CN201761966U - Production line for composite material - Google Patents
Production line for composite material Download PDFInfo
- Publication number
- CN201761966U CN201761966U CN2010202817584U CN201020281758U CN201761966U CN 201761966 U CN201761966 U CN 201761966U CN 2010202817584 U CN2010202817584 U CN 2010202817584U CN 201020281758 U CN201020281758 U CN 201020281758U CN 201761966 U CN201761966 U CN 201761966U
- Authority
- CN
- China
- Prior art keywords
- mouth
- input end
- roller
- material roller
- manufacturing line
- 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.)
- Expired - Fee Related
Links
Images
Landscapes
- Application Of Or Painting With Fluid Materials (AREA)
Abstract
The utility model discloses a production line for a composite material. The production line comprises a first material roller, a second material roller, a finished material roller, a first press roller group, a first glue spraying device, a power mechanism, a third material roller, a second press roller group and a second glue spraying device; the power mechanism controls the operations of the first material roller, the second material roller, the third material roller, the finished material roller, the first press roller group and the second press roller group; a first material roll arranged in the first material roller is rolled up into the first press roller group after the glue spraying operation of the first glue spraying device; a second material roll arranged in the second material roller is also rolled up into the first press roller group; the first material roll and the second material roll are integrated into a semifinished material after the rolling operation of the first press roller group; a third material roll arranged in the third material roller is rolled up into the second press roller group after the glue spray operation of the second glue spraying device; the semifinished material and the third material roll are integrated into a finished material after the rolling operation of the second press roller group; and finally, the finished material is rolled up into the finished material roller for forming the finished product. The production line has the advantages of high production efficiency, low labor cost and simple operation.
Description
Technical field
The utility model relates to a kind of production facilities, particularly relates to a kind of composite material manufacturing line.
Background technology
The composite material manufacturing line is used to produce composite materials such as ultra-thin baby's nappy and paper diaper.The existing composite material manufacturing line two layer composite structure that once can only be shaped promptly can only press together layer of non-woven fabric and one deck dust-free paper at every turn.Along with people to improving constantly that composite material requires, the composite material of three-layer composite structure has progressively substituted the composite material of double-layer structure, this three-layer composite structure is meant on the two sides of nonwoven fabrics pressing one deck dust-free paper respectively.Pressing just can be finished if the composite material that uses existing composite material manufacturing line to produce three-layer composite structure need carry out reaching the standard grade for twice, promptly reach the standard grade for the first time and one deck dust-free paper is pressed together on the one side of nonwoven fabrics, reach the standard grade for the second time and another layer dust-free paper is pressed together on the another side of nonwoven fabrics.Therefore because existing composite material manufacturing line need just can be finished through twice stitching operation of reaching the standard grade when producing the composite material of three-layer composite structure, production efficiency is low so existing composite material manufacturing line has, the shortcoming of waste of manpower cost and complex operation.
The utility model content
The purpose of this utility model is to avoid weak point of the prior art and a kind of production efficiency height, human cost composite material manufacturing line low, simple to operate is provided.
The purpose of this utility model realizes by following technical measures:
A kind of composite material manufacturing line, comprise first material roller, second material roller, the finished product material roller, the first pressure roller group, first glue-spraying device and actuating unit, described actuating unit drives described first material roller, second material roller, the finished product material roller and the first pressure roller group are rotated, described first material roller is provided with first mouth, described first glue-spraying device is provided with and corresponding second input end of first mouth, described first glue-spraying device is provided with second mouth, described second material roller is provided with the 3rd mouth, the described first pressure roller group is provided with and second mouth and the corresponding four-input terminal of described the 3rd mouth, and described composite material manufacturing line also includes the 3rd material roller, the second pressure roller group and second glue-spraying device; Described actuating unit drives the 3rd material roller and the second pressure roller group is rotated; Described the 3rd material roller is provided with the 5th mouth, and described second glue-spraying device is provided with and corresponding the 6th input end of described the 5th mouth; The described first pressure roller group is provided with the 4th mouth, and described second glue-spraying device is provided with the 6th mouth, and the described second pressure roller group is provided with and described the 4th mouth and corresponding the 7th input end of described the 6th mouth; The described second pressure roller group is provided with the 7th mouth, and described finished product material roller is provided with and corresponding the 8th input end of described the 7th mouth.
Preferably, be provided with the first Polymer discharging device between above-mentioned the 3rd mouth and the described four-input terminal, be provided with the second Polymer discharging device between described the 4th mouth and the 7th input end; The described first Polymer discharging device is provided with and corresponding the 9th input end of described the 3rd mouth, and is provided with and corresponding the 9th mouth of described four-input terminal; The described second Polymer discharging device is provided with and corresponding the tenth input end of described the 4th mouth, and is provided with and corresponding the tenth mouth of described seven input ends.
Preferably, a side of above-mentioned finished product material roller is provided with the nip rolls that is used for binder.
Preferably, above-mentioned composite material manufacturing line also is provided with and described finished product material roller bonded assembly device for discharging.
More preferably, above-mentioned device for discharging comprises pivot shaft, can be spool strut bar, the cylinder with expansion link and the control setup that rotate by described pivot shaft, one end of described strut bar is connected with the finished product material roller, its other end is connected with pivot shaft, the end of described expansion link is connected with described strut bar, and described controller is controlled the flexible of described expansion link.
Preferably, the roll shaft of above-mentioned first material roller, second material roller, the 3rd material roller and finished product material roller is provided with magnetic-powder clutch.
Preferably, above-mentioned first goes out between end and described second input end to be provided with first deviation correcting device; Described first deviation correcting device is provided with and corresponding the 11 input end of described first mouth, and is provided with and corresponding the 11 mouth of described second input end; Be provided with second deviation correcting device between described the 3rd mouth and described the 9th input end; Described second deviation correcting device is provided with and corresponding the 12 input end of described the 3rd mouth, and is provided with and corresponding the 12 mouth of described the 9th input end.
Preferably, be provided with the 3rd deviation correcting device between above-mentioned the 5th mouth and described the 6th input end,
Described the 3rd deviation correcting device is provided with and corresponding the 13 input end of described the 5th mouth, and is provided with and corresponding the 13 mouth of described the 6th input end.
Preferably, above-mentioned first pressure roller group and the described second pressure roller group are respectively two tangent silica gel rollers.
Preferably, above-mentioned first Polymer discharging device and the described second Polymer discharging device comprise the hopper of placing High molecular material and the material roller that is positioned under the described hopper respectively, and the excircle of described material roller is provided with " C " type groove of splendid attire High molecular material.
The utlity model has following beneficial effect:
The concrete use workflow of composite material manufacturing line of the present utility model can for: first material volume, second material volume and the 3rd material volume are placed respectively on first material roller, second material roller and the 3rd material roller, first coiled strip is from entering second input end of first glue-spraying device after first mouth of first material roller leaves, by first glue-spraying device its spray is left first glue-spraying device, second mouth behind glue, enter the first pressure roller group four-input terminal; Described second coiled strip enters the first pressure roller group four-input terminal after second material roller the 3rd mouth leaves, first coiled strip and second coiled strip through the first pressure roller group roll extrusion after synthetic half-blank material material, this half-blank material material leaves from the first pressure roller group the 4th mouth then, enters the second pressure roller group; The 3rd coiled strip is from entering the 6th input end of second glue-spraying device after the 5th mouth of the 3rd material roller leaves, by second glue-spraying device its spray is left second glue-spraying device the 6th mouth behind glue, enter the 6th input end of second glue-spraying device, half-blank material material and the 3rd coiled strip be synthetic finished product material material after the second pressure roller group roll extrusion, this finished product material material leaves from the 7th mouth of the second pressure roller group, enters finished product material roller the 8th input end.
Composite material manufacturing line of the present utility model can be realized the production of 3-layer composite material in a production procedure, do not need will could realize through twice production procedure as the composite material manufacturing line of prior art the production of 3-layer composite material.Therefore, the utility model composite material manufacturing line has production efficiency height, human cost advantage low, simple to operate.
Description of drawings
The utility model is described in further detail to utilize accompanying drawing, but the embodiment in the accompanying drawing does not constitute any restriction of the present utility model.
Fig. 1 is the structural representation of the embodiment of the utility model composite material manufacturing line;
Fig. 2 is the enlarged drawing of material roller of Polymer discharging device of the embodiment of the utility model composite material manufacturing line;
Fig. 3 is the structural representation of the automatic discharge unit of the embodiment of the utility model composite material manufacturing line when beginning coiled strip;
Fig. 4 is the structural representation of the automatic discharge unit coiled strip of the embodiment of the utility model composite material manufacturing line when finishing;
Structural representation when Fig. 5 is the automatic discharge unit discharging of embodiment of the utility model composite material manufacturing line.
The specific embodiment
With accompanying drawing the utility model is further described with the following Examples:
The input end of each device that the utility model relates to is meant the position when each coiled strip enters this device, and the mouth of each device is meant the position when each coiled strip leaves this device.
As shown in Figure 1, a kind of composite material manufacturing line, comprise first material roller 10, second material roller 20, finished product material roller 30, the first pressure roller group 50, first glue-spraying device 60 and actuating unit 70, this actuating unit 70 drives described first material roller 10, second material roller 20, the finished product material roller 30 and the first pressure roller group 50 are rotated, described first material roller 10 is provided with first mouth, described first glue-spraying device 60 is provided with and corresponding second input end of described first material roller, 10 first mouths, described first glue-spraying device 60 is provided with second mouth, described second material roller 20 is provided with the 3rd mouth, the described first pressure roller group 50 is provided with and described first glue-spraying device, 60 second mouths and the corresponding input end of described second material roller 20 the 3rd mouth, and described composite material manufacturing line also includes the 3rd material roller 40, the second pressure roller group 80 and second glue-spraying device 90; Described actuating unit 70 drives the 3rd material roller 40 and the second pressure roller group 80 is rotated; Described the 3rd material roller 40 is provided with the 5th mouth, and described second glue-spraying device 90 is provided with and the corresponding input end of described the 3rd material roller 40 the 5th mouth; The described first pressure roller group 50 is provided with the 4th mouth, described second glue-spraying device 90 is provided with the 6th mouth, and the described second pressure roller group 80 is provided with and the described first pressure roller group 50 the 4th mouth and corresponding the 7th input end of described second glue-spraying device 90 the 6th mouth; The described second pressure roller group 80 is provided with the 7th mouth, and described finished product material roller 30 is provided with and corresponding the 8th input end of the described second pressure roller group 80 the 7th mouth.
The hand of rotation of first material roller 10, second material roller 20, the 3rd material roller 40 and finished product material roller 30 as shown in the figure.Actuating unit 70 can have frequency converter, frequency converter can quick adjusting the running velocity of control composite material manufacturing line.
Concrete working process is: first coiled strip 11, second coiled strip 21 and the 3rd coiled strip 41 are placed respectively on first material roller 10, second material roller 20 and the 3rd material roller 40, first coiled strip 11 enters first glue-spraying device, 60 second input ends after first material roller, 10 first mouths leave, by first glue-spraying device 60 its spray is left first glue-spraying device, 60 second mouths behind glue, enter the first pressure roller group, 50 four-input terminals; Described second coiled strip 21 enters the first pressure roller group, 50 four-input terminals after second material roller 20 the 3rd mouth leaves, and the spray glue face of described first coiled strip 11 is relative with described second coiled strip 21, first coiled strip 11 and second coiled strip 21 through 50 roll extrusion of the first pressure roller group after synthetic half-blank material material, this half-blank material material leaves from the first pressure roller group 50 the 4th mouth then, enters the second pressure roller group 80; The 3rd coiled strip 41 enters second glue-spraying device 90 the 6th input end after the 5th mouth of the 3rd material roller 40 leaves, by second glue-spraying device 90 its spray is left second glue-spraying device 90 the 6th mouth behind glue, enter second glue-spraying device 90 the 6th input end, and the spray glue face of described the 3rd coiled strip 41 is relative with described half-blank material material, half-blank material material and the 3rd coiled strip 41 be synthetic finished product material material after 80 roll extrusion of the second pressure roller group, this finished product material material leaves from the second pressure roller group 80 the 7th mouth, enters finished product material roller 30 the 8th input end.
Particularly, first coiled strip 11 and the 3rd coiled strip 41 can be dust-free paper, and first coiled strip 11 can be nonwoven fabrics.Certainly the utility model composite material manufacturing line also can be used for other 3-layer composite materials of production prior art.
Preferably, be provided with the first Polymer discharging device 100 between second material roller 20 the 3rd mouth and the described first pressure roller group, 50 four-input terminals, be provided with the second Polymer discharging device 110 between the described first pressure roller group 50 the 4th mouth and the second pressure roller group 80 the 7th input end; The described first Polymer discharging device 100 is provided with and corresponding the 9th input end of described second material roller 20 the 3rd mouth, and is provided with and corresponding the 9th mouth of the described first pressure roller group, 50 four-input terminals; The described second Polymer discharging device 110 is provided with and corresponding the tenth input end of the described first pressure roller group 50 the 4th mouth, and is provided with and corresponding the tenth mouth of the described second pressure roller group 80 the 7th input end.
The specific implementation process is: described second coiled strip 21 enters the described first pressure roller group 50 through behind the described first Polymer discharging device, 100 blowings, and the blowing face of described second coiled strip 21 is relative with the spray glue face of described first coiled strip 11; Described half-blank material material is involved in the second pressure roller group 80 behind the lateral surface blowing of the described second Polymer discharging device 110 described second coiled strip 21 to it, and the blowing face of described half-blank material material is relative with the spray glue face of described the 3rd coiled strip 41.Promptly can after High molecular material is put on the two sides of nonwoven fabrics, be stained with dust-free paper, thereby produce polymer composite.
Preferably, a side of finished product material roller 30 is provided with the nip rolls 120 that is used for binder.When finished product material roller 30 was rolled into the product material, nip rolls 120 can press down each layer finished product, and it is tightr to make finished product material volume 31 draw ground in, thereby guaranteed to be rolled into the more finished product of volume collection in the product material volume 31 one.
Preferably, to shown in Figure 5, the composite material manufacturing line also is provided with and described finished product material roller 30 bonded assembly devices for discharging 130 as Fig. 3.Because after finished product material volume 31 roll up, its diameter was bigger, and in the production process, finished product material volume 31 places certain altitude, so need very large strength during the manual cleaning, and operates very inconvenient.Adopt device for discharging 130, can finished product material volume 31 be unloaded by this device, thereby reduce operation easier, enhance productivity.
Concrete, extremely shown in Figure 5 as Fig. 3, device for discharging 130 comprises pivot shaft 131, can be spool strut bar 132, the cylinder 133 with expansion link 134 and the control setup that rotate (identifying among the figure) by described pivot shaft 131, one end of described strut bar 132 is connected with finished product material roller 30, its other end is connected with pivot shaft 131, the end of described expansion link 134 is connected with described strut bar 132, and described control setup (identifying among the figure) is controlled the flexible of described expansion link 134.
When manufacturing line came into operation, expansion link 134 was contracted to shortest distance, made strut bar 132 towards a side of cylinder 133, and made finished product material roller 30 and nip rolls 120 tangent; When finished product material roller 30 gradually behind the coiled strip, the diameter of finished product material volume 31 increases gradually, control setup (among the figure sign) control expansion link 134 elongations, thus increase the distance of finished product material roller 30 and nip rolls 120, make finished product material roller 30 can continue the rolling finished product.When the thickness of finished product material volume 31 reaches certain value, the expansion link 134 of control setup (not identifying among the figure) control cylinder 133 extends longest distance, make finished product material roller 30 place approaching level attitude, thereby reduced the position of finished product material roller 30, this moment, the operator can unload the finished product material down easily.After the finished product material unloaded down, control setup (among the figure sign) control expansion link 134 was contracted to initial position, and then cycling is produced in a manner described.
Preferably, the roll shaft of first material roller 10, second material roller 20, the 3rd material roller 40 and finished product material roller 30 is provided with magnetic-powder clutch 140.Magnetic-powder clutch 140 can and utilize the magnetic transmitting torque according to electromagnetic principle, and the coiled strip that the effect by electromagnetic field is opposite to first material roller 10, second material roller 20, the 3rd material roller 40 and finished product material roller 30 adsorbs.Magnetic-powder clutch 140 can make the axial tensile force of first coiled strip 11, second coiled strip 21, the 3rd coiled strip 41 and finished product material volume 31 even, and can make first coiled strip 11 placed on it, second coiled strip 21, the 3rd coiled strip 41 and finished product material volume 31 to the absorption of roll shaft center, make it be adjacent to roll shaft.Therefore composite material manufacturing line of the present utility model can avoid occurring the situation that first coiled strip 11, second coiled strip 21, the 3rd coiled strip 41 and finished product material volume 31 occur skidding when first material roller 10, second material roller 20, the 3rd material roller 40 and finished product material roller 30 rotate.Can improve the performance of composite material manufacturing line so increase magnetic-powder clutch 140, and can control Production Line speed effectively, in addition, also can improve the tight ness rating that finished product material volume 31 draws in.
Preferably, be provided with first deviation correcting device 150 between first material roller, 10 first mouths and described first glue-spraying device, 60 second input ends, this first deviation correcting device 150 described first coiled strip 11 both sides that can be used for aliging.Be provided with second deviation correcting device 160 on described second coiled strip 21 both sides that are used to align between second material roller 20 the 3rd mouth and the described first Polymer discharging device 100 the 9th input end.Be provided with the 3rd deviation correcting device 170 on described the 3rd coiled strip 41 both sides that are used to align between the 5th mouth of the 3rd material roller 40 and described second glue-spraying device 90 the 6th input end.First deviation correcting device 150 is provided with and corresponding the 11 input end of first mouth, and is provided with and corresponding the 11 mouth of second input end; Second deviation correcting device 160 is provided with and corresponding the 12 input end of the 3rd mouth, and is provided with and corresponding the 12 mouth of the 9th input end.Described the 3rd deviation correcting device 170 is provided with and corresponding the 13 input end of the 5th mouth, and is provided with and corresponding the 13 mouth of the 6th input end.Wherein, first deviation correcting device 150, second deviation correcting device 160 and the 3rd deviation correcting device 170 can be photoelectricity opposite side aligning apparatus, and the opposite side when this device can guarantee the material MULTILAYER COMPOSITE is neat.
Preferably, the first pressure roller group 50 and the described second pressure roller group 80 are respectively two tangent silica gel rollers.Because prior art is to adopt steel rider, and silica gel roller is compared with steel rider, silica gel roller has elasticity, and friction force is big.Therefore, adopt two silica gel rollers to pressing, its pressing effect to material is better.In addition, because the glue of first coiled strip 11 and the spraying of the 3rd coiled strip 41 can not stick together with silica gel roller, so adopt silica gel roller can stop on the first pressure roller group 50 and the described second pressure roller group 80, to occur the phenomenon of material winding up roller.
Preferably, as depicted in figs. 1 and 2, the first Polymer discharging device 100 and the described second Polymer discharging device 110 comprise the hopper 101 of placing High molecular material respectively and are positioned over material roller 102, the hopper 111 under the described hopper 101 and are positioned over material roller 112 under the described hopper 111 that the excircle of described material roller 102 and material roller 112 is provided with a plurality of " C " type grooves 103 and " C " type grooves 113 that are used for the splendid attire High molecular material." C " type of employing groove is placed on High molecular material on second coiled strip 21, compare with employing " ㄩ " the type groove of prior art, " C " type groove does not have corner angle is not had the dead angle, can guarantee the degree of uniformity of High molecular material spreading, the applied amount of energy guarantor unit area High molecular material.
Certainly, as shown in Figure 1, practical layout according to the composite material manufacturing line, can install and put one or more fixed pulleys at equipotential between first material roller, 10 first mouths and first deviation correcting device 150 the 11 input end, between first deviation correcting device 150 the 11 mouth and first glue-spraying device, 60 second input ends, between the first pressure roller group 50 the 4th mouth and the second Polymer discharging device 110 the tenth input end, to change the transmission direction and the position of coiled strip, make the production of composite material manufacturing line smooth more.
Should be noted that at last; above embodiment is only in order to the explanation the technical solution of the utility model; but not to the restriction of the utility model protection domain; although the utility model has been done to explain with reference to preferred embodiment; those of ordinary skill in the art is to be understood that; can make amendment or be equal to replacement the technical solution of the utility model, and not break away from the essence and the scope of technical solutions of the utility model.
Claims (10)
1. composite material manufacturing line, comprise first material roller, second material roller, the finished product material roller, the first pressure roller group, first glue-spraying device and actuating unit, described actuating unit drives described first material roller, second material roller, the finished product material roller and the first pressure roller group are rotated, described first material roller is provided with first mouth, described first glue-spraying device is provided with and corresponding second input end of first mouth, described first glue-spraying device is provided with second mouth, described second material roller is provided with the 3rd mouth, the described first pressure roller group is provided with and second mouth and the corresponding four-input terminal of described the 3rd mouth, it is characterized in that:
Described composite material manufacturing line also includes the 3rd material roller, the second pressure roller group and second glue-spraying device;
Described actuating unit drives the 3rd material roller and the second pressure roller group is rotated;
Described the 3rd material roller is provided with the 5th mouth, and described second glue-spraying device is provided with and corresponding the 6th input end of described the 5th mouth;
The described first pressure roller group is provided with the 4th mouth, and described second glue-spraying device is provided with the 6th mouth, and the described second pressure roller group is provided with and described the 4th mouth and corresponding the 7th input end of described the 6th mouth;
The described second pressure roller group is provided with the 7th mouth, and described finished product material roller is provided with and corresponding the 8th input end of described the 7th mouth.
2. composite material manufacturing line according to claim 1, it is characterized in that: be provided with the first Polymer discharging device between described the 3rd mouth and the described four-input terminal, be provided with the second Polymer discharging device between described the 4th mouth and the 7th input end;
The described first Polymer discharging device is provided with and corresponding the 9th input end of described the 3rd mouth, and is provided with and corresponding the 9th mouth of described four-input terminal;
The described second Polymer discharging device is provided with and corresponding the tenth input end of described the 4th mouth, and is provided with and corresponding the tenth mouth of described seven input ends.
3. composite material manufacturing line according to claim 1 is characterized in that: a side of described finished product material roller is provided with the nip rolls that is used for binder.
4. composite material manufacturing line according to claim 1 is characterized in that: described composite material manufacturing line also is provided with and described finished product material roller bonded assembly device for discharging.
5. composite material manufacturing line according to claim 4, it is characterized in that: described device for discharging comprises pivot shaft, can be spool strut bar, the cylinder with expansion link and the control setup that rotate by described pivot shaft, one end of described strut bar is connected with the finished product material roller, its other end is connected with pivot shaft, the end of described expansion link is connected with described strut bar, and described controller is controlled the flexible of described expansion link.
6. composite material manufacturing line according to claim 1 is characterized in that: the roll shaft of described first material roller, second material roller, the 3rd material roller and finished product material roller is provided with magnetic-powder clutch.
7. composite material manufacturing line according to claim 2 is characterized in that: described first goes out between end and described second input end to be provided with first deviation correcting device;
Described first deviation correcting device is provided with and corresponding the 11 input end of described first mouth, and is provided with and corresponding the 11 mouth of described second input end;
Be provided with second deviation correcting device between described the 3rd mouth and described the 9th input end;
Described second deviation correcting device is provided with and corresponding the 12 input end of described the 3rd mouth, and is provided with and corresponding the 12 mouth of described the 9th input end.
8. composite material manufacturing line according to claim 1 is characterized in that: be provided with the 3rd deviation correcting device between described the 5th mouth and described the 6th input end,
Described the 3rd deviation correcting device is provided with and corresponding the 13 input end of described the 5th mouth, and is provided with and corresponding the 13 mouth of described the 6th input end.
9. a kind of composite material manufacturing line according to claim 1 is characterized in that: described first pressure roller group and the described second pressure roller group are respectively two tangent silica gel rollers.
10. composite material manufacturing line according to claim 2, it is characterized in that: described first Polymer discharging device and the described second Polymer discharging device comprise the hopper of placing High molecular material and the material roller that is positioned under the described hopper respectively, and the excircle of described material roller is provided with " C " type groove of splendid attire High molecular material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202817584U CN201761966U (en) | 2010-08-04 | 2010-08-04 | Production line for composite material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010202817584U CN201761966U (en) | 2010-08-04 | 2010-08-04 | Production line for composite material |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201761966U true CN201761966U (en) | 2011-03-16 |
Family
ID=43714577
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010202817584U Expired - Fee Related CN201761966U (en) | 2010-08-04 | 2010-08-04 | Production line for composite material |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201761966U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104692181A (en) * | 2015-01-15 | 2015-06-10 | 江门新时代胶粘科技有限公司 | Double-track compound machine |
| CN110642057A (en) * | 2019-09-24 | 2020-01-03 | 福建恒安家庭生活用品有限公司 | Sanitary product production system and production method thereof |
-
2010
- 2010-08-04 CN CN2010202817584U patent/CN201761966U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104692181A (en) * | 2015-01-15 | 2015-06-10 | 江门新时代胶粘科技有限公司 | Double-track compound machine |
| CN110642057A (en) * | 2019-09-24 | 2020-01-03 | 福建恒安家庭生活用品有限公司 | Sanitary product production system and production method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203195860U (en) | Conventional and bridge-type core adult diaper equipment | |
| CN210190826U (en) | Bidirectional dry coating compound machine | |
| CN104495480B (en) | A kind of release liners double faced adhesive tape die-cutting machine | |
| CN102658700A (en) | Automatic production line for rigid foam polyurethane composite board | |
| CN102173063A (en) | Manufacturing process of rubber product production equipment | |
| CN201761966U (en) | Production line for composite material | |
| CN203439807U (en) | Compound stripping device | |
| CN205731869U (en) | A kind of three-ply board surface cleaning glue spreading apparatus | |
| CN102815069A (en) | Impregnation and roller painting trinity compound machine | |
| CN102120363A (en) | Rubber production equipment | |
| CN202899431U (en) | Sandwich panel production system | |
| CN2701626Y (en) | Laminating machine | |
| CN106429578A (en) | Extrusion and lamination shaping device for PVC floor coiled materials | |
| CN203580301U (en) | Re-sticking machine | |
| CN2579528Y (en) | Film coating machine | |
| CN203093257U (en) | Glass wool facing compounding device | |
| CN208411025U (en) | A kind of coating silica gel machine | |
| CN208182903U (en) | A kind of equipment that bubble is eliminated in double-sided adhesive fitting | |
| CN207617268U (en) | Compound coating core production line | |
| CN202089995U (en) | Auxiliary stretching device of through type wringing machine | |
| CN203726957U (en) | Three-layer glass fiber laminating machine | |
| CN206142513U (en) | Vapour -pressure type scroll closing device | |
| CN206501482U (en) | A kind of pressure-regulating device | |
| CN202439323U (en) | Device for producing light spraying cloth | |
| CN204539474U (en) | Three shaft multifunctional make-up machines |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110316 Termination date: 20110804 |