rinsed, the first rotating roller is arranged on one side above the rinsing pool, and the bleaching pool rotating roller is arranged on one side, close to the first rotating roller, below the inside of the rinsing pool. The utility model utilizes the rolling mechanism to deform the cloth in the bleaching process, so that the bleaching solution is fully contacted with the cloth to be bleached, thereby optimizing the bleaching effect and improving the market competitiveness of the product.

Description

Bleaching device for textile production

Technical Field

The utility model belongs to the field of textile production, and particularly relates to a bleaching device for textile production.

Background

The products made by weaving are called textiles, including yarns, woven fabrics, knitted fabrics, braided fabrics and the like, and are divided into two categories of woven fabrics and knitted fabrics, and the textiles are subjected to a bleaching process in the production process. Most of the current bleaching devices on the market directly pass through the bleaching liquid to bleach the fabrics, so that the bleaching liquid cannot be deeply contacted with the fabrics to be bleached, and the bleaching effect is poor.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a bleaching device for textile production.

The technical scheme adopted by the utility model is as follows:

the utility model provides a bleaching device for textile production, includes support and power unit, still includes to roll up the mechanism, roll up the mechanism and include rinsing pond, first commentaries on classics roller, bleaching pond commentaries on classics roller, tensioning roller, rinsing pond commentaries on classics roller, second commentaries on classics roller, cam commentaries on classics roller and intercommunicating pore, the rinsing pond sets up in the middle part the support top, the rinsing pond middle part is provided with the baffle will the rinsing pond divides into two, and one side bleaching, one side rinsing, first commentaries on classics roller setting is in rinsing pond top one side, the bleaching pond commentaries on classics roller setting is in rinsing pond inside below is close to first commentaries on classics roller one side, the tensioning roller sets up directly over the rinsing pond, the rinsing pond commentaries on classics roller sets up rinsing pond inside below is kept away from first commentaries on classics roller one side, the second commentaries on classics roller setting is in the rinsing pond top is kept away from first commentaries on classics roller one side, the cam commentaries on classics roller setting is in the inside both sides of rinsing pond, the communicating holes are arranged linearly in the longitudinal direction on the cam roller.

Preferably: the rinsing pond with bolted connection is passed through to the support, first change the roller with the rinsing pond passes through the bearing and connects, the bleaching pond change the roller with the rinsing pond passes through the bearing and connects, the tensioning roller with the rinsing pond passes through the bearing and connects, the rinsing pond change the roller with the rinsing pond passes through the bearing and connects, the second change the roller with the rinsing pond passes through the bearing and connects, the cam change the roller with the rinsing pond passes through the bearing and connects, the intercommunicating pore shaping is in on the cam changes the roller.

According to the arrangement, the rinsing tank is divided into two parts, one side of the rinsing tank is filled with rinsing liquid for rinsing cloth, one side of the rinsing tank is filled with rinsing liquid for cleaning the cloth by clean water, the first rotary roller, the bleaching tank rotary roller, the tensioning roller, the flushing tank rotary roller and the second rotary roller are used for tensioning the cloth and enabling the cloth to sequentially enter a bleaching and cleaning procedure of the rinsing tank, the cam rotary roller is used for regularly tensioning and contracting the cloth by an irregular cam, the effect of improving the bleaching effect is achieved for the cloth in the bleaching procedure, and the effect of improving the cleaning degree is achieved for the cloth in the cleaning procedure.

Preferably: the power mechanism comprises a bleaching motor support, a bleaching motor, a bleaching main gear, a bleaching pinion, a rinsing motor support, a rinsing motor, a rinsing main gear and a rinsing pinion, the bleaching motor support is arranged in front of the rinsing tank, the bleaching motor is arranged above the bleaching motor support, the bleaching main gear is arranged outside an output shaft of the bleaching motor, the bleaching pinion is arranged outside a rotating shaft of the cam rotating roller on one side of the bleaching main gear, the rinsing motor support is arranged in front of the rinsing tank, the rinsing motor is arranged above the rinsing motor support, the rinsing main gear is arranged outside the output shaft of the rinsing motor, and the rinsing pinion is arranged on one side of the rinsing main gear on the other side of the rotating shaft of the cam rotating roller.

According to the arrangement, the bleaching motor support is used for fixing the bleaching motor, the bleaching motor is used for driving the bleaching main gear and the bleaching pinion to rotate so as to drive the cam rotating roller to rotate, the rinsing motor support is used for fixing the rinsing motor, and the rinsing motor is used for driving the rinsing main gear and the rinsing pinion to rotate so as to drive the cam rotating roller far away from one side of the first rotating roller to rotate.

Preferably: the bleaching motor support with the rinsing pond passes through bolted connection, the bleaching motor with the bleaching motor support passes through bolted connection, the bleaching master gear with the output shaft key-type connection of bleaching motor, the bleaching pinion with the bleaching master gear meshes mutually, the bleaching pinion with the pivot key-type connection that the roller was changeed to the cam, the rinsing motor support with the rinsing pond passes through bolted connection, the rinsing motor with the rinsing motor support passes through bolted connection, the rinsing master gear with the output shaft key-type connection of rinsing motor, the rinsing pinion with the rinsing master gear meshes mutually, the rinsing pinion with the pivot key-type connection that the roller was changeed to the cam.

Preferably: the power mechanism comprises a bleaching motor support, a bleaching motor, a bleaching main gear, a bleaching pinion, a main belt pulley, a secondary belt pulley and a belt, the bleaching motor support is arranged in front of the bleaching pool, the bleaching motor is arranged above the bleaching motor support, the bleaching main gear is arranged outside an output shaft of the bleaching motor, the bleaching pinion is arranged on one side of the bleaching main gear outside a rotating shaft of the cam rotating roller, the main belt pulley is arranged in front of the bleaching pinion, the secondary belt pulley is arranged on the front of the bleaching pool and far away from one side of the first rotating roller outside the rotating shaft of the cam rotating roller, and the belt is arranged on the outer sides of the main belt pulley and the secondary belt pulley.

So set up, utilize the bleaching motor support is fixed the bleaching motor, utilize the bleaching motor drives thereby the bleaching master gear with the rotation of bleaching pinion drives the cam changes the roller and rotates, recycles the bleaching pinion drives main belt pulley rotates, utilizes the belt drives vice belt pulley rotates, and the pivoted vice belt pulley drives and keeps away from first commentaries on classics roller one side the cam changes the roller synchronous revolution.

Preferably: the bleaching motor support with the rinsing pond passes through bolted connection, the bleaching motor with the bleaching motor support passes through bolted connection, the bleaching master gear with the output shaft key-type connection of bleaching motor, the bleaching pinion with the bleaching master gear meshes mutually, the bleaching pinion with the pivot key-type connection of roller is changeed to the cam, the main belt pulley with the bleaching pinion passes through bolted connection, the secondary belt pulley with keep away from first roller one side the pivot key-type connection of roller is changeed to the cam, the main belt pulley with the secondary belt pulley passes through the belt is connected.

The utility model has the beneficial effects that: the cloth is deformed in the bleaching process by utilizing the rolling mechanism, so that the bleaching liquid is fully contacted with the cloth to be bleached, the bleaching effect is optimized, and the market competitiveness of the product is improved.

Drawings

The accompanying drawings, which are included to provide a further understanding of the utility model and are incorporated in and constitute a part of this specification, illustrate embodiments of the utility model and together with the description serve to explain the principles of the utility model and not to limit the utility model. In the drawings:

FIG. 1 is a perspective view of an embodiment 1 of a bleaching apparatus for textile manufacturing according to the present invention;

FIG. 2 is a perspective view of an embodiment 2 of a bleaching apparatus for textile manufacturing according to the present invention;

FIG. 3 is a front cross-sectional view of a bleaching apparatus for textile manufacturing according to the present invention;

FIG. 4 is a schematic diagram of the components of a rolling mechanism of a bleaching apparatus for textile manufacturing according to the present invention;

FIG. 5 is a schematic view of an embodiment 1 of the power mechanism of the bleaching device for textile production according to the present invention;

fig. 6 is a schematic diagram of an embodiment 2 of the power mechanism of the bleaching device for textile production.

The reference numerals are explained below:

1. a support; 2. a rolling mechanism; 21. a rinsing pool; 22. a first rotating roller; 23. rotating the bleaching tank; 24. a tension roller; 25. rotating the roller in the washing tank; 26. a second rotating roller; 27. rotating a cam; 28. a communicating hole; 3. a power mechanism; 31. bleaching the motor bracket; 32. a bleaching motor; 33. a bleaching main gear; 34. bleaching the pinion; 35. rinsing the motor bracket; 36. rinsing the motor; 37. rinsing the main gear; 38. rinsing the pinion; 315. a primary pulley; 316. a secondary pulley; 317. a belt.

Detailed Description

The utility model is further illustrated by the following examples in conjunction with the accompanying drawings.

Example 1

As shown in fig. 1, 3, 4 and 5, a bleaching device for textile production comprises a support 1, a power mechanism 3 and a rolling mechanism 2, wherein the rolling mechanism 2 comprises a rinsing tank 21, a first rotating roller 22, a bleaching tank rotating roller 23, a tension roller 24, a rinsing tank rotating roller 25, a second rotating roller 26, a cam rotating roller 27 and a communication hole 28, the rinsing tank 21 is arranged above the support 1, a partition plate is arranged in the middle of the rinsing tank 21 to divide the rinsing tank 21 into two parts, one side is bleached and one side is rinsed, the first rotating roller 22 is arranged on one side above the rinsing tank 21, the bleaching tank rotating roller 23 is arranged below the inside of the rinsing tank 21 and close to one side of the first rotating roller 22, the tension roller 24 is arranged right above the rinsing tank 21, the rinsing tank rotating roller 25 is arranged below the inside of the rinsing tank 21 and far from one side of the first rotating roller 22, the second rotating roller 26 is arranged above the rinsing tank 21 and far from one side of the first rotating roller 22, the cam rotating rollers 27 are arranged at two sides in the rinsing pool 21, the communication holes 28 are arranged on the cam rotating rollers 27 in a longitudinal linear mode, the rinsing pool is divided into two parts, one side of each rinsing pool is filled with rinsing liquid for rinsing cloth, the other side of each rinsing pool is filled with rinsing liquid for cleaning the cloth by using clean water, the first rotating roller 22, the bleaching pool rotating roller 23, the tensioning roller 24, the rinsing pool rotating roller 25 and the second rotating roller 26 are used for tensioning the cloth and enabling the cloth to enter a bleaching and cleaning procedure of the rinsing pool 21 in sequence, the cam rotating rollers 27 are used for regularly tensioning and contracting the cloth by using irregular convex wheels, the effect of improving the bleaching effect on the cloth in the bleaching procedure and the cleaning degree of the cloth in the cleaning procedure are achieved, and the power mechanism 3 comprises a bleaching motor support 31, a bleaching motor 32, a bleaching main gear 33, a bleaching auxiliary gear 34, a rinsing motor support 35, a rinsing motor 36, A bleaching main gear 37 and a bleaching pinion 38, the bleaching motor bracket 31 is arranged in front of the rinsing pool 21, the bleaching motor 32 is arranged above the bleaching motor bracket 31, the bleaching main gear 33 is arranged outside the output shaft of the bleaching motor 32, the bleaching pinion 34 is arranged at one side of the bleaching main gear 33 and outside the rotating shaft of the cam rotating roller 27, the rinsing motor bracket 35 is arranged in front of the rinsing pool 21, the rinsing motor 36 is arranged above the rinsing motor bracket 35, the bleaching main gear 37 is arranged outside the output shaft of the rinsing motor 36, the rinsing pinion 38 is arranged at one side of the rinsing main gear 37 and outside the rotating shaft of the cam rotating roller 27 at the other side, the bleaching motor bracket 31 is used for fixing the bleaching motor 32, the bleaching main gear 33 and the bleaching pinion 34 are driven by the bleaching motor 32 to rotate so as to drive the cam rotating roller 27 to rotate, the rinsing motor 36 is fixed by the rinsing motor bracket 35, the rinsing motor 36 is used for driving the rinsing main gear 37 and the rinsing pinion 38 to rotate so as to drive the cam roller 27 far away from one side of the first roller 22 to rotate.

Preferably: a rinsing pool 21 is connected with a support 1 through bolts, a first rotating roller 22 is connected with the rinsing pool 21 through a bearing, a bleaching pool rotating roller 23 is connected with the rinsing pool 21 through a bearing, a tension roller 24 is connected with the rinsing pool 21 through a bearing, a rinsing pool rotating roller 25 is connected with the rinsing pool 21 through a bearing, a second rotating roller 26 is connected with the rinsing pool 21 through a bearing, a cam rotating roller 27 is connected with the rinsing pool 21 through a bearing, and a communication hole 28 is formed in the cam rotating roller 27; the bleaching motor support 31 is connected with the rinsing tank 21 through bolts, the bleaching motor 32 is connected with the bleaching motor support 31 through bolts, the bleaching main gear 33 is in key connection with an output shaft of the bleaching motor 32, the bleaching pinion 34 is meshed with the bleaching main gear 33, the bleaching pinion 34 is in key connection with a rotating shaft of the cam rotating roller 27, the rinsing motor support 35 is connected with the rinsing tank 21 through bolts, the rinsing motor 36 is connected with the rinsing motor support 35 through bolts, the rinsing main gear 37 is in key connection with an output shaft of the rinsing motor 36, the rinsing pinion 38 is meshed with the rinsing main gear 37, and the rinsing pinion 38 is in key connection with a rotating shaft of the cam rotating roller 27.

In the structure, the cloth is led in from the upper part of the first rotating roller 22, and then is led out from the upper part of the second rotating roller 26 around the lower part of the bleaching pool rotating roller 23, the upper part of the tension roller 24 and the lower part of the flushing pool rotating roller 25, the rinsing liquid is poured in the rinsing pool 21 close to one side of the first rotating roller 22, the clear water is poured in the rinsing pool 21 close to one side of the second rotating roller 26, the cloth moves from the first rotating roller 22 to one side of the second rotating roller 26, the bleaching motor 32 rotates to drive the bleaching main gear 33 and the bleaching pinion 34 to rotate, the bleaching pinion 34 drives the cam rotating roller 27 close to one side of the rinsing pool 21 to rotate, the cloth which is being rinsed is regularly stretched and contracted, and the bleaching effect is improved by the movable friction generated when the cam rotating roller 27 contacts with the cloth, and the rinsing main gear 37 and the pinion 38 are driven to rotate by the rotation of the rinsing motor 36, the rinsing pinion 38 drives the cam rotating roller 27 far away from the first rotating roller 22 to rotate, the cloth being cleaned is regularly stretched and shrunk, and when the cam rotating roller 27 contacts with the cloth, active friction is generated to enable clean water to fully contact with the cloth, so that the cleaning effect is improved, and when the cam rotating roller 27 rotates, the communicating hole 28 enables water flow to pass through the communicating hole 28 to reduce the rotating resistance of the cam rotating roller 27.

Example 2

As shown in fig. 2, 3, 4 and 6, the present embodiment is different from embodiment 1 in that: the power mechanism 3 comprises a bleaching motor bracket 31, a bleaching motor 32, a bleaching main gear 33, a bleaching secondary gear 34, a main belt pulley 315, a secondary belt pulley 316 and a belt 317, the bleaching motor bracket 31 is arranged in front of the rinsing tank 21, the bleaching motor 32 is arranged above the bleaching motor bracket 31, the bleaching main gear 33 is arranged outside an output shaft of the bleaching motor 32, the bleaching secondary gear 34 is arranged at one side of the bleaching main gear 33 and outside a rotating shaft of the cam rotating roller 27, the main belt pulley 315 is arranged in front of the bleaching secondary gear 34, the secondary belt pulley 316 is arranged at the front of the rinsing tank 21 and outside the rotating shaft of the cam rotating roller 27 far away from the first rotating roller 22, the belt 317 is arranged outside the main belt pulley 315 and the secondary belt pulley 316, the bleaching motor 32 is fixed by the bleaching motor bracket 31, the bleaching main gear 33 and the bleaching secondary gear 34 are driven by the bleaching motor 32 to rotate so as to drive the cam rotating roller 27 to rotate, the bleaching secondary gear 34 is used for driving the main belt pulley 315 to rotate, the belt 317 is used for driving the secondary belt pulley 316 to rotate, and the rotating secondary belt pulley 316 drives the cam rotating roller 27 far away from one side of the first rotating roller 22 to synchronously rotate.

Preferably: the bleaching motor support 31 is connected with the rinsing tank 21 through bolts, the bleaching motor 32 is connected with the bleaching motor support 31 through bolts, the bleaching main gear 33 is in key connection with an output shaft of the bleaching motor 32, the bleaching pinion 34 is meshed with the bleaching main gear 33, the bleaching pinion 34 is in key connection with a rotating shaft of the cam rotating roller 27, the main belt pulley 315 is connected with the bleaching pinion 34 through bolts, the pinion 316 is in key connection with a rotating shaft of the cam rotating roller 27 far away from one side of the first rotating roller 22, and the main belt pulley 315 is connected with the pinion 316 through a belt 317.

In the mechanism, the cloth is led in from the upper part of a first rotating roller 22, then is led out from the upper part of a second rotating roller 26 around the lower part of a bleaching pool rotating roller 23, the upper part of a tension roller 24 and the lower part of a flushing pool rotating roller 25, the rinsing liquid is poured in the rinsing pool 21 close to one side of the first rotating roller 22, the clear water is poured in the rinsing pool 21 close to one side of the second rotating roller 26, the cloth moves from the first rotating roller 22 to one side of the second rotating roller 26, a bleaching motor 32 rotates to drive a bleaching main gear 33 and a bleaching pinion 34 to rotate, the bleaching pinion 34 drives a cam rotating roller 27 close to one side of the rinsing pool 21 to rotate, the cloth which is being rinsed is regularly stretched and contracted, and the bleaching effect is improved by the movable friction generated when the cam rotating roller 27 is contacted with the cloth, so that the rinsing liquid is fully contacted with the cloth, and simultaneously the bleaching pinion 34 drives a main belt pulley 315, a belt 316 and a secondary belt pulley to synchronously rotate, the auxiliary belt wheel 316 drives the cam rotating roller 27 far away from one side of the first rotating roller 22 to rotate, the cloth being cleaned is regularly stretched and contracted, and when the cam rotating roller 27 is in contact with the cloth, movable friction is generated to enable clean water to be fully contacted with the cloth, so that the cleaning effect is improved, and the communicating hole 28 enables water flow to pass through the communicating hole 28 in the rotating process of the cam rotating roller 27 to reduce the rotating resistance of the cam rotating roller 27.

While the preferred embodiments of the present invention have been described in detail with reference to the accompanying drawings, the present invention is not limited to the above embodiments, and various changes can be made within the knowledge of those skilled in the art without departing from the spirit of the present invention.

Claims (6)

1. A bleaching device for textile production, including support (1) and power unit (3), its characterized in that: still include roll mechanism (2), roll mechanism (2) including rinsing pond (21), first commentaries on classics roller (22), bleaching pond commentaries on classics roller (23), tensioning roller (24), rinsing pond commentaries on classics roller (25), second commentaries on classics roller (26), cam commentaries on classics roller (27) and intercommunicating pore (28), rinsing pond (21) set up support (1) top, rinsing pond (21) middle part is provided with the baffle and will rinsing pond (21) divide into two, one side bleaching, one side rinsing, first commentaries on classics roller (22) set up rinsing pond (21) top one side, bleaching pond commentaries on classics roller (23) set up rinsing pond (21) inside below is close to first commentaries on classics roller (22) one side, tensioning roller (24) set up directly over rinsing pond (21), rinsing pond commentaries on classics roller (25) set up rinsing pond (21) inside below is kept away from first commentaries on classics roller (22) one side, the second rotary roller (26) is arranged above the rinsing tank (21) and far away from the first rotary roller (22), the cam rotary rollers (27) are arranged on two sides of the inside of the rinsing tank (21), and the communication holes (28) are longitudinally and linearly arranged on the cam rotary rollers (27).

2. A bleaching device for textile production according to claim 1, wherein: rinsing pond (21) with support (1) passes through bolted connection, first change roller (22) with rinsing pond (21) pass through the bearing and connect, bleaching pond change roller (23) with rinsing pond (21) pass through the bearing and connect, tensioning roller (24) with rinsing pond (21) pass through the bearing and connect, the rinsing pond change roller (25) with rinsing pond (21) pass through the bearing and connect, second change roller (26) with rinsing pond (21) pass through the bearing and connect, cam change roller (27) with rinsing pond (21) pass through the bearing and connect, intercommunicating pore (28) shaping is in on cam changes roller (27).

3. A bleaching device for textile production according to claim 1, wherein: the power mechanism (3) comprises a bleaching motor support (31), a bleaching motor (32), a bleaching main gear (33), a bleaching pinion (34), a rinsing motor support (35), a rinsing motor (36), a rinsing main gear (37) and a rinsing pinion (38), the bleaching motor support (31) is arranged in front of the rinsing pool (21), the bleaching motor (32) is arranged above the bleaching motor support (31), the bleaching main gear (33) is arranged outside an output shaft of the bleaching motor (32), the bleaching pinion (34) is arranged outside a rotating shaft of the cam rotating roller (27) on one side of the bleaching main gear (33), the rinsing motor support (35) is arranged in front of the rinsing pool (21), the rinsing motor (36) is arranged above the rinsing motor support (35), and the rinsing main gear (37) is arranged outside the output shaft of the rinsing motor (36), the rinsing pinion (38) is arranged on one side of the rinsing main gear (37) and on the outer side of the rotating shaft of the cam rotating roller (27) on the other side.

4. A bleaching device for textile production according to claim 3, wherein: the bleaching motor bracket (31) is connected with the rinsing tank (21) through a bolt, the bleaching motor (32) is connected with the bleaching motor bracket (31) through a bolt, the bleaching main gear (33) is connected with an output shaft of the bleaching motor (32) in a key way, the bleaching pinion (34) is meshed with the bleaching main gear (33), the bleaching pinion (34) is connected with a rotating shaft key of the cam rotating roller (27), the rinsing motor bracket (35) is connected with the rinsing pool (21) through bolts, the rinsing motor (36) is connected with the rinsing motor bracket (35) through a bolt, the rinsing main gear (37) is connected with an output shaft of the rinsing motor (36) in a key way, the rinsing pinion (38) is meshed with the rinsing main gear (37), the rinsing pinion (38) is connected with a rotating shaft key of the cam rotating roller (27).

5. A bleaching device for textile production according to claim 1, wherein: the power mechanism (3) comprises a bleaching motor support (31), a bleaching motor (32), a bleaching main gear (33), a bleaching pinion (34), a main belt pulley (315), a secondary belt pulley (316) and a belt (317), the bleaching motor support (31) is arranged in front of the bleaching tank (21), the bleaching motor (32) is arranged above the bleaching motor support (31), the bleaching main gear (33) is arranged outside an output shaft of the bleaching motor (32), the bleaching pinion (34) is arranged outside a rotating shaft of the cam rotating roller (27) on one side of the bleaching main gear (33), the main belt pulley (315) is arranged in front of the bleaching pinion (34), the secondary belt pulley (316) is arranged outside the rotating shaft of the cam rotating roller (27) on one side far away from the first rotating roller (22) in front of the bleaching tank (21), the belt (317) is disposed outside the primary pulley (315) and the secondary pulley (316).

6. A bleaching device for textile production according to claim 5, wherein: bleaching motor support (31) with rinsing pond (21) pass through bolted connection, bleach motor (32) with bleach motor support (31) pass through bolted connection, bleach master gear (33) with the output shaft key-type connection of bleach motor (32), bleach pinion (34) with bleach master gear (33) meshes mutually, bleach pinion (34) with the pivot key-type connection of cam revolving roller (27), main belt pulley (315) with bleach pinion (34) pass through bolted connection, vice belt pulley (316) with keep away from first revolving roller (22) one side the pivot key-type connection of cam revolving roller (27), main belt pulley (315) with vice belt pulley (316) pass through belt (317) are connected.

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