CN208525235U - The preparation system of Water-absorption core body - Google Patents
The preparation system of Water-absorption core body Download PDFInfo
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- CN208525235U CN208525235U CN201720939774.XU CN201720939774U CN208525235U CN 208525235 U CN208525235 U CN 208525235U CN 201720939774 U CN201720939774 U CN 201720939774U CN 208525235 U CN208525235 U CN 208525235U
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Abstract
The utility model relates to a kind of preparation systems of Water-absorption core body.The feeding material component of the preparation system of the Water-absorption core body can convey fluffy cotton on the starting point of the transmission direction of transmission component, multiple delivery outlets of the supply assembly of the mixture of conveying Time of Fluff Slurry and meldable fibre are respectively positioned on the middle part of the transmission direction of transmission component on transmission component, the feed opening of hydroscopic high-molecular resin is conveyed on transmission component and delivery outlet is alternatively arranged along the transmission direction of transmission component, and feed opening is located therein between two delivery outlets；Hot wind penetrating device can carry out hot wind to laminates and penetrate processing；The ultrasonic cutting device of cutting mechanism can penetrate that treated to hot wind, and laminates carry out ultrasonic cutting.Above-mentioned preparation system obtains the Water-absorption core body that can be prepared and is not easy to be layered after water-absorbing resin water suction and has preferable soaking effect, while can effectively improve production efficiency, saves manpower.
Description
Technical field
The utility model relates to the production fields of amenities, more particularly to a kind of preparation system of Water-absorption core body.
Background technique
In general, the needs such as paper diaper, sanitary napkin have preferable water absorbing properties, therefore general all with Water-absorption core body.Mesh
Before, there are mainly two types of the production methods of Water-absorption core body, a kind of mode be using villus paddle and hydroscopic high-molecular resin (SAP,
SUPER ABSORBENT POLYMER) on-line mixing forms, although at low cost, product diffusion is fast, multiple good absorption effect,
It is water-absorbing resin after water swelling, the connectivity between Time of Fluff Slurry is poor and is easily broken off and rises the problem of cutting or polish jade with an emery wheel, and not only influences to make
Comfort level, and effective storage life is had an effect on, in order to avoid playing stone roller, producer just reduces the dosage of water-absorbing resin, still
But it reduces the uptake of product and uses the time.Another way is using the fixed SAP of loft non-woven cloth, and in upper and lower surface
It is respectively adopted the composite puffed paper of thermosol (or dust-free paper, non-woven fabrics etc.), obtains product, the suction that this method obtains after winding cutting
Although water core connectivity is improved, connectivity or inadequate is layered obvious after polymer water uptake expansion, single-point is more
The problem of secondary water imbibition is poor, and expansion is linear slow, is easy to cause side leakage, back leak.
And be usually at present to pass through repeatedly molding to form each layer for the Water-absorption core body for producing multilayered structure, it then again will be each
Layer structure stacking, needs by repeatedly producing, not only labor intensive, but also it is low to also result in production efficiency.
Utility model content
Based on this, it is necessary to provide a kind of preparation system of Water-absorption core body, and the water suction that the preparation system can be prepared
Core is not easy to be layered and has preferable soaking effect after water-absorbing resin water suction, while can effectively improve production efficiency,
Save manpower.
A kind of preparation system of Water-absorption core body, including production section and cutting mechanism, the production section include transmission group
Part, feeding material component, supply assembly, charging component and hot wind penetrating device, in which:
The feeding material component can convey fluffy cotton on the starting point of the transmission direction of the transmission component；
The supply assembly can convey the mixture of Time of Fluff Slurry and meldable fibre, the feed on the transmission component
Component has multiple delivery outlets, and multiple delivery outlets are respectively positioned on the middle part of the transmission direction of the transmission component；
The charging component can convey hydroscopic high-molecular resin on the transmission component, and the charging component, which has, to be added
Material mouth, the feed opening and multiple delivery outlets are alternatively arranged along the transmission direction of the transmission component, and the feed opening
It is located therein between two delivery outlets；
The transmission component is able to drive mixture, the fluffy cotton and the high score of the Time of Fluff Slurry and meldable fibre
Sub- water-absorbing resin is moved along the transmission direction of the transmission component, and makes the mixture of the Time of Fluff Slurry and meldable fibre and described
Hydroscopic high-molecular resin can be layered on the fluffy cotton to form laminates, and the transmission component can also be by the layer
Overlapping piece is delivered in the hot wind penetrating device；
The end of transmission direction of the hot wind penetrating device close to the transmission component is arranged, the hot wind penetrating device
Hot wind can be carried out to the laminates and penetrate processing；
The cutting mechanism includes ultrasonic cutting device, after the ultrasonic cutting device can penetrate processing to hot wind
The laminates carry out ultrasonic cutting.
Since the feeding material component of the preparation system of above-mentioned Water-absorption core body can be to the starting point of the transmission direction of transmission component
The upper fluffy cotton of conveying, can convey multiple outputs of the supply assembly of the mixture of Time of Fluff Slurry and meldable fibre on transmission component
Mouth is respectively positioned on the middle part of the transmission direction of transmission component, and the charging group of hydroscopic high-molecular resin can will be conveyed on transmission component
The feed opening of part and multiple delivery outlets are alternatively arranged along the transmission direction of transmission component, and feed opening is located therein two delivery outlets
Between, so that the meldable fibre of delivery outlet output and mixture, the feed opening of Time of Fluff Slurry are defeated under the transmission effect of transmission component
Hydroscopic high-molecular resin out can be according to the starting point quilt fallen in transmission component that puts in order of its delivery outlet and feed opening
Laminates are formed on the fluffy cotton of conveying, and each layer of hydroscopic high-molecular resin of the laminates formed is all located at two layers of hot melt fibre
Between the mixture of peacekeeping Time of Fluff Slurry, then by transmission component be sent in hot wind penetrating device with to laminates carry out hot wind wear
Processing thoroughly, so that meldable fibre melts, and by fluffy cotton, every layer of hydroscopic high-molecular resin, every layer of meldable fibre and Time of Fluff Slurry
Mixture is bonded together and laminates is made to be formed, and can not only realize automatic stacking and the automatic hot-air of laminates of each layer
Processing is penetrated, production efficiency can be effectively improved, manpower is saved, but also each layer can be made to link together well, makes
Each layer for obtaining Water-absorption core body has preferable connectivity to reduce caused lamination problem after water-absorbing resin water swelling；And due to
Each layer of hydroscopic high-molecular resin is all located between two layers of meldable fibre and the mixture of Time of Fluff Slurry, every layer of meldable fibre and villus
Time of Fluff Slurry in the mixture of slurry can play the effect of water conservancy diversion again, and have the mixture of every layer of meldable fibre and Time of Fluff Slurry
Preferable diffusivity, to improve the diffusion absorption of Water-absorption core body, the problems such as so as to be effectively prevented side leakage, back leak；Meanwhile
By the ultrasonic cutting device of cutting mechanism to the hot wind laminates ultrasonic cutting that penetrates that treated to obtain Water-absorption core body,
It can not only realize the cutting of laminates, but also each layer of laminates can be made to will do it again in the meldable fibre of cut place
It fuses, thus the connectivity between each layer for further increasing Water-absorption core body while cutting and the work for playing edge sealing
With.
The transmission component includes: in one of the embodiments,
It is driven net, multiple delivery outlets and the feed opening are respectively positioned on above the middle part of the transmission net, and along described
The transmission direction of transmission net is alternatively arranged, and the supply assembly can convey on the net the Time of Fluff Slurry to the transmission and hot melt is fine
The mixture of dimension, the charging component can convey the hydroscopic high-molecular resin, the feeding material component in the transmission net
The fluffy cotton can be conveyed on the starting point of the transmission direction of the transmission net；
Transmission net, positioned at the end of the direction of transfer of the transmission net, the transmission direction of the transmission net and the transmission
The transmission direction of net is identical, and the transmission net is arranged in the hot wind penetrating device, so that the transmission net can be by the layer
Overlapping piece is delivered in the hot wind penetrating device；
Vacuum transfer device is arranged between the transmission net and the transmission net, and the vacuum transfer device can incite somebody to action
The online laminates of the transmission are delivered in the transmission net.
The feeding material component includes conveyer belt in one of the embodiments, and the conveyer belt can be by the fluffy cotton
It is delivered to the transmission on the net, the conveyer belt is located at the starting point of the transmission direction of the transmission net.
The production section further includes being arranged online in the transmission and being located most closely in one of the embodiments,
Preload component between the delivery outlet and the feed opening of the conveyer belt, the preload component have can rotate two
A roller, two rollers are oppositely arranged on the two sides of the transmission net, and the transmission net is enable slidably to be clamped in
Between two rollers.
The production section further includes that the end of the transmission direction close to the transmission net is set in one of the embodiments,
The press unit set, the press unit include two rollers, and two rollers are oppositely arranged on the two sides of the transmission net,
And the transmission net is enable slidably to be clamped between two rollers, so that two rollers can penetrate hot wind
Treated, and the laminates are rolled.
In one of the embodiments, the quantity of the delivery outlet than the feed opening quantity more than one, every two institute
It states and is equipped with a feed opening between delivery outlet.
The feeding material component includes opening bag apparatus, fibre-opening unit, carding apparatus and blower in one of the embodiments,
The bag apparatus of opening can unclamp the chemical fibre of reunion, and the fibre-opening unit is connected to the bag apparatus of opening, so that described
The chemical fibre can be delivered in the fibre-opening unit from the bag apparatus of opening by opening bag apparatus, and the fibre-opening unit can
The chemical fibre shredding is formed into the fluffy cotton to fluffy, the carding apparatus is connected with the fibre-opening unit, institute
The fluffy cotton can be combed by stating carding apparatus, and the fluffy cotton after combing can be delivered to the transmission component
On, the blower is capable of providing a wind-force, so that the fluffy cotton can enter the carding apparatus from the fibre-opening unit
In.
The supply assembly includes: in one of the embodiments,
Time of Fluff Slurry and meldable fibre can be mixed to form the mixing of the Time of Fluff Slurry and meldable fibre by feeding device
Object, wherein the delivery outlet is located on the feeding device；
Charging line, one end are connected with the feeding device；
Storage device, for storing meldable fibre, the storage device and the charging line are far from the delivery outlet
One end is connected；
Grinding device, for crushing Time of Fluff Slurry, the grinding device and the charging line far from the delivery outlet one
End is connected；
Air conveying device is capable of providing a wind-force, so that the meldable fibre in the storage device can be sent from described
Pipe material is transported in the feeding device, and enables the Time of Fluff Slurry crushed by the grinding device from the feeding
Pipeline is into the feeding device；
Wherein, the mixture of the Time of Fluff Slurry in the output device and meldable fibre can be defeated from the delivery outlet
Out.
The feeding device, the charging line, the storage device, crushing dress in one of the embodiments,
It is multiple for setting with the air conveying device, a feeding device, a charging line, a storage device,
One grinding device and an air conveying device constitute a feeding unit, and each feeding device has an institute
State delivery outlet.
The production section further includes reel machine in one of the embodiments, and the reel machine can penetrate hot wind
To form roll paper, the cutting mechanism further includes fixing piece and rolling device, the fixation for the laminates curling that treated
Part, the ultrasonic cutting device and the rolling device are arranged successively setting, and the fixing piece is for installing the roll paper, institute
The laminates after cutting can be crimped by stating rolling device, so that the rolling device is able to drive the roll paper described
It is rotated on fixing piece, and so that the laminates is able to enter the ultrasonic cutting device and cut.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the production section of the preparation system of the Water-absorption core body of an embodiment；
Fig. 2 is that the cutting mechanism of the preparation system of Water-absorption core body shown in FIG. 1 is equipped with the structural schematic diagram of roll paper part；
Fig. 3 is the enlarged drawing in the portion I of production section shown in FIG. 1.
Specific embodiment
The utility model is more fully retouched below with reference to relevant drawings for the ease of understanding the utility model,
It states.The preferred embodiment of the utility model is given in attached drawing.But the utility model can come in many different forms
It realizes, however it is not limited to embodiment described herein.On the contrary, purpose of providing these embodiments is makes to the utility model
The understanding of disclosure is more thorough and comprehensive.
It should be noted that it can directly on the other element when element is referred to as " being fixed on " another element
Or there may also be elements placed in the middle.When an element is considered as " connection " another element, it, which can be, is directly connected to
To another element or it may be simultaneously present centering elements.Term as used herein " vertical ", " horizontal ", " left side ",
" right side " and similar statement are for illustrative purposes only.
Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model
The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein includes
Any and all combinations of one or more related listed items.
The preparation system of the Water-absorption core body of one embodiment can be used in preparing Water-absorption core body with multi-layer structure, should
The chip of chip or sanitary napkin that Water-absorption core body can be used as paper diaper uses.As shown in Fig. 1 and Fig. 2 institute, wherein the water-absorbing core
The preparation system of body includes production section 100 and cutting mechanism 200.
Production section 100 is the moulding section of Water-absorption core body, and production section 100 can be by the mixed of Time of Fluff Slurry and meldable fibre
Object, fluffy cotton and hydroscopic high-molecular resin (i.e. SAP) stacking are closed, so as to form Time of Fluff Slurry and meldable fibre on fluffy cotton
Mixture layer and hydroscopic high-molecular resin layer, and the number of plies of the mixture layer of Time of Fluff Slurry and meldable fibre is at least two layers, high score
The number of plies of sub- water-absorbing resin layer is at least one layer, and every layer of hydroscopic high-molecular resin layer is clamped in two layers of Time of Fluff Slurry and hot melt is fine
Between the mixture layer of dimension, to obtain laminates, production section 100 can also carry out hot wind to laminates and penetrate processing so that layer
Overlapping piece sizing.Wherein, the mixture layer of Time of Fluff Slurry and meldable fibre is guide layer；Hydroscopic high-molecular resin layer is as water absorption layer.
Referring to Fig. 1, wherein production section 100 includes transmission component 110, feeding material component 120, supply assembly
130, feed component 140, vacuum absorption device 150 and hot wind penetrating device 160.
Transmission component 110 is the transmission parts of production section 100.Wherein, transmission component 110 includes transmission net 112, transmission
Net 114 and vacuum transfer device 116.
Transmission net 112 is laminated to be formed for mixture, fluffy cotton and the hydroscopic high-molecular resin of Time of Fluff Slurry and meldable fibre
Carrying and transmission parts when laminates.
Transmission net 114 is located at the end of the direction of transfer of transmission net 112, the transmission direction and transmission net 112 of transmission net 114
Transmission direction it is identical.
The setting of vacuum transfer device 116 is between transmission net 112 and transmission net 114.Vacuum transfer device 116 can will pass
Laminates on dynamic net 112 are delivered in transmission net 114.Specifically, vacuum transfer device 116 is vacuum adsorption machine, and vacuum turns
The laminates being driven on net 112 can be adsorbed in transmission net 114 by moving device 116.
Feeding material component 120 can convey fluffy cotton on the starting point of the transmission direction of transmission component 110.Specifically, it send
Material component 120 can convey fluffy cotton on the starting point of the transmission direction of transmission net 112.
More specifically, feeding material component 120 can be by chemical fibre shredding at fluffy cotton, and fluffy cotton is combed, then will combing
Fluffy cotton afterwards is sent on transmission net 112.Wherein, feeding material component 120 includes opening bag apparatus 121, fibre-opening unit 123, combing
Device 125 and blower 126.
The chemical fibre of reunion can be unclamped by opening bag apparatus 121.Wherein, bag apparatus 121 is opened as vibration bale opener.
Specifically, chemical fibre includes polyester fiber, polypropylene fibre and polyethylene fibre；In chemical fibre, terylene
The mass percentage of fiber is 3%~70%；Total mass percentage of polypropylene fibre and polyethylene fibre is 30%
~97%；The mass ratio of polypropylene fibre and polyethylene fibre is 2~5:5~8.
Fibre-opening unit 123 is connected to bag apparatus 121 is opened, fibre-opening unit 123 can by chemical fibre shredding to fluffy with shape
At fluffy cotton, wherein opening bag apparatus 121 can be delivered to the chemical fibre opened in bag apparatus 121 in fibre-opening unit 123.Tool
Body, bag apparatus 121 is opened with conveyer belt (not shown), and the chemical fibre opened in bag apparatus 121 can be delivered to by conveyer belt
In fibre-opening unit 123.
Further, fibre-opening unit 123 includes that thick opener 123a and refined opener 123b, thick opener 123a and essence are opened
Loose machine 123b is connected, and thick opener 123a is connected with bag apparatus 121 is opened, and opening bag apparatus 121 can will open in bag apparatus 121
Chemical fibre be delivered in thick opener 123a.By the way that chemical fibre successively to be carried out to thick shredding and smart shredding, so that fluffy
The length of cotton is 38mm~64mm, and specification is that (wherein, what 1.5D~35D was indicated is that the weight of 9000 meters of fibers is to 1.5D~35D
1.5 grams~35 grams.More specifically, thick opener 123a is connected with refined opener 123b by pipeline.
Carding apparatus 125 is connected with fibre-opening unit 123, and carding apparatus 125 can comb fluffy cotton, and can will comb
Fluffy cotton after reason is delivered on the transmission net 112 of transmission component 110.
Specifically, carding apparatus 125 can also quantify the fluffy cotton of output.
Further, feeding material component 120 further includes conveyer belt 127, and conveyer belt 127 can convey the fluffy cotton after combing
To transmission net 112, conveyer belt 127 is located at the starting point of the transmission direction of transmission net 112.Specifically, one end of conveyer belt 127
It is connect with carding apparatus 125, the other end extends on the starting point of the transmission direction of transmission net 112.
Further, feeding material component 120 further includes non-road hopper 128, and non-road hopper 128 is filled with shredding respectively by pipeline
It sets 123 to be connected with carding apparatus 125, be able to enter from the fluffy cotton come out in fibre-opening unit 123 into non-road hopper 128 temporarily
When storage after enter carding apparatus 125 in.More specifically, non-road hopper 128 by pipeline respectively with refined opener 123b and comb
Reason device 125 is connected.
Blower 126 is capable of providing a wind-force, so that fluffy cotton can enter in carding apparatus 125 from fibre-opening unit 123.Tool
Body, blower 126 is multiple, pipeline, refined opener 123b and non-road cotton between thick opener 123a and refined opener 123b
Pipeline, non-road hopper 128 between case 128 and it is equipped with blower 126 on pipeline between carding apparatus 125, so that chemical fibre
Thick opener 123a and refined opener 123b can successively be passed through, and fluffy cotton can be from refined opener 123b through non-road hopper
Enter in carding apparatus 125 after 128.
Further, feeding material component 120 further includes bale opener 129, and bale opener 129 is connected with bag apparatus 121 is opened, chemistry
Fiber is entered by bale opener 129 to be opened in bag apparatus 121.
Supply assembly 130 can convey the mixture of Time of Fluff Slurry and meldable fibre on transmission component 110.Wherein, it is fed
Component 130 has multiple delivery outlets 131, and multiple delivery outlets 131 are respectively positioned on the middle part of the transmission direction of transmission component 110.Tool
Body, multiple delivery outlets 131 are respectively positioned on above the middle part of transmission net 112, so that supply assembly 130 can be on transmission net 112
Convey the mixture of Time of Fluff Slurry and meldable fibre；Multiple delivery outlets 131 are alternatively arranged along the transmission direction of transmission net 112.
Specifically, in the mixture of Time of Fluff Slurry and meldable fibre, the mass percent of Time of Fluff Slurry and meldable fibre is 70%
~90%:10%~30%.
Also referring to Fig. 3, specifically, supply assembly 130 includes feeding device 132, charging line 133, storage device
134, grinding device 135 and air conveying device 136.
Time of Fluff Slurry and meldable fibre can be mixed to form the mixture of Time of Fluff Slurry and meldable fibre by feeding device 132.
Wherein, delivery outlet 131 is located on feeding device 132, and the mixture of Time of Fluff Slurry and meldable fibre in feeding device 132 can be from
Delivery outlet 131 exports.Specifically, feeding device 132 is located at the top of transmission net 112.
Specifically, feeding device 132 includes mixing part (not shown) and air hose (not shown), so that mixing part can be by suede
Hair slurry and meldable fibre mixing, air hose export the mixture of Time of Fluff Slurry and meldable fibre from delivery outlet 131.
One end of charging line 133 is connected with feeding device 132.
Storage device 134 for storing meldable fibre, storage device 134 and charging line 133 far from delivery outlet 131 one
End is connected.Wherein, meldable fibre includes polypropylene fibre and polyethylene fibre；In meldable fibre, polypropylene fibre and poly-
The mass ratio of vinyl fiber is 2~5:5~8.
Further, supply assembly 130 further includes collecting fine machine 137, collect fine machine 137 respectively with storage device 134 and feeding
Pipeline 133 is connected far from one end of feeding device 132, and meldable fibre can be quantified by collecting fine machine 137, storage device
Meldable fibre in 134 can arrive charging line 133 by collecting fine machine 137.Specifically, storage device 134 can be fine by hot melt
Dimension is delivered in the fine machine 137 of collection.It is appreciated that storage device 134 can also carry quantitative function, at this point, collecting fine machine 137 can save
Slightly.
Grinding device 135 is for crushing Time of Fluff Slurry, grinding device 135 and the one end of charging line 133 far from delivery outlet 131
It is connected.
Specifically, grinding device 135 includes the Roughpulverizer 135a being connected and smart pulverizer 135b, smart pulverizer 135b
It is connected with charging line 133 far from one end of feeding device 132.Roughpulverizer 135a can carry out the first wheat-middlings to Time of Fluff Slurry
Broken, smart pulverizer 135b can carry out second to smashed Time of Fluff Slurry for the first time and crush.Wherein, smashed Time of Fluff Slurry
Diameter is 2.5 millimeters~8 millimeters；Time of Fluff Slurry is straw pulp or wood pulp, preferably wood pulp, since the fiber in straw pulp is shorter, water conservancy diversion
Effect is poor, and for opposite straw pulp, the fiber in wood pulp is longer, has preferable diversion effect.
Air conveying device 136 is capable of providing a wind-force, so that the meldable fibre in storage device 134 can pass through charging line
133 are transported in feeding device 132, and enable to be transported to feeding device 132 from charging line 133 by grinding device 135
In.Specifically, under the wind-force effect of air conveying device 136, meldable fibre can be defeated by charging line 133 from fine machine 137 is collected
It is sent in feeding device 132；It is defeated that Time of Fluff Slurry can successively pass through Roughpulverizer 135a, essence pulverizer 135b and charging line 133
It is sent in feeding device 132.Wherein, air conveying device 136 is blower.
Specifically, air conveying device 136 is mounted on the junction of charging line 133 Yu discharge port 134b.
More specifically, feeding device 132, grinding device 135, storage device 134 and charging line 133 be it is multiple, one
The storage device 134 of grinding device 135, one of a feeding device 132, one and a charging line 133 constitute a feeding list
Member, each feeding device 132 have a delivery outlet 131.I.e. supply assembly 130 includes multiple feeding units, multiple conveying dresses
Set the middle part for the transmission direction that 132 are respectively positioned on transmission component 110.Wherein, collect the quantity of fine machine 137 and the number of storage device 134
Measure equal, the corresponding storage device 134 of the fine machine 137 of a collection.
It is appreciated that supply assembly 130 is not limited to the above-mentioned mode with multiple feeding units, for example, grinding device
135, storage device 134 and charging line 133 can also be one, at this point, feeding device 132 is multiple；Alternatively, feeding list
Member be it is multiple, part feeding unit have a feeding device 132, the feeding unit of another part have at least two conveyings
Device 132；Alternatively, grinding device 135, storage device 134, charging line 133 and feeding device 132 are one, conveying dress
It sets 132 and is equipped with multiple delivery outlets 131.
Charging component 140 can convey hydroscopic high-molecular resin on transmission component 110, and charging component 140 has charging
Mouth 142, feed opening 142 and multiple delivery outlets 131 are intervally arranged along the transmission direction of transmission component 110, and feed opening 142 is located at
Between two of them delivery outlet 131, so that hydroscopic high-molecular resin layer can be clamped in the mixed of two layers of Time of Fluff Slurry and meldable fibre
It closes between nitride layer.Specifically, feed opening 142 is located above the middle part of transmission net 112, so that charging component 140 can will be to biography
Hydroscopic high-molecular resin is conveyed on dynamic net 112；And feed opening 142 and multiple delivery outlets 131 are between the transmission direction of transmission net 112
Every arrangement.That is transmission direction of the feed opening 142 with multiple feeding devices 132 along transmission net 112 is alternatively arranged, and feed opening 142
Between two of them feeding device 132.
Wherein, the transmission net 112 of transmission component 110 be able to drive the mixture of Time of Fluff Slurry and meldable fibre, fluffy cotton and
Hydroscopic high-molecular resin is moved along the transmission direction of the transmission net 112 of transmission component 110, and makes the mixed of Time of Fluff Slurry and meldable fibre
Closing object and hydroscopic high-molecular resin can be layered on fluffy cotton to form laminates.
Wherein, the granularity of hydroscopic high-molecular resin is 20 mesh~300 mesh.Partial size is excessive or the too small Water-absorption core body of will affect
The density of hydroscopic high-molecular resin in thickness and Water-absorption core body.
Further, the quantity of delivery outlet 131 than feed opening 142 quantity more than one, set between every two delivery outlet 131
There is a feed opening 142, so that every layer of hydroscopic high-molecular resin layer is all clamped in the mixture of two layers of Time of Fluff Slurry and meldable fibre
Between layer.Specifically in the illustrated embodiment, delivery outlet 131 is three, and feed opening 142 is two.I.e. feeding device 132 is three
It is a.It is appreciated that the quantity of the delivery outlet 131 of feeding device 132 and the quantity of feed opening 142 can be according to the suctions of required production
The number of plies of water core is adjusted.
Further, production section 100 further includes being arranged on transmission net 112 and being located most closely to the defeated of conveyer belt 127
There are two rollers that can be rotated (to scheme not for preload component 170 between outlet 131 and feed opening 142, preload component 170
Mark), two rollers be oppositely arranged on transmission net 112 two sides, and enable be driven net 112 be slidably clamped in two rollers it
Between, with before hydroscopic high-molecular resin is added to the fluffy cotton for the mixture layer for being laminated with one layer of Time of Fluff Slurry and meldable fibre into
Row rolling.
Vacuum absorption device 150 is arranged close to transmission component 110, the position of vacuum absorption device 150 and multiple delivery outlets
131 position is corresponding, and the mixture of Time of Fluff Slurry and meldable fibre can be adsorbed on transmission component by vacuum absorption device 150
On 110.Specifically, vacuum absorption device 150 is arranged close to transmission net 112, so that vacuum absorption device 150 can be by Time of Fluff Slurry
It is adsorbed on transmission net 112 with the mixture of meldable fibre.
Specifically, vacuum absorption device 150 has multiple vacuum adsorption tables 152, and each vacuum adsorption table 152 is one corresponding
Delivery outlet 131, transmission net 112 can be slidably arranged in multiple vacuum adsorption tables 152, consequently facilitating Time of Fluff Slurry and hot melt are fine
Dimension is preferably adsorbed.
Hot wind penetrating device 160 is arranged close to the end of the transmission direction of transmission component 110,160 energy of hot wind penetrating device
It is enough that processing is penetrated to laminates progress hot wind, so that laminates are formed, wherein laminates can be delivered to by transmission component 110
In hot wind penetrating device 160.Specifically, transmission component 110 is arranged in hot wind penetrating device 160, so that transmission component 110 can
Laminates are delivered in hot wind penetrating device 160.By the way that laminates progress hot wind is penetrated processing, so that meldable fibre is molten
Melt, and each layer of laminates is linked together.More specifically, transmission net 114 is arranged in hot wind penetrating device 160, so as to pass
Send net 114 that can be delivered to laminates in hot wind penetrating device 160.
Wherein, the temperature carried out to laminates when hot wind penetrates is 120 DEG C~150 DEG C.
Further, production section 100 further includes the press unit of the end setting of the transmission direction close to transmission net 114
180, press unit 180 includes two rollers 182, and two rollers 182 are oppositely arranged on the two sides of transmission net 114, and make to transmit
Net 114 can slidably be clamped between two rollers 182, so that after two rollers 182 can penetrate processing to hot wind
Laminates rolled, so that the thickness to laminates is adjusted.Since laminates are exported from hot wind penetrating device 160
Band has surplus heat afterwards, and be adjusted laminates can to the thickness of laminates by press unit 180, without adding again
Heat.
Specifically, pressure 0.3MPa when press unit 180 rolls the hot wind laminates that penetrate that treated~
0.8Mpa。
Referring to Fig. 2, cutting mechanism 200 includes ultrasonic cutting device 210, and ultrasonic cutting device 210 can
Penetrating that treated to hot wind, laminates carry out ultrasonic cutting, and make the meldable fibre fusion of the cut place of laminates, with shape
At Water-absorption core body.Each mixed layer of laminates can be made in the meldable fibre of cut place in ultrasonic wave by ultrasonic cutting
Fused under effect, increase mixed layer between it is internuncial and meanwhile play the role of edge sealing.
Specifically, ultrasonic cutting device 210 cuts the technological parameter of the hot wind laminates that penetrate that treated are as follows: cutting speed
80 ms/min~250 ms/min of degree, ultrasonic frequency is at 20000 hertz or more.The cutting speed is equipped with the ultrasonic frequency can
Guarantee the quality and preferable edge sealing effect of cutting.
Further, production section 100 further includes reel machine 190, and reel machine 190 can crimp the laminates after sizing
To form roll paper 20, cutting mechanism 200 further includes fixing piece 220 and rolling device 230, fixing piece 220, ultrasonic cutting device
210 and rolling device 230 be arranged successively setting, for fixing piece 220 for installing roll paper 20, rolling device 230 can will be after cutting
Laminates (i.e. Water-absorption core body) curling so that rolling device 230 is able to drive roll paper 20 and rotates on fixing piece 220, and make
Laminates are able to enter ultrasonic cutting device 210 and are cut.
Further, cutting mechanism 200 further includes fixed frame 240, and fixing piece 220 is rotatably fixed on fixed frame
On 240, ultrasonic cutting device 210 and rolling device 230 are installed on fixed frame 240, and ultrasonic cutting device 210
Between fixing piece 220 and rolling device 230.
The process that the preparation system 100 of above-mentioned water system produces Water-absorption core body is specific as follows:
Chemical fibre is delivered in bale opener 129, bale opener 129 by chemical fibre be sent to out in bag apparatus 121 into
Row vibration shredding, opens bag apparatus 121 again and will vibrate the chemical fibre after shredding and be delivered in thick opener 123a and carry out rough pine,
Under the action of blower 126, the chemical fibre after the thick thick shredding of opener 123a, which enters in refined opener 123b, carries out smart shredding,
Obtain fluffy cotton；Again under the action of blower 126, fluffy cotton, which enters in carding apparatus 125, to be quantified and is combed, after combing
Fluffy cotton is delivered on the starting point of the transmission direction of transmission net 112 by conveyer belt 127；
Meldable fibre from enter in storage device 134 collect in fine machine 137 it is quantitative after export, provided in air conveying device 136
Enter feeding device 132 using charging line 133 under the action of wind-force, and Time of Fluff Slurry enters after Roughpulverizer 135a crushing
After crushing again in smart pulverizer 135b, enter feeding device 132 by charging line 133, feeding device 132 is by meldable fibre
The mixture of the mixture of formation Time of Fluff Slurry and meldable fibre after being stirred with Time of Fluff Slurry, Time of Fluff Slurry and meldable fibre is again from defeated
Outlet 131 is delivered on transmission net 112, and under the suction-operated of vacuum absorption device 150, powdered Time of Fluff Slurry and hot melt are fine
The mixture of dimension is adsorbed on transmission net 112；
Hydroscopic high-molecular resin is delivered on transmission net 112 by feed opening 142；
And since conveyer belt 127 is located at the starting point of the transmission direction of transmission net 112, the output of multiple feeding devices 132
Mouth 131 and feed opening 142 are respectively positioned on above the middle part of transmission net 112, the delivery outlet 131 and feed opening of multiple feeding devices 132
142 are alternatively arranged along the transmission direction for being driven net 112, and each feed opening 142 is located therein the delivery outlet of two feeding devices 132
Between 131, under the transmission effect of transmission net 112, fluffy cotton moves with transmission net 112, by near the defeated of conveyer belt 127
When exporting 131, under the suction-operated of vacuum absorption device 150, the meldable fibre of the output of delivery outlet 131 of feeding device 132
It is fallen on fluffy cotton with the mixture of Time of Fluff Slurry, and is attracted on fluffy cotton and forms guide layer, then pass through preload component 170
Roller with to stacking guide layer fluffy cotton rolled in advance, then using feed opening 142, hydroscopic high-molecular resin is fallen on
Water absorption layer is formed on guide layer on fluffy cotton, then using the delivery outlet 131 of second feeding device 132 when, hot melt is fine
The mixture of peacekeeping Time of Fluff Slurry can be fallen on water absorption layer again, and form one layer of guide layer, then be led according to one layer of water absorption layer, one layer
Fluid layer is recycled, to obtain laminates；Due to feed opening 142 be located therein two feeding devices 132 delivery outlet 131 it
Between, a feed opening 142, therefore, each water absorption layer of laminates are equipped between the delivery outlet 131 of every two feeding device 132
It is all to be located between two guide layers；
When the end for the transmission direction that laminates move to transmission net 112 with transmission net 112, vacuum transfer device 116 will
Laminates on transmission net 112 are adsorbed in transmission net 114；
Laminates are moved with transmission net 114 again, and are entered progress hot wind in hot wind penetrating device 160 and penetrated processing, so that
Laminates sizing, two rollers 182 rolling of the laminates again through press unit 180 that the hot wind that band has surplus heat penetrates that treated,
To adjust the thickness of laminates, the laminates after reel machine 190 rolls are crimped to form roll paper；
Roll paper is mounted on fixing piece 220, one end of laminates is pulled, roll paper starts to rotate, and laminates enter ultrasound
After wave cutter device 210 carries out ultrasonic cutting, Water-absorption core body is formed, Water-absorption core body enters in rolling device 230 and rolled up
Song pulls roll paper rotation, so that laminates constantly pass through ultrasonic cutting device under the scrolling effect of rolling device 230
210 to carry out ultrasonic cutting.
The preparation system 10 of above-mentioned Water-absorption core body at least has the advantage that
Since the feeding material component 120 of the preparation system of above-mentioned Water-absorption core body can be to the transmission direction of transmission component 110
Fluffy cotton is conveyed on starting point, and the supply assembly of the mixture of Time of Fluff Slurry and meldable fibre can be conveyed on transmission component 110
130 multiple delivery outlets 131 are respectively positioned at the middle part of transmission component 110, and macromolecule suction can will be conveyed on transmission component 110
The feed opening 142 and multiple delivery outlets 131 of the charging component 140 of water-resin are alternatively arranged along the transmission direction of transmission component 110,
And feed opening 142 is located therein between two delivery outlets 131, so that under the transmission effect of transmission component 110, delivery outlet 131
The hydroscopic high-molecular resin that the meldable fibre of output and mixture, the feed opening 142 of Time of Fluff Slurry export can be according to its delivery outlet
131 and feed opening 142 put in order to fall on and form laminates on the transported fluffy cotton in the starting point of transmission component 110,
And each layer of hydroscopic high-molecular resin of the laminates formed is all located between two layers of meldable fibre and the mixture of Time of Fluff Slurry, then
It is sent in hot wind penetrating device 160 by transmission component 100 to carry out hot wind to laminates and penetrate processing, so that meldable fibre
Melting, and the mixture of fluffy cotton, every layer of hydroscopic high-molecular resin, every layer of meldable fibre and Time of Fluff Slurry is bonded together and is made
The automatic hot-air of laminates sizing, the automatic stacking and laminates that can not only realize each layer penetrates processing, can be effectively
Production efficiency is improved, manpower is saved, but also each layer can be made to link together well, so that each layer of Water-absorption core body has
Preferable connectivity is to reduce caused lamination problem after water-absorbing resin water swelling；And every layer of meldable fibre and Time of Fluff Slurry is mixed
The effect of water conservancy diversion can be played again by closing the Time of Fluff Slurry in object, and since each layer of hydroscopic high-molecular resin is all located at two layers of hot melt fibre
Between the mixture of peacekeeping Time of Fluff Slurry, make every layer of meldable fibre and the mixture of Time of Fluff Slurry that there is preferable diffusivity, to improve
The diffusion absorption of Water-absorption core body, the problems such as so as to be effectively prevented side leakage, back leak；Meanwhile passing through the super of cutting mechanism 200
Sound wave cutter device 210, which cuts the hot wind laminates that penetrate that treated, can not only realize laminates to obtain Water-absorption core body
Cutting, but also each layer of laminates can be made to will do it in the meldable fibre of cut place and fused again, thus in the same of cutting
When further increase connectivity between each layer of Water-absorption core body and play the work of edge sealing.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of preparation system of Water-absorption core body, which is characterized in that including production section and cutting mechanism, production department's subpackage
Include transmission component, feeding material component, supply assembly, charging component and hot wind penetrating device, in which:
The feeding material component can convey fluffy cotton on the starting point of the transmission direction of the transmission component；
The supply assembly can convey the mixture of Time of Fluff Slurry and meldable fibre, the supply assembly on the transmission component
With multiple delivery outlets, and multiple delivery outlets are respectively positioned on the middle part of the transmission direction of the transmission component；
The charging component can convey hydroscopic high-molecular resin on the transmission component, and the charging component has charging
Mouthful, the feed opening and multiple delivery outlets are alternatively arranged along the transmission direction of the transmission component, and the feed opening position
Between the delivery outlet described in two of them；
Mixture, the fluffy cotton and the macromolecule that the transmission component is able to drive the Time of Fluff Slurry and meldable fibre are inhaled
Water-resin is moved along the transmission direction of the transmission component, and makes the mixture and the high score of the Time of Fluff Slurry and meldable fibre
Sub- water-absorbing resin can be layered on the fluffy cotton to form laminates, and the transmission component can also be by the laminates
It is delivered in the hot wind penetrating device；
The end of transmission direction of the hot wind penetrating device close to the transmission component is arranged, and the hot wind penetrating device can
Hot wind is carried out to the laminates and penetrates processing；
The cutting mechanism includes ultrasonic cutting device, the ultrasonic cutting device can penetrate that treated to hot wind institute
It states laminates and carries out ultrasonic cutting.
2. the preparation system of Water-absorption core body according to claim 1, which is characterized in that the transmission component includes:
It is driven net, multiple delivery outlets and the feed opening are respectively positioned on above the middle part of the transmission net, and along the transmission
The transmission direction of net is alternatively arranged, and the supply assembly can convey on the net the Time of Fluff Slurry and meldable fibre to the transmission
Mixture, the charging component can convey on the net the hydroscopic high-molecular resin to the transmission, and the feeding material component can
The fluffy cotton is conveyed on the starting point of the transmission direction of the transmission net；
Transmission net, the end for the direction of transfer netted positioned at the transmission, the transmission direction of the transmission net and the transmission net
Transmission direction is identical, and the transmission net is arranged in the hot wind penetrating device, so that the transmission net can be by the laminates
It is delivered in the hot wind penetrating device；
Vacuum transfer device, be arranged between the transmission net and the transmission net, the vacuum transfer device can will described in
The online laminates of transmission are delivered in the transmission net.
3. the preparation system of Water-absorption core body according to claim 2, which is characterized in that the feeding material component includes conveying
The fluffy cotton can be delivered to the biography that the transmission is online, and the conveyer belt is netted positioned at the transmission by band, the conveyer belt
The starting point in dynamic direction.
4. the preparation system of Water-absorption core body according to claim 3, which is characterized in that the production section further includes setting
Preload component that is online in the transmission and being located most closely between the delivery outlet of the conveyer belt and the feed opening,
The preload component has two rollers that can be rotated, and two rollers are oppositely arranged on the two sides of the transmission net, and
The transmission net is set slidably to be clamped between two rollers.
5. the preparation system of Water-absorption core body according to claim 2, which is characterized in that the production section further includes close
The press unit of the end setting of the transmission direction of the transmission net, the press unit include two rollers, two rollers
Cylinder is oppositely arranged on the two sides of the transmission net, and the transmission net is enable slidably to be clamped between two rollers,
So that two rollers can penetrate that treated to hot wind, the laminates are rolled.
6. the preparation system of Water-absorption core body according to claim 1, which is characterized in that described in the quantity ratio of the delivery outlet
The quantity of feed opening is one more, and a feed opening is equipped between delivery outlet described in every two.
7. the preparation system of Water-absorption core body according to claim 1, which is characterized in that the feeding material component includes opening packaging
It sets, fibre-opening unit, carding apparatus and blower, the bag apparatus of opening can unclamp the chemical fibre of reunion, the fibre-opening unit
Be connected to the bag apparatus of opening so that it is described open bag apparatus can the chemical fibre from it is described open bag apparatus be delivered to it is described
In fibre-opening unit, the chemical fibre shredding can be formed the fluffy cotton, the combing to fluffy by the fibre-opening unit
Device is connected with the fibre-opening unit, and the carding apparatus can comb the fluffy cotton, and can be by the institute after combing
It states fluffy cotton to be delivered on the transmission component, the blower is capable of providing a wind-force, so that the fluffy cotton can be from described
Enter in the carding apparatus in fibre-opening unit.
8. the preparation system of Water-absorption core body according to claim 1, which is characterized in that the supply assembly includes:
Time of Fluff Slurry and meldable fibre can be mixed to form the mixture of the Time of Fluff Slurry and meldable fibre by feeding device,
In, the delivery outlet is located on the feeding device；
Charging line, one end are connected with the feeding device；
Storage device, for storing meldable fibre, the storage device and the one end of the charging line far from the delivery outlet
It is connected；
Grinding device, for crushing Time of Fluff Slurry, one end phase of the grinding device with the charging line far from the delivery outlet
Connection；
Air conveying device is capable of providing a wind-force, so that the meldable fibre in the storage device can be from the feed pipe
Road is transported in the feeding device, and enables the Time of Fluff Slurry crushed by the grinding device from the charging line
It is transported in the feeding device；
Wherein, the mixture of the Time of Fluff Slurry in the feeding device and meldable fibre can be exported from the delivery outlet.
9. the preparation system of Water-absorption core body according to claim 8, which is characterized in that the feeding device, the feeding
Pipeline, the storage device, the grinding device and the air conveying device are multiple, a feeding device, an institute
It states charging line, a storage device, a grinding device and an air conveying device and constitutes a feeding list
Member, each feeding device have a delivery outlet.
10. the preparation system of Water-absorption core body according to claim 1, which is characterized in that the production section further includes volume
Paper machine, the laminates curling that hot wind can be penetrated that treated by the reel machine is to form roll paper, and the cutting mechanism is also
Including fixing piece and rolling device, the fixing piece, the ultrasonic cutting device and the rolling device are arranged successively setting,
The fixing piece is for installing the roll paper, and the rolling device can crimp the laminates after cutting, so that described
Rolling device is able to drive the roll paper and rotates on the fixing piece, and so that the laminates is able to enter the ultrasonic wave and cut
Device is cut to be cut.
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| CN201720939774.XU CN208525235U (en) | 2017-07-28 | 2017-07-28 | The preparation system of Water-absorption core body |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107307942A (en) * | 2017-07-28 | 2017-11-03 | 陈建辉 | The preparation system of Water-absorption core body |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107307942A (en) * | 2017-07-28 | 2017-11-03 | 陈建辉 | The preparation system of Water-absorption core body |
| US10806636B2 (en) | 2017-07-28 | 2020-10-20 | Jianhui Chen | Water-absorbent core production system |
| CN107307942B (en) * | 2017-07-28 | 2020-12-18 | 陈建辉 | Preparation system of water absorption core body |
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