CN201801745U

CN201801745U - Non-woven heat-setting machine

Info

Publication number: CN201801745U
Application number: CN201020512132XU
Authority: CN
Inventors: 吕泽圣
Original assignee: DONGGUAN XMOUNTAIN MACHINERY Co Ltd
Current assignee: DONGGUAN XMOUNTAIN MACHINERY Co Ltd
Priority date: 2010-08-31
Filing date: 2010-08-31
Publication date: 2011-04-20
Anticipated expiration: 2020-08-31

Abstract

The utility model discloses a non-woven heat-setting machine, which comprises an air blowing-drafting groove arranged in a heat-insulating housing and conveyer belts for clamping a cotton layer, wherein the conveyer belt adopts a Teflon belt; the conveyer belts are driven by driving rollers outside the air blowing-drafting groove; the air blowing-drafting groove is arranged on a lifting bracket capable of moving at will; the conveyer belts and the air blowing-drafting groove are closely joint; and a cooling air groove closely joint with the conveyer belt is arranged at the opening of the heat-insulating housing. As the non-stick and high air permeable Teflon belt is adopted as the conveyer belt, the heat supply is quick, even and stable; the height of the air blowing-drafting groove arranged on the lifting bracket can be adjusted at will; as the Teflon belt is highly air permeable, hot air without escape space can easily penetrate the cotton layer, and the heat utilization efficiency is extremely high; as the cooling air groove is directly arranged on the conveyer belt, the cotton layer can be directly cooled once coming out of the heat-insulating housing ; the effects of the product produced by heat setting and cold setting are uniform and identical; the Teflon belt is very light; and an ordinary centrifugal fan can serve as a transferring motor with ease as the power of the transferring motor is low, thereby saving electrical energy.

Description

A kind of non-woven heat setting machine

Technical field

The utility model relates to the nonwoven heat-setting equipment, is specifically related to a kind of HEAT SETTING treating apparatus that is exclusively used in non-woven materials such as hot blast cotton, no collodion, hard cotton.

Background technology

The present used heat-setting equipment of field of textile machinery, mainly as shown in Figure 1, pressure-vaccum wind groove 1 in the insulation shell 5 of sealing is a stationary structure, conveyer belt 2 is for having the steel clamping plate in wind hole, drive by sprocket wheel 6, the cotton layer of conveyer belt 2 clampings 3 carries out the HEAT SETTING operation by pressure-vaccum wind groove 1 during work, and cotton layer 3 transports out from insulation shell 5 and will carry out cooling and shaping at once, the insulation shell 5 outer cooling air grooves 8 that are equipped with more.

During heating, owing to the blowing of pressure-vaccum wind groove 1 changes apart from the thickness of meeting along with cotton layer, the penetrability of hot blast is very poor when pressure-vaccum wind groove and cotton layer distance are far away, meeting stopping and the advection motion because of steel clamping plate and cotton layer, particularly at the cotton layer of the high grammes per square metre of processing, heat is difficult to penetrate, heat utilization efficiency is lower, and cotton layer top layer is bigger with cotton layer middle portion temperature difference, cause the inside and outside sticking and effect of cotton layer to differ easily, the also situation of bonding not of the really up to the mark but center of epidermis occurs, can increase the consumption of viscose acetal fibre (as 4080) like this, cause production cost higher, thick and heavy in addition steel plate can increase motor load, improves the power output of complete machine, because penetrability is poor, can't process the product of high grammes per square metre, and the high-power blower that adopts makes that also the energy consumption of complete machine is high.

During cooling and shaping, owing in the conveyer belt 2 cooling air groove 8 can't be installed, cooling air groove 8 has a segment distance with the exit of insulation shell 5, and cotton herein layer can not get cooling off timely, can influence ensuing cooling and shaping effect greatly.

The utility model content

The utility model provides a kind of effective, energy-efficient heat setting machine of finalizing the design at the deficiencies in the prior art.

The technical scheme that its technical problem that solves the utility model adopts is: a kind of non-woven heat setting machine, comprise the conveyer belt of being located at interior pressure-vaccum wind groove of insulation shell and the cotton layer of clamping, described conveyer belt is the Teflon guipure, conveyer belt drives by being positioned at the outer live-roller of pressure-vaccum wind groove, described pressure-vaccum wind groove is located on the crane that can arbitrarily move, conveyer belt and pressure-vaccum wind groove fit tightly, and the insulation shell exit is equipped with the cooling air groove that fits tightly with conveyer belt.

Wherein, described crane is the worm gear lifting structure.

The beneficial effects of the utility model are: conveyer belt is cannot not have stickingly the Teflon guipure that reaches high ventilative performance, heat supply is all permanent rapidly stable, pressure-vaccum wind groove is located at can arbitrarily adjust height on the crane, because Teflon guipure gas permeability is very strong, hot blast does not have the escape space can penetrate cotton layer very easily, heat utilization efficiency is high, cotton layer top layer do not have the temperature difference substantially with cotton layer middle part, the cooling air groove directly is located on the conveyer belt, and cotton layer can obtain cooling once going out insulation shell, and the effect of product HEAT SETTING and cooling and shaping is uniformity all, the Teflon guipure is very light and handy in addition, carry power of motor extremely low, and common centrifugal blower can easily be competent at, save electric energy greatly.

Description of drawings

Fig. 1 is the structural representation of existing heat setting machine;

Fig. 2 is a structural representation of the present utility model.

The specific embodiment

Below in conjunction with accompanying drawing the utility model is described in further detail.

With reference to shown in Figure 2, the utility model discloses a kind of non-woven heat setting machine, comprise the pressure-vaccum wind groove 1 be located in the insulation shell 5 and the conveyer belt 2 of the cotton layer 3 of clamping, described conveyer belt 2 is the Teflon guipure, conveyer belt 2 drives by being positioned at pressure-vaccum wind groove 1 outer live-roller 4, described pressure-vaccum wind groove 1 is located on the crane that can arbitrarily move, conveyer belt 2 and pressure-vaccum wind groove 1 fit tightly, insulation shell 5 exits are equipped with the cooling air groove 8 that fits tightly with conveyer belt 2, and described crane is the worm gear lifting structure.

Because conveyer belt 2 is not for cannot having stickingly the Teflon guipure that reaches high ventilative performance, pressure-vaccum wind groove 1 is located at can arbitrarily adjust height on the crane, heat supply is all permanent rapidly stable, hot blast does not have the escape space can penetrate cotton layer 3 very easily, heat utilization efficiency is high, product HEAT SETTING effect uniformity, and cooling air groove 8 is close on the conveyer belt 2, cotton layer 3 can obtain cooling once going out insulation shell 5, and the effect of product cooling and shaping is splendid.

The Teflon guipure is very light and handy in addition, carry motor only to need 3KW, inlet and exit only are cotton layer height, heat insulation effect is splendid, and the utility model cold wind penetrates, and uses the form of pressing while blowing, the typing effect is very good, only need easily to penetrate, saved electric energy, 40g/M greatly with the common centrifugal blower of 3KW ²-4000g/M ²Product all can produce, product thickness 5mm-200mm, applied widely.

The foregoing description is illustrative principle of the present utility model and effect thereof only; and the embodiment of part utilization; for the person of ordinary skill of the art; under the prerequisite that does not break away from the utility model creation design; can also make some distortion and improvement, these all belong to protection domain of the present utility model.

Claims

1. non-woven heat setting machine, comprise the conveyer belt (2) of being located at interior pressure-vaccum wind groove (1) of insulation shell (5) and the cotton layer of clamping (3), it is characterized in that: described conveyer belt (2) is the Teflon guipure, conveyer belt (2) drives by being positioned at the outer live-roller (4) of pressure-vaccum wind groove (1), described pressure-vaccum wind groove (1) is located on the crane that can arbitrarily move, conveyer belt (2) and pressure-vaccum wind groove (1) fit tightly, and insulation shell (5) exit is equipped with the cooling air groove (8) that fits tightly with conveyer belt (2).

2. a kind of non-woven heat setting machine according to claim 1 is characterized in that, described crane is the worm gear lifting structure.