CN208632818U - A kind of bilayer forming machine - Google Patents
A kind of bilayer forming machine Download PDFInfo
- Publication number
- CN208632818U CN208632818U CN201821334380.2U CN201821334380U CN208632818U CN 208632818 U CN208632818 U CN 208632818U CN 201821334380 U CN201821334380 U CN 201821334380U CN 208632818 U CN208632818 U CN 208632818U
- Authority
- CN
- China
- Prior art keywords
- cloth
- air
- circulation
- air nozzle
- wind box
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Treatment Of Fiber Materials (AREA)
Abstract
The utility model provides a kind of double-deck forming machine, including the first entering arrangment, second entering arrangment, multiple double-deck circulation air compartments, hydrofuge fume extractor, cooling device, first cloth collector and the second cloth collector, each double-deck circulation air compartment has the first cloth fabric transmission track and the second cloth fabric transmission track, first entering arrangment is connected to the first cloth fabric transmission track, second entering arrangment is connected to the second cloth fabric transmission track, exhaust outlet is equipped with above each double-deck circulation air compartment, each exhaust outlet is connected to hydrofuge fume extractor, first cloth fabric transmission track is connected to the first cloth collector, second cloth fabric transmission track is connected to the second cloth collector, air compartment and first is recycled in bilayer, cooling device is equipped between second cloth collector.Novel air compartment is become double-deck by single layer by the utility model, and land occupation reduces one times, saves energy consumption, and utilization rate is higher.
Description
Technical field
The utility model belongs to dyeing technical field, and in particular to a kind of bilayer forming machine.
Background technique
In existing dyeing, without bilayer forming machine, only single layer forming machine, so, general producer's selection purchase
Two single layer forming machines are bought, still, since country is now for stringent and energy-saving and emission-reduction the requirement of industrial approval for land use, two
A single layer forming machine has the disadvantages that 1. take up a large area；2. it is more to recycle air compartment radiating surface；3. the later period needs two sets of smoke evacuation systems
System；4. two single layer forming machines is expensive.Therefore, it is necessary to manufacture a kind of double-deck sizing for being able to solve the above problem
Machine.
Utility model content
The technical problem to be solved by the present invention is to provide a kind of double-deck forming machines, drawbacks described above are overcome, by wind
The isostructural improvement of room ontology, to solve the above problems.
In order to solve the above technical problems, the utility model provides a kind of double-deck forming machine, comprising: the first entering arrangment, the
Two entering arrangments, multiple double-deck circulation air compartments, hydrofuge fume extractor, cooling device, the first cloth collector and the second cloth collector,
There is each double-deck circulation air compartment the first cloth fabric transmission track and the second cloth fabric transmission track, two neighboring bilayer to follow
First cloth fabric transmission track of ring air compartment is interconnected, and the second cloth fabric of the two neighboring double-deck circulation air compartment transmits rail
Road is interconnected, and first entering arrangment is connected to the first cloth fabric transmission track, the second entering arrangment connection
The second cloth fabric transmission track, each double-deck recycle are equipped with exhaust outlet above air compartment, each exhaust outlet is connected to institute
Hydrofuge fume extractor is stated, the first cloth fabric transmission track is connected to first cloth collector, second cloth fabric
Transmission track is connected to second cloth collector, is equipped with institute between the double-deck circulation air compartment and the first, second cloth collector
State cooling device.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, first entering arrangment includes the
One cloth feeding pipe, the first entering cloth rack, the first expanding centralising device, the first immersion liquid oblique milling device, the first overfeeding geared head and first into
Cloth track, the first cloth feeding pipe are connect with first entering cloth rack, the first expanding centralising device, the first immersion liquid oblique milling dress
It sets and is sequentially fixed on first entering cloth rack, the cloth intlet of first cloth-feeding track connects the first overfeeding geared head, described
The cloth outlet of first cloth-feeding track connects the first cloth fabric transmission track, and first cloth fabric successively passes through first
Cloth feeding pipe, the first expanding centralising device, the first immersion liquid oblique milling device, the first overfeeding geared head and the first cloth-feeding track,
Second entering arrangment is oblique including the second cloth feeding pipe, the second entering cloth rack, the second expanding centralising device, the second immersion liquid
Rolling device, the second overfeeding geared head and the second cloth-feeding track, the second cloth feeding pipe are connect with second entering cloth rack, and described
Two expanding centralising devices, the second immersion liquid oblique milling device are sequentially fixed on second entering cloth rack, second cloth-feeding track
Cloth intlet connects the second overfeeding geared head, and the cloth outlet of second cloth-feeding track connects second cloth fabric and transmits rail
Road, second cloth fabric successively pass through the second cloth feeding pipe, the second expanding centralising device, the second immersion liquid oblique milling device, second
Overfeeding geared head and the second cloth-feeding track.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, first entering arrangment further includes
First tension controller, the first photoelectricity weft straightener, needle hairbrush and the first fabric chase after side device, first tension force on first
Device and the first photoelectricity weft straightener are fixed on first entering cloth rack, and needle hairbrush is arranged in the first cloth feeding rail on described first
The cloth intlet in road, first fabric chase after side device and match with first cloth-feeding track, and first fabric chases after side device
The lower section of first cloth-feeding track is set, and second entering arrangment further includes that the second tension controller, the second photoelectricity are whole
Latitude device, needle hairbrush and the second fabric chase after side device on second, and second tension controller and the second photoelectricity weft straightener are fixed on
On second entering cloth rack, the cloth intlet of second cloth-feeding track, second fabric is arranged in needle hairbrush on described second
It chases after side device to match with second cloth-feeding track, second fabric chases after side device and second cloth-feeding track is arranged in
Lower section.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, the double-deck circulation air compartment includes wind
Room ontology, second circulation blower, sprays wind box, the first lower spray wind box on first, sprays wind box and second on second first circulation blower
Lower spray wind box, the air compartment ontology have first circulation chamber and second circulation chamber, and the first circulation chamber and second circulation chamber are in
Left and right laid out in parallel,
The lower part of the first circulation chamber is equipped with first circulation blower accommodating chamber, and the first circulation blower is set to described
In first circulation blower accommodating chamber, the top of the first circulation chamber is equipped with air nozzle and the first lower air nozzle on first, described
Air nozzle is protruded to the outside of the air compartment ontology with the described first lower air nozzle on first, so that air nozzle on described first
Form the first cloth fabric transmission cavity between the described first lower air nozzle, air nozzle on described first, the first lower air nozzle and
First cloth fabric transmission cavity forms the concave structure that a side is put, and sprays in the first circulation blower connection described first
Air port and the first lower air nozzle spray wind box, the described first lower air nozzle connection in air nozzle connection described first on described first
Described first lower spray wind box,
The lower part of the second circulation chamber is equipped with second circulation blower accommodating chamber, and the second circulation blower is set to described
In second circulation blower accommodating chamber, the top of the second circulation chamber is equipped with air nozzle and the second lower air nozzle on second, described
Air nozzle is protruded to the outside of the air compartment ontology with the described second lower air nozzle on second, so that air nozzle on described second
Form the second cloth fabric transmission cavity between the described second lower air nozzle, air nozzle on described second, the second lower air nozzle and
Second cloth fabric transmission cavity forms the concave structure that a side is put, and sprays in the second circulation blower connection described second
Air port and the second lower air nozzle spray wind box, the described second lower air nozzle connection in air nozzle connection described second on described second
Described second lower spray wind box.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, wind box and first is sprayed on described first
Lower spray wind box sprays wind box and the second lower spray wind box using the first cloth fabric transmission track as symmetry axis symmetry arrangement, on described second
Wind box is sprayed using the second cloth fabric transmission track as symmetry axis symmetry arrangement, on described second, and spray wind box is set under described first
Lower section.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, the double-deck circulation air compartment further includes
Air-inlet cavity, wind deflector and exhaust outlet, the air-inlet cavity are located at the lower part of the circulation air compartment, and one end of the air-inlet cavity is outlet air
Mouthful, the other end of the air-inlet cavity is air inlet, and the air outlet is connected to the air intake of the first circulation blower and second and follows
The air intake of ring blower, the air inlet are connected to the air compartment body exterior air, and the air inlet is equipped with strainer, described to lead
The upper end of aerofoil connects the top inner wall of the circulation air compartment, sprays wind box, institute in the lower end connection described first of the wind deflector
The top that the circulation air compartment is arranged in exhaust outlet is stated, the exhaust outlet is connected to air-exhausting duct.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, the following table of wind box is sprayed on described first
Face has multiple spray air holes, and the upper surface of the described first lower spray wind box has multiple spray air holes, sprays under wind box on described second
Surface has multiple spray air holes, and the upper surface of the described second lower spray wind box has multiple spray air holes.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, the double-deck circulation air compartment further includes
It further include thermal insulation door panel, the thermal insulation door panel is coated on the outer wall of the circulation air compartment.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, first cloth collector includes the
One receipts cloth holder, the first overfeeding cloth discharge device, outlet assembly, first control plaiting apparatus and the first cropping bucket, and the first overfeeding cloth discharge device, outlet assembly connects
Lead to the cloth outlet of the first cloth fabric transmission track, the first overfeeding cloth discharge device, outlet assembly is arranged in the first receipts cloth holder
Rear, described first controls plaiting apparatus setting receives on cloth holder described first, and described first controls and set below plaiting apparatus
There is the first cropping bucket, second cloth collector controls cropping including the second receipts cloth holder, the second overfeeding cloth discharge device, outlet assembly, second
Device and the second cropping bucket, the second overfeeding cloth discharge device, outlet assembly are connected to the cloth outlet of the second cloth fabric transmission track, institute
State the rear that the second overfeeding cloth discharge device, outlet assembly is arranged in the second receipts cloth holder, described second controls plaiting apparatus setting described the
Two receive on cloth holder, and the described second lower section for controlling plaiting apparatus is equipped with the second cropping bucket.
As a kind of a kind of preferred embodiment of the double-deck forming machine described in the utility model, the cooling device includes first cold
Air-cooling device, the first cold water roller, the second cold air refrigerating device and the second cold water roller, first cold air refrigerating device is close to institute
The cloth outlet of the first cloth fabric transmission track is stated, first cold water roller is fixed on described first and receives on cloth holder, and described second
For cold air refrigerating device close to the cloth outlet of the second cloth fabric transmission track, second cold water roller is fixed on described second
It receives on cloth holder.
Compared with prior art, the utility model proposes a kind of double-deck forming machine have the advantage that 1, by novel air
Room becomes double-deck by single layer, highly becomes existing 3 meters from original 4 meters, but takes up an area and reduce one times；2, matched hydrofuge row
Cigarette system is merged into 1 set by 2 sets, saves cost；3, two sets of blower fan systems can be run together, can also be with isolated operation；4, it follows
The radiating surface of ring air compartment reduces two sides；5, the double-deck forming machine price is lower than two single layer forming machine prices, and saves energy consumption, benefit
It is higher with rate.
Detailed description of the invention
It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment
The attached drawing used is briefly described, it should be apparent that, the accompanying drawings in the following description is only some implementations of the utility model
Example, for those of ordinary skill in the art, without any creative labor, can also be according to these attached drawings
Obtain other attached drawings.Wherein,
Fig. 1 is a kind of scheme of installation of double-deck forming machine of the utility model；
Fig. 2 is a kind of scheme of installation of the circulation air compartment of double-deck forming machine of the utility model.
Wherein: 1 be air compartment ontology, 11 be first circulation chamber, 111 be air nozzle on first, 112 be the first lower air nozzle,
113 be the first cloth fabric transmission cavity, 12 be second circulation chamber, 121 be air nozzle on second, 122 be the second lower air nozzle,
123 for the second cloth fabric transmission cavity, 21 be first circulation blower, 22 be second circulation blower, 31 be on first spray wind box, 32
Be the first lower spray wind box, 33 be sprayed on second wind box, 34 be the second lower spray wind box, 41 be the first cloth fabric transmission track, 42
For the second cloth fabric transmission track, 5 be air-inlet cavity, 51 be air outlet, 52 be air inlet 6 be wind deflector, 7 be thermal insulation door panel,
811 for the first cloth feeding pipe, 812 be the first entering cloth rack, 813 be the first expanding centralising device, 814 be the first immersion liquid oblique milling device,
815 for the first overfeeding geared head, 816 be the first cloth-feeding track, 8161 be needle hairbrush on first, 8162 be the first fabric chase after side dress
Set, 817 for the first tension controller, 818 be the first photoelectricity weft straightener, 821 be the second cloth feeding pipe, 822 be the second entering cloth rack,
823 be the second expanding centralising device, 824 be the second immersion liquid oblique milling device, 825 be the second overfeeding geared head, 826 be the second cloth feeding
Track, 8261 be needle hairbrush on second, 8262 be the second fabric chase after side device, 827 be the second tension controller, 828 be second
Photoelectricity weft straightener, 9 be hydrofuge fume extractor, 1011 be the first receipts cloth holder, 1012 be the first overfeeding cloth discharge device, outlet assembly, 1013 be first
Control plaiting apparatus, 1014 be the first cropping bucket, 1021 be the second receipts cloth holder, 1022 be the second overfeeding cloth discharge device, outlet assembly, 1023 be
Second control plaiting apparatus, 1024 for the second cropping bucket, 1111 be the first cold air refrigerating device, 1112 be the first cold water roller,
1121 be the second cold air refrigerating device, 1122 be the second cold water roller.
Specific embodiment
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, below with reference to specific implementation
Mode is described in further detail the utility model.
Firstly, " one embodiment " or " embodiment " referred to herein, which refers to, may be included at least one reality of the utility model
A particular feature, structure, or characteristic in existing mode." in one embodiment " that different places occur in the present specification is not
The same embodiment is referred both to, nor the individual or selective embodiment mutually exclusive with other embodiments.
Secondly, the utility model is described in detail using structural schematic diagram etc., when the utility model embodiment is described in detail,
For purposes of illustration only, indicate that a kind of schematic diagram of double-deck forming machine structure can disobey general proportion and make partial enlargement, and described show
It is intended to be example, the range of the utility model protection should not be limited herein.In addition, in actual fabrication should comprising length,
The three-dimensional space of width and depth.
Fig. 1 and Fig. 2 are please referred to, Fig. 1 is a kind of scheme of installation of double-deck forming machine of the utility model；Fig. 2 is this reality
With a kind of scheme of installation of the circulation air compartment of novel double-deck forming machine.As illustrated in fig. 1 and 2, the double-deck forming machine, packet
It includes: the first entering arrangment (not shown), the second entering arrangment (not shown), multiple double-deck circulations air compartment (not shown), hydrofuge row
Cigarette device 9, cooling device (not shown), the first cloth collector (not shown) and the second cloth collector (not shown).Its work is former
Reason are as follows: the first entering arrangment is used for the first cloth fabric is smooth and pads dye liquor, into multiple double-deck circulation air compartment drying, so
Afterwards after being cooled by cooling device, cloth is received by the first cloth collector；Second entering arrangment is used for the second cloth fabric is smooth and soaks
Then after being cooled by cooling device padding liquor receives cloth by the second cloth collector into multiple double-deck circulation air compartment drying.Below
Specifically introduce multiple steps of the above process.
First entering arrangment includes the first cloth feeding pipe 811, the first entering cloth rack 812, the first expanding centralising device 813, first
Immersion liquid oblique milling device 814, the first overfeeding geared head 815, the first cloth-feeding track 816, the first tension controller 817, the first photoelectricity
Needle hairbrush 8161 and the first fabric chase after side device 8162, the first cloth feeding pipe 811 and the first entering cloth rack 812 on weft straightener 818, first
Connection, the first expanding centralising device 813, the first immersion liquid oblique milling device 814 be sequentially fixed on the first entering cloth rack 812, first into
The cloth intlet of cloth track 816 connects the first overfeeding geared head 815, and the cloth outlet of the first cloth-feeding track 816 connects the first cloth and knits
Object transmission track 41, the first tension controller 817 and the first photoelectricity weft straightener 818 are fixed on the first entering cloth rack 812, on first
The cloth intlet of the first cloth-feeding track 816 is arranged in needle hairbrush 8161, and the first fabric chases after side device 8162 and the first cloth-feeding track 816
Match, the first fabric chases after the lower section that the first cloth-feeding track 816 is arranged in side device 8162, and the first cloth fabric first passes through first
Then cloth feeding pipe 811 is unfolded cloth by the first expanding centralising device 813, it is oblique then to enter the first immersion liquid through the first entering cloth rack 812
814 dip dyeing liquid for shell of rolling device, roll, then tension is adjusted by the first tension controller 817, prevent the first cloth fabric loose, then by
First photoelectricity weft straightener adjusts weft, is then sent the first cloth fabric to needle plate by the first overfeeding geared head 815, by first
First cloth fabric is pressed on needle plate by upper needle hairbrush 8161, then is sent by the first cloth-feeding track 816 to the first cloth fabric and transmitted
On track 41, in 816 motion process of the first cloth-feeding track, the first fabric chases after side device 8162 allows needle and edge to keep one always
Cause distance.
Second entering arrangment includes the second cloth feeding pipe 821, the second entering cloth rack 822, the second expanding centralising device 823, second
Immersion liquid oblique milling device 824, the second overfeeding geared head 825, the second cloth-feeding track 826, the second tension controller 827, the second photoelectricity
Needle hairbrush 8261 and the second fabric chase after side device 8262, the second cloth feeding pipe 821 and the second entering cloth rack 822 on weft straightener 828, second
Connection, the second expanding centralising device 823, the second immersion liquid oblique milling device 824 be sequentially fixed on the second entering cloth rack 822, second into
The cloth intlet of cloth track 826 connects the second overfeeding geared head 825, and the cloth outlet of the second cloth-feeding track 826 connects the second cloth and knits
Object transmission track 42, the second tension controller 827 and the second photoelectricity weft straightener 828 are fixed on the second entering cloth rack 822, on second
The cloth intlet of the second cloth-feeding track 826 is arranged in needle hairbrush 8261, and the second fabric chases after side device 8262 and the second cloth-feeding track 826
Match, the second fabric chases after the lower section that the second cloth-feeding track 826 is arranged in side device 8262, and the second cloth fabric first passes through second
Then cloth feeding pipe 821 is unfolded cloth by the second expanding centralising device 823, it is oblique then to enter the second immersion liquid through the second entering cloth rack 822
824 dip dyeing liquid for shell of rolling device, roll, then tension is adjusted by the second tension controller 827, prevent the second cloth fabric loose, then by
Second photoelectricity weft straightener adjusts weft, is then sent the second cloth fabric to needle plate by the second overfeeding geared head 825, by second
Second cloth fabric is pressed on needle plate by upper needle hairbrush 8261, then is sent by the second cloth-feeding track 826 to the second cloth fabric and transmitted
On track 42, in 826 motion process of the second cloth-feeding track, the second fabric chases after side device 8262 allows needle and edge to keep one always
Cause distance.
As shown in Fig. 2, the circulation air compartment includes: air compartment ontology 1, first circulation blower 21, second circulation blower 22,
It sprays to spray on the lower spray wind box 32, second of wind box 31, first on one and sprays wind box 34 under wind box 33 and second, air compartment ontology 1 has first
Torus 11 and second circulation chamber 12, air compartment ontology 1 are one as fixed other component, the structure of closed machine, it is the
One circulating fan 21 and second circulation blower 22 provide the space of a receiving, in the lower part of air compartment ontology 1, are equipped with for the
The first circulation blower accommodating chamber of one circulating fan 21 and second circulation blower for accommodating lower second circulation blower 22 accommodate
Chamber, first circulation blower accommodating chamber and second circulation blower accommodating chamber are in left and right distribution, with first circulation chamber 11 and second circulation
Chamber 12 is juxtaposed to the left and righ arrangement, on the top of air compartment ontology 1, can be divided into the lower spray wind of air nozzle 111, first on first from high to low
Air nozzle 121 and second descends air nozzle 122 on mouth 112, second, and air nozzle 111 and first descends air nozzle 112 aweather on first
The outside of room ontology 1 is protruded, and is equipped at intervals with the first cloth fabric biography between air nozzle 111 and the first lower air nozzle 112 on first
Chamber 113 is sent, the lower air nozzle 112 of air nozzle 111, first and the first cloth fabric transmission cavity 113 form what a side was put on first
Concave structure, air nozzle 121 and the second lower air nozzle 122 are protruded to the outside of air compartment ontology 1 on second, are sprayed on second
It is equipped at intervals with the second cloth fabric transmission cavity 123 between air port 121 and the second lower air nozzle 122, air nozzle 121 on second, the
Two lower air nozzles 122 and the second cloth fabric transmission cavity 123 form the concave structure that a side is put, first circulation blower 21
Air nozzle 111 and the first lower air nozzle 112, second circulation blower 22 are connected to air nozzle 121 and second on second in connection first
Lower air nozzle 122, first circulation blower 21 and the air intake of second circulation blower 22 are connected to the air outlet 51 of air-inlet cavity 5, and first
Circulating fan 21 passes through first circulation chamber 11 with the outlet air end of second circulation blower 22 respectively and is connected to each spray with second circulation chamber 12
Air port.When starting first circulation blower 21, the air in atmosphere is entered in air-inlet cavity 5 by air inlet 52, by air outlet 51
Entered in first circulation chamber 11 by first circulation blower 21, from first the lower air nozzle 112 of air nozzle 111, first respectively into
Enter to spray on first in the lower spray wind box 32 of wind box 31, first, hot gas is sprayed from first under the spray air holes of the lower surface of wind box 31, first
The spray air holes for spraying the upper surface of wind box 32 is sprayed on cloth fabric, and when starting second circulation blower 22, the air in atmosphere is logical
It crosses air inlet 52 to enter in air-inlet cavity 5, be entered in second circulation chamber 12 by air outlet 51 by second circulation blower 22, from second
The lower air nozzle 122 of upper air nozzle 121, second, which respectively enters, to be sprayed on second in the lower spray wind box 34 of wind box 33, second, and hot gas is from second
The spray air holes of the lower surface of upper spray wind box 33, the spray air holes of the second lower upper surface for spraying wind box 34 are sprayed on cloth fabric.
Symmetrical due to spraying wind box up and down, the position in the hole on the spray wind face of spray wind box and size are also symmetrical, so from spray wind
The flow velocity of the wind sprayed in the hole in face, temperature keep relatively uniform, and therefore, cloth fabric up and down can be by identical spray wind
Effect.It is directed to different clothes, different processing requests, operator is also an option that, wind effect is uniformly sprayed up and down, on
Small spray wind effect under big, while it being directed to different processing capacity requirements, it is also an option that first circulation blower 21 or the second follows
Ring blower 22 works independently, or works together.
The edge that wind box 31 is sprayed on first is connected with wind deflector 6, sprays wind box 31 in the lower end connection first of wind deflector 6,
The top inner wall of the upper end connection circulation air compartment of wind deflector 6, is arranged, guidance is waved from cloth fabric by the orientation of wind deflector 6
The exhaust gas of sending enters air-exhausting duct by exhaust outlet upwards.
Strainer is additionally provided at air inlet 52, outside air enters air-inlet cavity 5 by the strainer of air inlet 52.In this way, outer
The strainer filtering that boundary's air first passes around air inlet 52 enters air-inlet cavity 5.Strainer can be the mesh enclosure with automatic clearing function,
It can also include air inlet strainer transmission mechanism (not shown) when filter screen is with automatic cleaning apparatus, air inlet strainer passes
Motivation structure drives the rotation of air inlet strainer.Also therefore, filter screen automatic cleaning apparatus can also include that the second dust exhaust apparatus (is not schemed
Show), the second dust exhaust apparatus include the second high-speed centrifugal fan (not shown) and the second dust sucting pipeline (not shown), the second high speed from
The outside of high temperature drying chamber is arranged in heart blower and the second dust sucting pipeline, for absorbing the dust on filter screen, avoids needing to shut down
Time-consuming, the laborious problem of cleaning bring manually.
Consider that the heat insulation effect of circulation air compartment, thermal insulation door panel are coated on the outer wall of circulation air compartment, singly follow with original two
Ring air compartment is compared, and can at least reduce by two thermal insulation door panels.
The use principle of above-mentioned circulation plenum chamber structure are as follows: opened according to the processing request of cloth fabric and adjust circulation air compartment
In first circulation blower 21, second circulation blower 22 power, outside air is entered into air inlet 52 through strainer, and by entering the wind
Chamber 5 reaches air outlet 5, a part of gas from first circulation blower 21 enter first circulation chamber 11 and from first air nozzle 111,
First lower air nozzle 112, which respectively enters, to be sprayed on first in the lower spray wind box 32 of wind box 31, first, and another part gas is from second circulation
Blower 22 enters second circulation chamber 12 and the lower air nozzle 122 of air nozzle 121, second respectively enters spray wind box on second from second
33, in the second lower spray wind box 34, hot gas sprays the upper table of the spray air holes of the lower surface of wind box 31, the first lower spray wind box 32 from first
The spray air holes in face, the spray air holes of lower surface that wind box 33 is sprayed on second, the spray air holes of the second lower upper surface for spraying wind box 34 are sprayed onto
On cloth fabric, drying is completed, exhaust gas enters in exhaust pipe from the exhaust outlet in circulated air ceiling portion.
Each double-deck circulation air compartment has the first cloth fabric transmission track 41 and the second cloth fabric transmission track 42, phase
First cloth fabric transmission track 41 of adjacent two double-deck circulation air compartments is interconnected, and the second of the two neighboring double-deck circulation air compartment
Cloth fabric transmission track 42 is interconnected, and is equipped with exhaust outlet (not shown), Mei Gepai above each double-deck circulation air compartment
Air port is connected to hydrofuge fume extractor 9, and the first cloth fabric transmission track 41 is connected to the first cloth collector, and the first cloth collector includes
First receipts cloth holder 1011, the first overfeeding cloth discharge device, outlet assembly 1012, first control plaiting apparatus 1013 and the first cropping bucket 1014, and first
Overfeeding cloth discharge device, outlet assembly 1012 is connected to the cloth outlet of the first cloth fabric transmission track 41, and the first receipts setting of cloth holder 1,011 the first is surpassing
The rear of cloth discharge device, outlet assembly 1012 is fed, first controls the setting of plaiting apparatus 1013 receives on cloth holder 1011 first, and first controls cropping
The lower section of device 1013 be equipped with the first cropping bucket 1014, the second cloth fabric transmission track 42 be connected to the second cloth collector, second
Cloth collector is controlled plaiting apparatus 1023 and second including the second receipts cloth holder 1021, the second overfeeding cloth discharge device, outlet assembly 1022, second and is fallen
Cloth bucket 1024, the second overfeeding cloth discharge device, outlet assembly 1022 are connected to the cloth outlet of the second cloth fabric transmission track 42, and second receives cloth holder
1021 are arranged in the rear of the second overfeeding cloth discharge device, outlet assembly 1022, and second, which controls the setting of plaiting apparatus 1023, receives cloth holder 1021 second
On, the second lower section for controlling plaiting apparatus 1023 is equipped with the second cropping bucket 1024.Cloth is received in bilayer circulation air compartment and first, second
Cooling device is equipped between device, cooling device includes the first cold air refrigerating device 1111, the first cold water roller 1112, the second cold wind
Cooling device 1121 and the second cold water roller 1122, the first cold air refrigerating device 1111 is close to the first cloth fabric transmission track 41
Cloth outlet, the first cold water roller 1112 are fixed on the first receipts cloth holder 1011, and the second cold air refrigerating device 1121 is close to the second cloth
The cloth outlet of fabric transmission track 42, the second cold water roller 1122 are fixed on the second receipts cloth holder 1021.
First cloth fabric in the first cloth fabric transmission track 41 after transporting, first through the first cold air refrigerating device 1111
It is cooling, then removed the first cloth fabric from needle plate by the first overfeeding cloth discharge device, outlet assembly 1012, then through the first cold water roller 1112
Plaiting apparatus 1013 is controlled by first after cooling to fall within the first cloth fabric in the first cropping bucket 1014, the second cloth fabric from
It is first cooling through the second cold air refrigerating device 1121 after being transported in second cloth fabric transmission track 42, then by the second overfeeding cloth outputting
Device 1022 removes the second cloth fabric from needle plate, then controls cropping dress by second after the second cold water roller 1122 is cooling
1023 are set to fall within the second cloth fabric in the second cropping bucket 1024.
Those of ordinary skill in fields it should be appreciated that, the characteristics of the utility model or the first purpose exists
In: the utility model proposes the double-deck forming machine occupied area it is few, energy consumption is small, meet country it is existing to production energy-saving and emission-reduction want
It asks, saves enterprise's production cost, it is widely applicable.
It should be noted that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although reference
The utility model is described in detail in preferred embodiment, those skilled in the art should understand that, it can be to this reality
It is modified or replaced equivalently with novel technical solution, without departing from the spirit and scope of the technical scheme of the present invention,
It should all cover in the scope of the claims of the utility model.
Claims (10)
1. a kind of bilayer forming machine, characterized in that include: the first entering arrangment, the second entering arrangment, multiple double-deck circulated airs
Room, hydrofuge fume extractor, cooling device, the first cloth collector and the second cloth collector, each double-deck circulation air compartment have first
Cloth fabric transmission track and the second cloth fabric transmission track, the first cloth fabric transmission of the two neighboring double-deck circulation air compartment
Track is interconnected, and the second cloth fabric transmission track of the two neighboring double-deck circulation air compartment is interconnected, first cloth feeding
Device is connected to the first cloth fabric transmission track, and second entering arrangment is connected to second cloth fabric and transmits rail
Road, each double-deck recycle are equipped with exhaust outlet above air compartment, each exhaust outlet connection hydrofuge fume extractor, and described first
Cloth fabric transmission track is connected to first cloth collector, and cloth is received in the second cloth fabric transmission track connection described second
Device is equipped with the cooling device between the double-deck circulation air compartment and the first, second cloth collector.
2. bilayer forming machine as described in claim 1, it is characterized in that: first entering arrangment includes the first cloth feeding pipe, the
One entering cloth rack, the first expanding centralising device, the first immersion liquid oblique milling device, the first overfeeding geared head and the first cloth-feeding track, it is described
First cloth feeding pipe is connect with first entering cloth rack, and the first expanding centralising device, the first immersion liquid oblique milling device are successively fixed
On first entering cloth rack, the cloth intlet of first cloth-feeding track connects the first overfeeding geared head, the first cloth feeding rail
The cloth outlet in road connects the first cloth fabric transmission track, and first cloth fabric successively passes through the first cloth feeding pipe, the
One expanding centralising device, the first immersion liquid oblique milling device, the first overfeeding geared head and the first cloth-feeding track,
Second entering arrangment includes the second cloth feeding pipe, the second entering cloth rack, the second expanding centralising device, the second immersion liquid oblique milling dress
It sets, the second overfeeding geared head and the second cloth-feeding track, the second cloth feeding pipe are connect with second entering cloth rack, second expansion
Width centralising device, the second immersion liquid oblique milling device are sequentially fixed on second entering cloth rack, the cloth feeding of second cloth-feeding track
The second overfeeding geared head of end connection, the cloth outlet of second cloth-feeding track connect the second cloth fabric transmission track, institute
It states the second cloth fabric and successively passes through the second cloth feeding pipe, the second expanding centralising device, the second immersion liquid oblique milling device, the second overfeeding vehicle
Head case and the second cloth-feeding track.
3. bilayer forming machine as claimed in claim 2, it is characterized in that: first entering arrangment further includes the first tension force
Device, the first photoelectricity weft straightener, needle hairbrush and the first fabric chase after side device, first tension controller and the first photoelectricity on first
Weft straightener is fixed on first entering cloth rack, and the cloth intlet of first cloth-feeding track is arranged in needle hairbrush on described first,
First fabric chases after side device and matches with first cloth-feeding track, and first fabric chases after the setting of side device described the
The lower section of one cloth-feeding track, second entering arrangment further include the second tension controller, the second photoelectricity weft straightener, needle on second
Hairbrush and the second fabric chase after side device, and second tension controller and the second photoelectricity weft straightener are fixed on second entering cloth rack
On, needle hairbrush is arranged in the cloth intlet of second cloth-feeding track on described second, second fabric chase after side device with it is described
Second cloth-feeding track matches, and second fabric chases after the lower section that second cloth-feeding track is arranged in side device.
4. bilayer forming machine as described in claim 1, it is characterized in that: the double-deck circulation air compartment includes air compartment ontology, first
Circulating fan, second circulation blower spray wind box, the first lower spray wind box on first, spray wind box on second and second lower sprays wind box, institute
Air compartment ontology is stated with first circulation chamber and second circulation chamber, the first circulation chamber and second circulation chamber are juxtaposed to the left and righ row
Cloth,
The lower part of the first circulation chamber is equipped with first circulation blower accommodating chamber, and the first circulation blower is set to described first
In circulating fan accommodating chamber, the top of the first circulation chamber is equipped with air nozzle and the first lower air nozzle on first, and described first
Upper air nozzle is protruded to the outside of the air compartment ontology with the described first lower air nozzle, so that air nozzle and institute on described first
It states and forms the first cloth fabric transmission cavity between the first lower air nozzle, air nozzle, the first lower air nozzle and first on described first
Cloth fabric transmission cavity forms the concave structure that a side is put, air nozzle in the first circulation blower connection described first
With the first lower air nozzle, wind box is sprayed on described first in air nozzle connection described first, described in the described first lower air nozzle connection
First lower spray wind box,
The lower part of the second circulation chamber is equipped with second circulation blower accommodating chamber, and the second circulation blower is set to described second
In circulating fan accommodating chamber, the top of the second circulation chamber is equipped with air nozzle and the second lower air nozzle on second, and described second
Upper air nozzle is protruded to the outside of the air compartment ontology with the described second lower air nozzle, so that air nozzle and institute on described second
It states and forms the second cloth fabric transmission cavity between the second lower air nozzle, air nozzle, the second lower air nozzle and second on described second
Cloth fabric transmission cavity forms the concave structure that a side is put, air nozzle in the second circulation blower connection described second
With the second lower air nozzle, wind box is sprayed on described second in air nozzle connection described second, described in the described second lower air nozzle connection
Second lower spray wind box.
5. bilayer forming machine as claimed in claim 4, it is characterized in that: spraying wind box and the first lower spray wind box on described first with the
One cloth fabric transmission track is symmetry axis symmetry arrangement, and wind box is sprayed on described second and the second lower spray wind box is knitted with the second cloth
Object transmission track is symmetry axis symmetry arrangement, and the lower section of the described first lower spray wind box is arranged in spray wind box on described second.
6. bilayer forming machine as claimed in claim 4, it is characterized in that: the double-deck circulation air compartment further includes air-inlet cavity, wind-guiding
Plate and exhaust outlet, the air-inlet cavity are located at the lower part of the circulation air compartment, and one end of the air-inlet cavity is air outlet, the air inlet
The other end of chamber is air inlet, and the air outlet is connected to the air intake of the first circulation blower and the air inlet of second circulation blower
End, the air inlet are connected to the air compartment body exterior air, and the air inlet is equipped with strainer, and the upper end of the wind deflector connects
The top inner wall of the circulation air compartment is connect, wind box, the exhaust outlet setting are sprayed in the lower end connection described first of the wind deflector
At the top of the circulation air compartment, the exhaust outlet is connected to air-exhausting duct.
7. bilayer forming machine as claimed in claim 4, it is characterized in that: spraying the lower surface of wind box on described first has multiple sprays
The upper surface of air holes, the described first lower spray wind box has multiple spray air holes, and the lower surface of wind box is sprayed on described second with multiple
Air holes is sprayed, the upper surface of the described second lower spray wind box has multiple spray air holes.
8. bilayer forming machine as described in claim 1, it is characterized in that: it further includes thermal insulating door thermally insulated door that the double-deck circulation air compartment, which further includes,
Plate, the thermal insulation door panel are coated on the outer wall of the circulation air compartment.
9. bilayer forming machine as described in claim 1, it is characterized in that: first cloth collector includes first receiving cloth holder, the
One overfeeding cloth discharge device, outlet assembly, first control plaiting apparatus and the first cropping bucket, the first overfeeding cloth discharge device, outlet assembly connection described first
The cloth outlet of cloth fabric transmission track, the rear of the first overfeeding cloth discharge device, outlet assembly is arranged in the first receipts cloth holder, described
First controls plaiting apparatus setting receives on cloth holder described first, and the described first lower section for controlling plaiting apparatus is equipped with described first
Cropping bucket, second cloth collector control plaiting apparatus and second including the second receipts cloth holder, the second overfeeding cloth discharge device, outlet assembly, second
Cropping bucket, the second overfeeding cloth discharge device, outlet assembly are connected to the cloth outlet of the second cloth fabric transmission track, and described second receives cloth
The rear of the second overfeeding cloth discharge device, outlet assembly is arranged in frame, and described second, which controls plaiting apparatus setting, receives cloth holder described second
On, the described second lower section for controlling plaiting apparatus is equipped with the second cropping bucket.
10. bilayer forming machine as claimed in claim 9, it is characterized in that: the cooling device include the first cold air refrigerating device,
First cold water roller, the second cold air refrigerating device and the second cold water roller, first cold air refrigerating device is close to first cloth
The cloth outlet of fabric transmission track, first cold water roller are fixed on described first and receive on cloth holder, the second cold front heavy rain dress
The cloth outlet of the nearly second cloth fabric transmission track is rested against, second cold water roller is fixed on described second and receives on cloth holder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821334380.2U CN208632818U (en) | 2018-08-19 | 2018-08-19 | A kind of bilayer forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821334380.2U CN208632818U (en) | 2018-08-19 | 2018-08-19 | A kind of bilayer forming machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208632818U true CN208632818U (en) | 2019-03-22 |
Family
ID=65741760
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821334380.2U Active CN208632818U (en) | 2018-08-19 | 2018-08-19 | A kind of bilayer forming machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208632818U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108729091A (en) * | 2018-08-19 | 2018-11-02 | 江苏恒进印染机械有限公司 | A kind of bilayer forming machine |
| CN113106677A (en) * | 2021-04-30 | 2021-07-13 | 泉州市外星人新材料科技有限公司 | Double-station cloth setting machine and cloth setting method |
-
2018
- 2018-08-19 CN CN201821334380.2U patent/CN208632818U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108729091A (en) * | 2018-08-19 | 2018-11-02 | 江苏恒进印染机械有限公司 | A kind of bilayer forming machine |
| CN113106677A (en) * | 2021-04-30 | 2021-07-13 | 泉州市外星人新材料科技有限公司 | Double-station cloth setting machine and cloth setting method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108729091A (en) | A kind of bilayer forming machine | |
| CN208632818U (en) | A kind of bilayer forming machine | |
| CN206273040U (en) | A kind of IDC wind-cooling heat dissipatings rack | |
| CN207933698U (en) | A kind of compact-sized framing shaping machine | |
| CN106676801B (en) | A kind of multilayer stentering forming dryer circulation bellows | |
| CN204630281U (en) | Drying system | |
| CN105483965B (en) | The recuperation of heat of forming machine waste gas and purifier | |
| CN210529268U (en) | High-efficiency compact energy-saving environment-friendly tentering setting machine | |
| CN201184732Y (en) | Drying apparatus for multi-flowpath horizontal-cycle gypsum board | |
| CN210980684U (en) | Filament oxford fabric drying device | |
| CN104613571A (en) | Circulating temperature equilibrium type machine room | |
| CN208632806U (en) | A kind of circulation air compartment for the double-deck forming machine | |
| CN211012152U (en) | Gypsum line multi-temperature-zone drying oven | |
| CN216573998U (en) | Air-float drying box | |
| CN204530179U (en) | A kind of multifunctional efficient drying room | |
| CN211964875U (en) | Double-area hot air circulation oven | |
| CN114108212A (en) | Production process and production equipment of printing and dyeing cloth | |
| CN211217371U (en) | Drying room cooling device | |
| CN207897861U (en) | Uniform temperature type fruit and vegetable drying barn | |
| CN208861733U (en) | The vertical furnace system of flat wire | |
| CN205868732U (en) | Automatic drying solidification device of continuous type | |
| CN218026758U (en) | Glass is double-deck tent setting device for glass fiber window screening | |
| CN213914672U (en) | Flat screen plate low-temperature oven | |
| CN109938387A (en) | A kind of device of tobacco redrying | |
| CN108607762A (en) | A kind of fully automatic energy-saving paint line for plastic cement spraying |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |