CN216129784U

CN216129784U - Steaming liquid boiling box

Info

Publication number: CN216129784U
Application number: CN202122715400.9U
Authority: CN
Inventors: 戴家声
Original assignee: Jiangsu Redflag Printing & Dyeing Machinery Co ltd
Current assignee: Jiangsu Redflag Printing & Dyeing Machinery Co ltd
Priority date: 2021-11-08
Filing date: 2021-11-08
Publication date: 2022-03-25
Anticipated expiration: 2031-11-08

Abstract

The utility model discloses a steaming liquid boiling box, which comprises a box body, a cloth feeding device and a cloth discharging device, and is characterized in that: the upper side in the box is provided with multirow guide roll group, decatize and pile up the guipure and regard as decatize device, the box lower part is provided with the liquid and boils and pile up the guipure. The utility model arranges a plurality of rows of guide roller sets, a steaming stacking mesh belt and a liquid boiling stacking mesh belt in the box body, so that the steaming liquid boiling box has steaming and liquid boiling functions simultaneously, and is suitable for boiling off various fabrics. Through the adjustment of bottom water liquid level for there are submergence and not by submergence two kinds of modes in steaming liquid boiling case liquid boiling guipure's heap district, and different technology demands can be realized to its combination with steaming district.

Description

Steaming liquid boiling box

Technical Field

The utility model belongs to the technical field of printing and dyeing equipment, and particularly relates to a steaming liquid boiling box of a pretreatment process section with higher requirements on pretreatment quality and multi-variety applicability.

Background

The pretreatment process section in the printing and dyeing production flow is generally composed of processes of desizing, scouring and bleaching and the like, the stacking box of the traditional desizing process section is divided into a submerged type and a submerged type, the former has more sufficient effect because the fabric is scoured in a submerged state, but the great amount of liquid materials brings inconvenience to the process operation and the change of processed varieties; the latter, although simple to operate, has the potential to be inadequate for some classes of fabrics scouring due to the pure steaming process. Therefore, usually, on a production line with more fabric varieties, two parallel production lines under liquid and on liquid can be simultaneously arranged to meet different requirements, which increases uncertainty on equipment investment cost and process production team construction.

Disclosure of Invention

The utility model aims to provide a steaming liquid boiling box which has a dual-purpose structure and is suitable for various fabrics according to the structural characteristics of submerged boiling and stacked steaming.

In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a case is boiled to decatize liquid, includes the box, advances cloth device and goes out the cloth device, its characterized in that: a steaming device is arranged at the upper part in the box body, and a submerged boiling-off device is arranged at the lower part of the box body. The steaming liquid boiling box has steaming and submerged boiling functions simultaneously, and is suitable for boiling off various fabrics.

It is further characterized in that: the steaming device comprises a compact steaming unit and a stacked steaming unit; the submerged scouring device is a submerged boiling stacking mesh belt. The setting of compact steaming unit and pile decatize unit can the time the fabric has longer decatize time, guarantees the effect of decatize scouring.

Further: the compact steaming unit is a multi-row guide roller set, and the piled steaming unit is a steaming piled mesh belt; a plurality of rows of guide roller sets are arranged above the steaming stacking mesh belt; the front end of the steaming stacking mesh belt is a bearing end, and the rear end of the steaming stacking mesh belt is a driving end.

Preferably: each group of guide roller sets consists of a certain number of guide rollers in an upper row and a lower row, wherein the part of the guide rollers in the upper row is provided with a variable-frequency driving traction motor, and the fabric traction and conveying are realized in a distributed driving mode; and a tightening frame is arranged between two adjacent guide roller sets to realize synchronous traction.

Further: the upper layer of the steaming stacking mesh belt is above the bottom water surface, and the lower layer is immersed by the bottom water. When the steaming and boiling device is in a boiling state, a submerged stacking space is formed between the steaming and boiling stacking mesh belt and the upper layer of the boiled and stacking mesh belt, and the fabric falling from the steaming and stacking mesh belt is stacked in the submerged stacking space and runs along with the mesh belt to the cloth outlet end to realize the boiling in appointed time. The piled fabrics in the boiling section are limited in the space between the steaming piled net belt and the boiling piled net belt, and the disordered floating of the fabrics is prevented.

Further: and a traction roller set and a cloth swinging frame are sequentially arranged between the compact steaming unit and the stacking steaming unit.

Preferably: the hydraulic boiling stacking mesh belt is arranged in the bottom water tank, the two ends of the hydraulic boiling stacking mesh belt are tilted upwards, the front end of the hydraulic boiling stacking mesh belt is a bearing end, and the rear end of the hydraulic boiling stacking mesh belt is a driving end; the liquid level of the bottom water tank is adjustable. The stacking area of the poaching mesh belt at the bottom in the box has two modes of immersion and non-immersion, and the combination of the mode and the steaming area can realize different process requirements. When the liquid level of the bottom water is reduced to be below the stacking surface of the liquid boiling stacking mesh belt, the whole steaming box is a steaming stacking area and is completely used as a stacking steaming box.

Preferably: the cloth feeding device comprises a cloth feeding steam seal and a steam seal exhaust pipe.

The cloth discharging device sequentially comprises a cloth discharging expander and a cloth discharging guide roller.

The utility model arranges a plurality of rows of guide roller sets, a steaming stacking mesh belt and a liquid boiling stacking mesh belt in the box body, so that the steaming liquid boiling box has steaming and liquid boiling functions simultaneously, and is suitable for boiling off various fabrics. Through the adjustment of bottom water liquid level for there are submergence and not by submergence two kinds of modes in steaming liquid boiling case liquid boiling guipure's heap district, and different technology demands can be realized to its combination with steaming district.

Drawings

FIG. 1 is a schematic view of the structure of the present invention.

Detailed Description

As shown in fig. 1, a steaming liquid boiling box comprises a box body 4, a cloth feeding device and a cloth discharging device, wherein a plurality of rows of guide roller sets 5 are arranged above the inside of the box body 4, a steaming stacking mesh belt 16 is arranged below the guide roller sets 5, and a steaming stacking mesh belt 14 is arranged below the steaming stacking mesh belt 16. Each group of guide roller sets 5 is composed of a certain number of guide rollers in an upper row and a lower row, wherein the part of the guide rollers in the upper row is provided with a variable-frequency driving traction motor, and the fabric traction and conveying are realized in a distributed driving mode; and a tightening frame 6 is arranged between two adjacent guide roller sets 5 to realize synchronous traction. The steaming stacking mesh belt 16 is provided with a steaming mesh belt bearing end 13 at the front end and a steaming mesh belt driving end 18 at the rear end along the running direction of the fabric. The upper layer of the steaming stacking mesh belt 16 is above the bottom water surface, and the lower layer is immersed by the bottom water. When in the boiling state, a submerged stacking space is formed between the steaming stacking mesh belt and the upper layer of the boiled stacking mesh belt 14, and the fabric falling from the steaming stacking mesh belt 16 is stacked in the submerged stacking space and runs along with the mesh belt to the cloth outlet end to realize the boiling in appointed time. The piled fabric of the poaching section is limited to the space between the steaming piled mesh belt 16 and the poaching piled mesh belt 14, and the disordered floating of the fabric is prevented. The poaching stacking mesh belt 14 is arranged in the bottom water tank 15, the two ends of the poaching stacking mesh belt are upwarped, the front end of the poaching stacking mesh belt along the running direction of the fabric is a poaching mesh belt bearing end 1, and the rear end of the poaching stacking mesh belt is a poaching mesh belt driving end 11; the liquid level of the bottom water tank 15 is adjustable, and a liquid level sensor 17 is arranged in the bottom water tank 15. The stacking area of the poaching stacking mesh belt 16 at the bottom in the box has two modes of submergence and non-submergence, and the combination of the mode and the steaming area can realize different process requirements. When the liquid level of the bottom water is reduced to be below the stacking surface of the boiling stacking mesh belt 16, the steaming stacking area is formed, and the whole steaming box is completely used as a stacking steaming box.

And a traction roller set 7 and a cloth swinging frame 8 are sequentially arranged between the multiple rows of guide roller sets 5 and the steaming stacking mesh belt 16. The cloth feeding device comprises a cloth feeding steam seal 2 and a steam seal exhaust pipe 3. The cloth discharging device comprises a cloth discharging expander 10 and a cloth discharging guide roller 9 in sequence.

When the steam-tight steaming machine works, fabrics enter the box body through the cloth inlet steam seal port 2, and are synchronously transmitted among the guide roller sets 5 to carry out tight steaming. The fabric steamed by the guide roller group 5 is piled to the piling area of the steaming piling mesh belt 16 in a swinging mode for piling steaming through a traction roller group 7 and a cloth swinging frame 8 at the tail end of the guide roller area. The end of the steaming stacking mesh belt 16 is connected with the liquid boiling stacking mesh belt 14, the fabric falls to the upper layer stacking area of the liquid boiling stacking mesh belt 14 along the revolution surface of the steaming stacking mesh belt 16, and the stacking area is immersed by high liquid level bottom water in the liquid boiling mode for boiling under liquid. The fabric boiled under the liquid passes through the fabric-out stenter 10 and the fabric-out guide roller 9 to be drawn and then is discharged.

Claims

1. The utility model provides a case is boiled to decatize liquid, includes the box, advances cloth device and goes out the cloth device, its characterized in that: a steaming device is arranged above the inside of the box body, and an underwater scouring device is arranged at the lower part of the box body; the steaming device comprises a compact steaming unit and a stacked steaming unit; the submerged scouring device is a submerged boiling stacking mesh belt.

2. A steaming chamber as claimed in claim 1, wherein: the compact steaming unit is a multi-row guide roller set, and the piled steaming unit is a steaming piled mesh belt; a plurality of rows of guide roller sets are arranged above the steaming stacking mesh belt; the front end of the steaming stacking mesh belt is a bearing end, and the rear end of the steaming stacking mesh belt is a driving end.

3. A steaming chamber as claimed in claim 2, wherein: each group of guide roller sets consists of a certain number of guide rollers in an upper row and a lower row, wherein the part of the guide rollers in the upper row is provided with a variable-frequency driving traction motor, and the fabric traction and conveying are realized in a distributed driving mode; and a tightening frame is arranged between two adjacent guide roller sets to realize synchronous traction.

4. A steaming chamber as claimed in claim 2, wherein: the upper layer of the steaming stacking mesh belt is above the bottom water surface, and the lower layer is immersed by the bottom water.

5. A steaming cooking chamber as claimed in any one of claims 1 to 4, wherein: and a traction roller set and a cloth swinging frame are sequentially arranged between the compact steaming unit and the stacking steaming unit.

6. A steaming cooking chamber as claimed in any one of claims 1 to 4, wherein: the hydraulic boiling stacking mesh belt is arranged in the bottom water tank, the two ends of the hydraulic boiling stacking mesh belt are tilted upwards, the front end of the hydraulic boiling stacking mesh belt is a bearing end, and the rear end of the hydraulic boiling stacking mesh belt is a driving end; the liquid level of the bottom water tank is adjustable.

7. A steaming cooking chamber as claimed in any one of claims 1 to 4, wherein: the cloth feeding device comprises a cloth feeding steam seal and a steam seal exhaust pipe.

8. A steaming cooking chamber as claimed in any one of claims 1 to 4, wherein: the cloth discharging device sequentially comprises a cloth discharging expander and a cloth discharging guide roller.