CN110318197A - A kind of stentering forming dryer - Google Patents
A kind of stentering forming dryer Download PDFInfo
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- CN110318197A CN110318197A CN201910674123.6A CN201910674123A CN110318197A CN 110318197 A CN110318197 A CN 110318197A CN 201910674123 A CN201910674123 A CN 201910674123A CN 110318197 A CN110318197 A CN 110318197A
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- drying mechanism
- blowing box
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C7/00—Heating or cooling textile fabrics
- D06C7/02—Setting
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C2700/00—Finishing or decoration of textile materials, except for bleaching, dyeing, printing, mercerising, washing or fulling
- D06C2700/09—Various apparatus for drying textiles
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Drying Of Solid Materials (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of stentering forming dryers, by the way that infrared heating pipe is arranged in air-blowing box, air-blowing box inner air is heated into hot wind after the energization of infrared heating pipe, in fan operation, in hot wind blow-through to fabric in air-blowing box, it is sucked in Fan casing by filter screen the hot wind inside dryer is blown to by suspended hood, then hot wind is blown by blower by air-blowing box, be blown out on fabric after air outlet plate flows by the exhaust vent of air outlet plate；The infrared waves that infrared heating pipe issues simultaneously are irradiated on fabric by the exhaust vent of air outlet plate, fabric accelerates the drying of fabric internal moisture under infrared heating pipe infrared ray and hot wind collective effect, drying and shaping speed and production efficiency are improved, guarantees drying and shaping effect；By the way that traditional external heating structure is substituted for built-in circulating air structure, it can effectively reduce the distance of heat source and fabric, reduce energy consumption；The heating method of conventional fuel oil or natural gas is replaced using electrically heated mode, energy conservation and environmental protection reduces drying cost.
Description
Technical field
The present invention relates to fabric processing modular system more particularly to a kind of stentering forming dryers.
Background technique
It is well known that framing shaping machine is whole by padding the various progress of dye materials soft, stiffening, tenterings and resin etc.
Reason, feel, color, breadth, strength, appearance of Lai Gaishan fabric etc. can also play the work of stable dimensions to non-pure cotton kind
With, its working principle is that: fabric soaks upper chemical industry material in hopper, and after uniformly being squeezed by pressure roller, into drying chamber, fabric is passing through drying chamber
When drying and shaping, cloth by sizing will have good feel and stable size under high-temperature hot-air effect.
But the baking oven of existing framing shaping machine is all (empty using fuel oil or heated by natural gas by hot wind mostly
Gas) by the way of convection current or radiation, fabric is dried by medium (air or other substances) propagation, web surface
Therefore moisture is diffused to the surface in the form of vaporization or liquid, so that it is poor the generation gradation of moisture between surface inside fabric, and
The speed that the drying time of fabric is limited by the diffusion of material internal moisture and surface temperature internally migrates, drying efficiency is low, does
Dry effect is poor.
Therefore, the existing technology needs to be improved and developed.
Summary of the invention
The purpose of the present invention is to provide a kind of stentering forming dryers, it is intended to solve the baking oven of existing framing shaping machine
Fabric is dried using fuel oil or heated by natural gas air, drying efficiency is low, the problem of drying effect difference.
Technical scheme is as follows:
A kind of stentering forming dryer, wherein including one or more drying mechanism, the drying mechanism passes through infrared
Light wave and hot wind treat drying and shaping fabric 3 jointly and carry out drying and shaping.
The stentering forming dryer, wherein the drying mechanism includes symmetrically arranged upper drying mechanism and lower baking
Dry mechanism, sizing fabric to be dried constantly convey between upper drying mechanism and lower drying mechanism, and upper drying mechanism passes through infrared
Light wave and hot wind treat drying and shaping fabric from top to bottom and carry out drying and shaping, lower drying mechanism by infrared waves and hot wind from
Under up treat drying and shaping fabric carry out drying and shaping.
The stentering forming dryer, wherein the upper drying mechanism includes at least one air-blowing box, is arranged in outlet air
Infrared waves heat-generating pipe in box, with the blower, the wind-collecting cover that are connected to inside air-blowing box, in air-blowing box close to sizing fabric to be dried
One side on be provided with exhaust vent；Infrared waves heat-generating pipe is powered, and the air in air-blowing box is thermally formed hot wind, starts wind
Machine, the hot wind to be heated in air-blowing box provide power, and driving hot wind sprays blow-through to sizing fabric to be dried from exhaust vent
On, under the drive of blower, the air between upper drying mechanism and sizing fabric to be dried enters after collecting by wind-collecting cover
It is heated again in wind box, is then sprayed in blow-through to sizing fabric to be dried from exhaust vent, so recycled, while infrared light
The infrared waves that wave heat-generating pipe issues are irradiated on sizing fabric to be dried by exhaust vent, and sizing fabric to be dried is in infrared light
Drying is realized under the collective effect of swash and hot wind.
The stentering forming dryer, wherein the upper drying mechanism further includes the crust of weathering, and the crust of weathering includes air inlet
And air outlet, the blower are arranged on the crust of weathering, and between air inlet and air outlet；Air inlet is connected to wind-collecting cover, out
Air port is connected to air-blowing box；Starting blower, driving hot wind is sprayed from exhaust vent in blow-through to sizing fabric to be dried, while on
Air between drying mechanism and sizing fabric to be dried is entered in the crust of weathering after being collected by wind-collecting cover by air inlet, then is passed through
Air outlet outflow, which enters in air-blowing box, to be heated again, and is then sprayed in blow-through to sizing fabric to be dried from exhaust vent, such as
This circulation.
The stentering forming dryer, wherein even number, every two air outlet and an outlet air is arranged in the air outlet
Box connection, one of air outlet are connected to one end of air-blowing box, another air outlet is connected to the other end of air-blowing box.
The stentering forming dryer, wherein the exhaust vent is provided with multiple, and multiple exhaust vents are evenly distributed on out
Wind box is in the one side of sizing fabric to be dried.
The stentering forming dryer, wherein further include the filter screen that the Ji Fengkouchu of wind-collecting cover is set, passed through
Strainer falls the contaminant filter in air, avoids occluding device.
The stentering forming dryer, wherein the infrared waves heat-generating pipe is using the dimension Weaving type radiation of nano-sized carbon pricker
Pipe, the nano-sized carbon pricker dimension Weaving type banj are made of pure carbon nano-fiber black matrix material.
The stentering forming dryer, wherein be provided at the top of the crust of weathering of upper drying mechanism for draining in time
The humidity discharging mouth of moisture in upper drying mechanism.
The stentering forming dryer, wherein the structure of the lower drying mechanism is consistent with the structure of upper drying mechanism.
Beneficial effects of the present invention: the present invention is by providing a kind of stentering forming dryer, by being arranged in air-blowing box
Air inside air-blowing box is heated into hot wind after the energization of infrared heating pipe, in fan operation, in air-blowing box by infrared heating pipe
Hot wind blow-through to fabric on, then by suspended hood by filter screen drying mechanism and it is to be dried sizing fabric between air inhale
Enter in Fan casing, then hot wind is blown by blower by air-blowing box, is blown out to after the stream of air outlet plate by the exhaust vent of air outlet plate
On fabric；The infrared waves that infrared heating pipe issues simultaneously are irradiated on fabric by the exhaust vent of air outlet plate, and fabric is infrared
The drying for accelerating fabric internal moisture under the collective effect of heat-generating pipe infrared ray and hot wind, greatly improves drying and shaping speed and life
Efficiency is produced, guarantees drying and shaping effect；By the way that the heating structure of traditional external to be substituted for built-in circulating air structure,
The distance of heat source and fabric to be dried can be effectively reduced, reduce energy consumption；Conventional fuel oil is replaced by using electrically heated mode
Or the heating method of natural gas, energy conservation and environmental protection reduce drying cost.
Detailed description of the invention
Fig. 1 to Fig. 3 is the structural schematic diagram of stentering forming dryer in the present invention.
Fig. 4 to Fig. 7 is the structural schematic diagram of upper drying mechanism in the present invention.
Specific embodiment
To make the objectives, technical solutions, and advantages of the present invention clearer and more explicit, right as follows in conjunction with drawings and embodiments
The present invention is further described.
As shown in Figure 1 to Figure 3, a kind of stentering forming dryer, including one or more drying mechanism, the baking
Dry mechanism treats drying and shaping fabric 300 by infrared waves and hot wind jointly and carries out drying and shaping.
Specifically, the drying mechanism includes symmetrically arranged upper drying mechanism 100 and lower drying mechanism 200, to be dried
Sizing fabric 300 constantly conveys between upper drying mechanism 100 and lower drying mechanism 200, and upper drying mechanism 100 passes through infrared light
Wave and hot wind treat drying and shaping fabric 300 from top to bottom and carry out drying and shaping, and lower drying mechanism 200 passes through infrared waves and heat
Wind treats drying and shaping fabric 300 from the bottom up and carries out drying and shaping.By the way that two drying mechanisms up and down are arranged, while treating baking
The upper and lower surfaces of dry setting fabric 300 carry out drying and shaping, accelerate the drying effect of sizing fabric 300 to be dried.
Further, the quantity of the upper drying mechanism 100 can need to be arranged according to practical drying, lower drying mechanism
The quantity of 200 settings is consistent with the quantity that upper drying mechanism 100 is arranged, and upper drying mechanism 100 and lower drying mechanism 200 are one by one
Setting symmetrical above and below.Upper drying mechanism 100 and the quantity of lower drying mechanism 200 setting are more, and drying and shaping effect is better, but same
When also cause the structure of entire stentering forming dryer to become complicated, equipment cost is high.
In the present embodiment, four, including two upper drying mechanisms 100 and two lower drying mechanisms are arranged in the drying mechanism
200, two upper drying mechanisms 100 are arranged side by side, and two lower drying mechanisms 200 are arranged side by side, two upper drying mechanisms 100 and two
The setting symmetrical above and below of a lower drying mechanism 200, two upper drying mechanisms 100 treat baking by infrared waves and hot wind from top to bottom
Dry setting fabric 300 carries out drying and shaping, and two lower drying mechanisms 200 are by infrared waves and hot wind from the bottom up to be dried
Fabric 300 of being formed carries out drying and shaping.By two upper drying mechanisms 100 of setting and two lower drying mechanisms 200, lengthen to
The drying stroke of drying and shaping fabric 300 most probably simplifies whole while guaranteeing the drying effect of sizing fabric 300 to be dried
The structure of a stentering forming dryer.
Specifically, as shown in Figures 4 to 7 (the wherein direction that arrow show hot wind flow), the upper drying mechanism 100
Including at least one air-blowing box 11, the infrared waves heat-generating pipe 12 being arranged in air-blowing box 11, be connected to inside air-blowing box 11
Blower 13, wind-collecting cover 14 are provided with exhaust vent 111 in the one side of sizing fabric 300 to be dried in air-blowing box 11；Infrared light
Wave heat-generating pipe 12 is powered, and the air in air-blowing box 11 is thermally formed hot wind, starts blower 13, for what is be heated in air-blowing box 11
Hot wind provides power, and driving hot wind is sprayed from exhaust vent 111 in blow-through to sizing fabric 300 to be dried, in the band of blower 13
Under dynamic, the air between upper drying mechanism 100 and sizing fabric 300 to be dried enters air-blowing box 11 after collecting by wind-collecting cover 14
It is inside heated again, is then sprayed in blow-through to sizing fabric 300 to be dried from exhaust vent 111, so recycled, while infrared
The infrared waves that light wave heat-generating pipe 12 issues are irradiated on sizing fabric 300 to be dried by exhaust vent 111, sizing face to be dried
Material 300 accelerates the drying of sizing 300 internal moisture of fabric to be dried under the collective effect of infrared light swash and hot wind, mentions significantly
High drying and shaping speed and production efficiency guarantee drying and shaping effect；In the heating structure of traditional external is substituted for
The distance of heat source and fabric to be dried can be effectively reduced in the circulating air structure for setting formula, reduces energy consumption.
Further, the upper drying mechanism 100 further includes the crust of weathering 15, and the crust of weathering 15 includes air inlet and air outlet,
The blower 13 is arranged on the crust of weathering 15, and between air inlet and air outlet；Air inlet is connected to wind-collecting cover 14, air outlet
It is connected to air-blowing box 11；Starting blower 13, driving hot wind is sprayed from exhaust vent 111 in blow-through to sizing fabric 300 to be dried,
After the air between upper drying mechanism 100 and sizing fabric 300 to be dried is collected by wind-collecting cover 14 simultaneously by air inlet into
Enter in the crust of weathering 15, then entered in air-blowing box 11 by air outlet outflow and be heated again, blow-through is then sprayed from exhaust vent 111
Onto sizing fabric 300 to be dried, so recycle.
In the present embodiment, even number is arranged in the air outlet, and every two air outlet is connected to an air-blowing box 11, wherein one
A air outlet is connected to one end of air-blowing box 11, another air outlet is connected to the other end of air-blowing box 11, so as to improve distinguished and admirable
Circulation rate improves drying effect.
Further, the exhaust vent 111 is provided with multiple, and it is close that multiple exhaust vents 111 are evenly distributed on air-blowing box 11
In the one side of sizing fabric 300 to be dried, by the way that equally distributed exhaust vent 111 is arranged, make to blow out in air-blowing box 11 with this
After hot wind is flowed in blow-through to sizing fabric 300 to be dried, so that sizing fabric 300 to be dried is heated evenly.
Because there can be the impurity such as dust, cotton-wool in air, in order to avoid impurity enters in equipment, motor, wind are blocked
Road etc. guarantees the service life of stentering forming dryer, and the stentering forming dryer further includes the collection that wind-collecting cover 14 is arranged in
Contaminant filter in air is fallen by filter screen 16, avoids occluding device by the filter screen 16 at air port.
Further, the air-blowing box 11 can be set according to actual needs multiple, multiple along sizing fabric 300 to be dried
Conveying direction be arranged side by side, air-blowing box 11 be arranged quantity it is more, it is to be dried sizing fabric 300 dry trip it is longer, do
Dry effect is better, but the cost of whole equipment can also correspondingly increase.In the present embodiment, the air-blowing box 11 is arranged 4, and 4 go out
Wind box 11 is arranged side by side along the conveying direction of sizing fabric 300 to be dried, mentions by the way that 4 air-blowing boxes 11 are arranged, is meeting wait dry
The structure for simplifying whole equipment while the drying of dry setting fabric 300 requires as far as possible, reduces equipment cost.
Further, the quantity that the infrared waves heat-generating pipe 12 in the air-blowing box 11 is arranged in can be according to dry needs
Any branch is set, 12 infrared waves heat-generating pipes, 12,24 infrared waves heat-generating pipes 12 are such as set.Preferably, in infrared waves
Under the premise of 12 general power of heat-generating pipe is constant, by increasing the quantity of infrared waves heat-generating pipe 12, to increase heating surface (area) (HS, reduce
Vacancy is heated, light wave efficiency is improved, extends 12 service life of infrared waves heat-generating pipe；Such as, by original 12 infrared waves heat-generating pipes 12
24 infrared waves heat-generating pipes 12 are changed to, the operating power of every infrared waves heat-generating pipe 12 is changed to 0.5KW by original 1KW,
It is this, under the premise of general power is constant, increases heating surface (area) (HS by increasing the quantity of infrared waves heat-generating pipe 12, reduce and add
Hot vacancy improves light wave efficiency；By reducing the working efficiency of infrared waves heat-generating pipe 12, to extend infrared waves heat-generating pipe 12
Service life.
Further, the infrared waves heat-generating pipe 12 ties up Weaving type banj, the nano-sized carbon pricker using nano-sized carbon pricker
Dimension Weaving type banj is made of pure carbon nano-fiber black matrix material, pure carbon nano-fiber black matrix material have heating rapidly,
The advantages that thermo-lag is small can reach the temperature of setting in tens seconds, thus can shorten drying time, improve production efficiency；It is raw
Electric conversion efficiency is up to 98% or more during production, and so as to save 2 ~ 3 times of the energy, heating cost is effectively reduced.
Further, the conveying direction of infrared waves heat-generating pipe 12 is arranged length direction and sizing fabric 300 to be dried
It is orthogonal, sizing fabric 300 to be dried is met with this and is required in the dry of width direction, and infrared waves heat-generating pipe 12 is adopted
Also facilitate 12 both ends external power supply of infrared waves heat-generating pipe with such setting direction, sizing fabric 300 to be dried will not be interfered
Drying.
Specific degree, the structure of the lower drying mechanism 200 is consistent with the structure of upper drying mechanism 100, in this way, upper dryer
Structure 100 treats drying and shaping fabric 300 by infrared waves and hot wind from top to bottom and carries out drying and shaping, lower drying mechanism 200
Drying and shaping fabric 300 is treated from the bottom up by infrared waves and hot wind and carries out drying and shaping, accelerates sizing fabric to be dried
300 drying effect.
Because in the drying process, the moisture in sizing fabric 300 to be dried, which can be heated, is gasificated into vapor, and water steams
Gas is heated to be entered in upper drying mechanism 100 toward rising with air, will accumulate more in upper drying mechanism 100 at leisure
Carry out more moisture, if the moisture accumulation in upper drying mechanism 100 can not be discharged too much, will lead to 100 He of drying mechanism
Air between sizing fabric 300 to be dried no longer follows bad, drying effect is influenced, in order to solve this problem, in upper dryer
The top of the crust of weathering 15 of structure 100 is provided with humidity discharging mouth 17, for draining the moisture in upper drying mechanism 100 in time.
In the technical program, by converting electrical energy into far infrared and hot wind thermal energy, sizing to be dried is directly acted on
Absorption, reflection and infiltration can be brought it about when hydrone inside fabric 300, hydrone, which absorbs light-wave energy, makes its molecule, original
When the frequency of the original vibration of son and rotation is consistent with the frequency of light wave, it is easy to that the resonance or rotation of molecule, atom occurs, makes
Its movement aggravates significantly, and it is inside and outside while heating to treat drying and shaping fabric 300, the phenomenon that without surface conjunctiva, therefore can be big
It is big to improve drying and shaping speed and production efficiency.
In the technical program, by the way that infrared waves heat-generating pipe 12 is arranged in air-blowing box 11, infrared waves heat-generating pipe 12 is logical
The air inside air-blowing box 11 is heated into hot wind after electricity, when blower 13 is run, hot wind blow-through in air-blowing box 11 to fabric
On, then filter screen 16 is passed through by suspended hood 14, the air between drying mechanism and sizing fabric 300 to be dried is sucked the crust of weathering 15
It is interior, then hot wind is blown by blower 13 by air-blowing box 11, face is blown out to by the exhaust vent 111 of air outlet plate after the stream of air outlet plate
On material；The infrared waves that infrared waves heat-generating pipe 12 issues simultaneously are irradiated on fabric by the exhaust vent of air outlet plate, and fabric exists
The drying for accelerating fabric internal moisture under the collective effect of infrared waves heat-generating pipe 12 and hot wind, greatly improves drying and shaping speed
And production efficiency, guarantee drying and shaping effect；The heating of conventional fuel oil or natural gas is replaced by using electrically heated mode
Mode, energy conservation and environmental protection reduce drying cost.
It should be understood that the application of the present invention is not limited to the above for those of ordinary skills can
With improvement or transformation based on the above description, all these modifications and variations all should belong to the guarantor of appended claims of the present invention
Protect range.
Claims (10)
1. a kind of stentering forming dryer, which is characterized in that including one or more drying mechanism, the drying mechanism
Drying and shaping fabric 3 is treated jointly by infrared waves and hot wind carries out drying and shaping.
2. stentering forming dryer according to claim 1, which is characterized in that the drying mechanism includes symmetrically arranged
Upper drying mechanism and lower drying mechanism, sizing fabric to be dried constantly convey between upper drying mechanism and lower drying mechanism, on
Drying mechanism treats drying and shaping fabric by infrared waves and hot wind from top to bottom and carries out drying and shaping, and lower drying mechanism passes through
Infrared waves and hot wind treat drying and shaping fabric from the bottom up and carry out drying and shaping.
3. stentering forming dryer according to claim 2, which is characterized in that the upper drying mechanism includes at least one
Air-blowing box, the infrared waves heat-generating pipe being arranged in air-blowing box, the blower with being connected to inside air-blowing box, wind-collecting cover, in air-blowing box
Exhaust vent is provided in the one side of sizing fabric to be dried；Infrared waves heat-generating pipe is powered, and the air in air-blowing box is added
Thermosetting hot wind starts blower, and the hot wind to be heated in air-blowing box provides power, and driving hot wind sprays blow-through from exhaust vent
Onto sizing fabric to be dried, under the drive of blower, the air between upper drying mechanism and sizing fabric to be dried passes through collection
Fan housing enters in air-blowing box after collecting to be heated again, and is then sprayed in blow-through to sizing fabric to be dried from exhaust vent, such as
This circulation, while the infrared waves that infrared waves heat-generating pipe issues are irradiated on sizing fabric to be dried by exhaust vent, wait dry
Dry setting fabric realizes drying under the collective effect of infrared light swash and hot wind.
4. stentering forming dryer according to claim 3, which is characterized in that the upper drying mechanism further includes the crust of weathering,
The crust of weathering includes air inlet and air outlet, and the blower is arranged on the crust of weathering, and between air inlet and air outlet；Air inlet
Mouth is connected to wind-collecting cover, and air outlet is connected to air-blowing box；Start blower, driving hot wind sprays blow-through to be dried from exhaust vent
It is formed on fabric, while the air between upper drying mechanism and sizing fabric to be dried is by passing through air inlet after wind-collecting cover collection
Into in the crust of weathering, then by air outlet outflow enter air-blowing box in be heated again, then from exhaust vent spray blow-through to
On drying and shaping fabric, so recycle.
5. stentering forming dryer according to claim 4, which is characterized in that the air outlet setting even number, every two
A air outlet is connected to an air-blowing box, and one of air outlet is connected to one end of air-blowing box, another air outlet and outlet air
The other end of box is connected to.
6. according to the described in any item stentering forming dryers of claim 3-5, which is characterized in that the exhaust vent is provided with more
A, multiple exhaust vents are evenly distributed on air-blowing box in the one side of sizing fabric to be dried.
7. according to the described in any item stentering forming dryers of claim 3-5, which is characterized in that further include being arranged in wind-collecting cover
Ji Fengkouchu filter screen, the contaminant filter in air is fallen by filter screen, avoids occluding device.
8. according to the described in any item stentering forming dryers of claim 3-5, which is characterized in that the infrared waves heat-generating pipe
Weaving type banj is tieed up using nano-sized carbon pricker, the nano-sized carbon pricker dimension Weaving type banj uses pure carbon nano-fiber black matrix material
It is made.
9. stentering forming dryer according to claim 4, which is characterized in that set at the top of the crust of weathering of upper drying mechanism
It is equipped with the humidity discharging mouth for draining moisture in upper drying mechanism in time.
10. according to the described in any item stentering forming dryers of claim 2-8, which is characterized in that the lower drying mechanism
Structure is consistent with the structure of upper drying mechanism.
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| CN201910674123.6A CN110318197A (en) | 2019-07-25 | 2019-07-25 | A kind of stentering forming dryer |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111441167A (en) * | 2020-04-22 | 2020-07-24 | 山东舫汇针织有限公司 | Processing method of mercerized fabric |
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