CN207128284U - A kind of preparation facilities of the carbon fibre composite of double-deck fitting - Google Patents
A kind of preparation facilities of the carbon fibre composite of double-deck fitting Download PDFInfo
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- CN207128284U CN207128284U CN201720633563.3U CN201720633563U CN207128284U CN 207128284 U CN207128284 U CN 207128284U CN 201720633563 U CN201720633563 U CN 201720633563U CN 207128284 U CN207128284 U CN 207128284U
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- fibre composite
- carbon fibre
- supporting member
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Abstract
The utility model is related to a kind of preparation facilities of the carbon fibre composite of double-deck fitting, thin-walled surface component process units that the device includes being used to produce thin-walled surface component, be arranged in parallel with the thin-walled surface component process units and for producing the supporting member process units of supporting member and for by the mutually glued matched moulds bonding device of the thin-walled surface component and supporting member；The device is capable of the carbon fibre composite of the full-automatic double-deck fitting of production, the alternative absorption of upper and lower surface to part can be realized and spun upside down, flexibility is strong, ensure the stationarity after material upset, improve upset precision, the time required to reducing upset and transhipment, the production efficiency of carbon fibre composite production line is effectively improved.
Description
Technical field
A kind of preparation facilities of the carbon fibre composite of double-deck fitting is the utility model is related to, belongs to machine-made skill
Art field.
Background technology
With the development of science and technology various carbon fibre materials continue to bring out, and just on automobile, interior trim, general frame, fuel
Tank, seat heating pad, wheel hub, carbon fiber vehicle steering, carbon fiber car boot cover etc. can make of carbon fiber.
Carbon fiber covers many industries, but also in continuous expansion.It brings the life for more having quality to our life, gives
We provide more comfortable, safer environment.
Carbon fibre composite is a kind of very high composite fibre of phosphorus content, very very thin, a common carbon fiber list
Silk probably only has 1/20th or so of hairline.See that it is so thin, it appears that very weak, once drawing disconnected sensation, actually this is not so,
Several times more taller than steel of its intensity, but there is simple carbon fibre composite the characteristics of carbon fibre composite to be
Tension is strong, and shearing resistance is poor, therefore it is urgent main to produce a kind of carbon fibre composite with high intensity.
In addition, in carbon fibre composite production during production, workpiece needs are transported to another from a procedure
Procedure, and next process is processed to the different faces of workpiece during transhipment, thus needs to turn over workpiece
Turn, to adapt to the processing of different faces, but the processed sucker that is just not suitable in some surfaces of workpiece adsorbs to it, with
Prevent from destroying machined surface.
Publication No. is that CN103803324A Chinese patent discloses a kind of turning plate device and its method for turning, is wrapped
Include support saddle frame, bearing platform, lowering or hoisting gear, sucker swivel base, suction cup carrier, sucker, horizontally moving device, the lowering or hoisting gear and level
Mobile device drives the sucker swivel base vertically and horizontally respectively, and the sucker swivel base connects the suction cup carrier, the suction
Connect the sucker on plate rail, the sucker is maintained at the top of suction cup carrier when static.It is using after sucker and absorption of workpieces
The characteristics of position of centre of gravity is relative to sucker swivel base bias, to realize the 180 degree upset to workpiece.Some following be present in the device
Problem：First, the bearing platform of the turning plate device is two parallel supports so that material placed thereon is not flat enough after upset
Surely；2nd, the turning plate device realizes material by eccentric and center of gravity effect by the cooperation of lowering or hoisting gear and sucker swivel base
Upset, upset error it is big, efficiency is low, and the coordination between device is cumbersome.
Utility model content
In order to solve the above problems, the utility model provides a kind of preparation dress of the carbon fibre composite of double-deck fitting
Put, the preparation facilities of the carbon fibre composite of bilayer fitting is capable of the carbon fiber composite of the full-automatic double-deck fitting of production
Material, the alternative absorption of upper and lower surface to part can be realized and spun upside down, flexibility is strong, after ensureing material upset
Stationarity, improve upset precision, reduce upset and transhipment the time required to, effectively improve the life of carbon fibre composite production line
Produce efficiency；In addition, the carbon fibre composite of double-deck fitting is formed by thin-walled surface component and supporting member fitting, thin-walled table
Surface member is formed in parallel with the distribution of forming surface using carbon fiber wire after carbon fiber forming technique, perpendicular to the strong of forming surface
Spend relatively poor, and supporting member fiber is in random distribution state, adds the intensity perpendicular to forming surface, therefore both
Gluing realizes more preferable overall performance.
The technical solution of the utility model is as follows：
A kind of preparation facilities of the carbon fibre composite of double-deck fitting, including for producing the thin of thin-walled surface component
Wall surface component process units, the supporting member process units for producing supporting member and for by the thin-walled surface structure
The matched moulds bonding device of part and supporting member mutually gluing.
Wherein, the thin-walled surface component process units includes the first automatic transferring and is arranged on first from turn
The thin-walled surface member forming equipment of shipping unit side, the first upset workbench, the first cooling device, the first trimming device, the
One cleaning device and the first glue spreading apparatus that gluing is carried out to thin-walled surface component lower surface；First automatic transferring is in carbon
Fiber forming device, the first upset workbench, the first cooling device, the first trimming device, the first cleaning device, first apply mucilage binding
Put and matched moulds bonding device between transport thin-walled surface component.
Wherein, the supporting member process units includes the second automatic transferring and is arranged on the second automatic transhipment dress
Put supporting member shaped device, the second upset workbench, the second cooling device, the second trimming dress of the contoured support component of side
Put, the second cleaning device and the second glue spreading apparatus；Second automatic transferring, the second upset workbench, the second cooling
Device, the second trimming device, the second cleaning device and the second glue spreading apparatus and the first automatic transferring, the first upset work
Platform, the first cooling device, the first trimming device, the first cleaning device and the first glue spreading apparatus structure are identical.
Wherein, the lower surface of the mould cavity of the thin-walled surface member forming equipment and the mould of supporting member shaped device
It is consistent to have the upper surface shape of die cavity, carbon fiber in thin-walled surface component is parallel to surface distributed, the enhancing in supporting member
Fiber is in random distribution.
Wherein, first automatic transferring includes moving horizontally track, is arranged on that move horizontally on track can be horizontal
Mobile walking basal seat and the robot being fixed in walking basal seat, sucker stand, sucker are connected with the mechanical arm of robot
Support is provided with vacuum cup, and robot drives sucker stand to spin upside down and moved with vertical direction；First upset workbench
Shape fits with thin-walled surface component, and the first upset work top on the side of robot to being provided with for above and below sucker stand
The passage of motion, the width of passage are more than the height of vacuum cup more than the width of vacuum cup and the depth of passage.
Wherein, first trimming device includes being arranged at the trimming milling cutter of the robot side, positioner and born
Press air suction type dust arrester, trimming milling cutter drives by robot, and positioner fixes the position for being trimmed part, positioner with
The sensor of sensing mutual alignment is provided between robot, negative inspiratory pressure formula dust arrester removes trimming device production using negative pressure
The dust of raw carbon fiber-containing.
Wherein, rotating disk, first mechanical arm, second mechanical arm and the rotation that the robot includes being linked in sequence successively are closed
Section, rotating disk are arranged in walking basal seat, and first mechanical arm lower end is connected with rotating disk revolute pair, first mechanical arm lower end and walking bottom
Seat revolute pair connection, first mechanical arm upper end are connected with second mechanical arm one end revolute pair, the second mechanical arm other end and rotation
Arthrodesis is connected, and the rotation section of rotary joint is fixed, and the rotation section of rotary joint is fixedly connected with sucker stand.
Wherein, the walking basal seat includes drive mechanism and detects the sensor of real time position, drive mechanism driving row
Base is walked to walk on track is moved horizontally.
Wherein, the drive mechanism is servomotor, and sensor is a kind of encoder being connected with servomotor, described
The means for correcting that track is provided with encoder is moved horizontally, means for correcting is for the electromechanical stop of the zero-bit as encoder.
The utility model also includes a kind of method of the carbon fibre composite of double-deck fitting, comprises the following steps：
S1：Thin-walled surface component is molded in thin-walled surface member forming equipment, and supporting member is molded in supporting member and filled
Put interior shaping；
S2：The drive mechanism driving walking basal seat of first automatic transferring moves along track is moved horizontally, same to opportunity
Device people drives sucker stand to be moved in vertical direction, so that vacuum cup is stretched into thin-walled surface member forming equipment, absorption
And the thin-walled surface component being molded is taken out, while the second automatic transferring is adsorbed and taken out of supporting member shaped device
Go out the supporting member being molded；
S3：The drive mechanism driving walking basal seat of first automatic transferring moves along track is moved horizontally, band motivation
The thin-walled surface component being molded is transported to the first upset workbench and puts the thin-walled surface component being molded by device people
Put and drive sucker stand to stretch into passage in the top of the passage of the first upset workbench, robot；Vacuum cup into
The lower surface of the thin-walled surface component of type adsorbed after on move to the top of the first upset workbench after overturn；Simultaneously
Supporting member through shaping is transported on the second upset workbench and overturn by the second automatic transferring；
S4：Thin-walled surface component is sent to the first cooling device, the first trimming device, by the first automatic transferring successively
In one cleaning device, the first glue spreading apparatus, cooled down, trimming, cleaning and gluing；The second automatic transferring is by the simultaneously
In two cooling devices, the second trimming device, the second cleaning device and the second glue spreading apparatus, cooled down, trimming, cleaning and
Gluing；
S5：Thin-walled surface component and supporting member after gluing are respectively by the first automatic transferring and the second automatic transhipment
Device is sent in matched moulds bonding device and is bonded.
The utility model has the advantages that：
The preparation facilities and method of the carbon fibre composite of double-deck fitting of the present utility model, can be realized to part
Upper and lower surface is alternative to be adsorbed and is spun upside down, and flexibility is strong, ensures the stationarity after material upset, improves upset essence
Degree, the time required to reducing upset and transhipment, effectively improve the production efficiency of carbon fibre composite production line.
Brief description of the drawings
Fig. 1 is overall structure diagram of the present utility model；
Fig. 2 is the side structure schematic diagram of automatic transferring of the present utility model；
Fig. 3 is the structural representation of robot of the present utility model；
Fig. 4 is the structural representation of upset workbench of the present utility model.
Reference is expressed as in figure：
1- thin-walled surface components process units, the automatic transferrings of 11- first, 111- move horizontally track, 1111- machineries
Block, 112- walking basal seats, 113- robots, 1131- rotating disks, 1132- first mechanical arms, 1133- second mechanical arms, 1134-
Rotary joint, 1135- sucker stands, 1136- vacuum cups, 12- thin-walled surfaces member forming equipment, 13- first overturn work
Platform, the cooling devices of 14- first, the trimming devices of 15- first, 151- trimmings milling cutter, 152- positioners, 153- negative inspiratory pressure formulas are removed
Transhipment fills automatically by dirt device, the cleaning devices of 16- first, the glue spreading apparatus of 17- first, 2- supporting members process units, 21- second
Put, 22- supporting members shaped device, 23- second upset workbench, the cooling devices of 24- second, the trimming devices of 25- second, 26-
Second cleaning device, the glue spreading apparatus of 27- second, 3- matched moulds bonding devices.
Embodiment
The utility model is described in detail with specific embodiment below in conjunction with the accompanying drawings.
Referring to Fig. 1 to Fig. 4, a kind of preparation facilities of the carbon fibre composite of double-deck fitting, including for producing thin-walled
It is the thin-walled surface component process units 1 of surface element, be arrangeding in parallel with the thin-walled surface component process units 1 and for giving birth to
Produce the supporting member process units 2 of supporting member and for by the mutually glued conjunction of the thin-walled surface component and supporting member
Mould bonding device 3；
The thin-walled surface component process units 1 includes the first automatic transferring 11 and is arranged on the first automatic transhipment
The upset of thin-walled surface member forming equipment 12, first workbench 13 of the forming thin-walled surface element of the side of device 11, cooling are thin
First cooling device 14 of wall surface component, the first trimming device 15 that trimming is carried out to thin-walled surface component, remove thin-walled table
First cleaning device 16 of debris and the first glue spreading apparatus 17 to thin-walled surface component lower surface progress gluing on surface member；
First automatic transferring 11 overturns workbench 13, the first cooling device 14, the first trimming in carbon fiber forming device 12, first
Thin-walled surface component is transported between device 15, the first cleaning device 16, the first glue spreading apparatus 17 and matched moulds bonding device 3；
The supporting member process units 2 includes the second automatic transferring 21 and is arranged on the second automatic transferring
The supporting member shaped device 22, second of the contoured support component of 21 sides overturns workbench 23, cools down the second of supporting member
Cooling device 24, the second trimming device 25 that trimming is carried out to supporting member, the second cleaning dress for removing debris on supporting member
Put 26 and the second glue spreading apparatus 27 of gluing is carried out to supporting member lower surface；Second automatic rotation device 21 carbon fiber into
Type device 22, second overturns workbench 23, the second cooling device 24, the second trimming device 25, the second cleaning device 26, second and applied
Supporting member is transported between adhesive dispenser 27 and matched moulds bonding device 3；
Second automatic transferring 21, second overturns workbench 23, the second cooling device 24, the second trimming device
25th, the second cleaning device 26 and the second glue spreading apparatus 27 and the first automatic transferring 11, first upset workbench 13, the
One cooling device 14, the first trimming device 15, the first cleaning device 16 and the structure of the first glue spreading apparatus 17 are identical；
The lower surface of the mould cavity of the thin-walled surface member forming equipment 12 and the mould of supporting member shaped device 22
It is consistent to have the upper surface shape of die cavity, carbon fiber in thin-walled surface component is parallel to surface distributed, the enhancing in supporting member
Fiber is in random distribution；The thin-walled surface member forming equipment 12 includes carbon fiber stratiform laying apparatus；Or the thin-walled
Surface element shaped device 12 includes pre-shaping device, and the pre-shaping device includes carbon fiber stratiform laying apparatus.By thin
The combination of wall surface component and supporting member reaches optimal performance.The characteristics of carbon fibre composite is that tension is strong, and shearing resistance is poor,
Therefore thin-walled surface component is formed in parallel with the distribution of forming surface using carbon fiber wire after carbon fiber forming technique, perpendicular to
The intensity of forming surface is relatively poor, and supporting member fiber is in random distribution state, adds the intensity perpendicular to forming surface,
Therefore thin-walled surface component and the gluing both supporting member realize more preferable overall performance.
The thin-walled surface member forming equipment 12 can be a kind of HP-RTM or RTM or SMC carbon for laying Fiber Laminated
Fiber forming device；The supporting member shaped device 22 can be the random distribution of fiber SMC carbon fiber formings device or
Fiber reinforced thermolplastic composite material shaped device includes LFT-D, LFT-G.
The matched moulds bonding device 3 is a kind of forcing press.
Wherein, first automatic transferring 11 moves horizontally track 111 including moving horizontally track 111, being arranged on
Upper horizontally movable walking basal seat 112 and the robot 113 being fixed in walking basal seat 112, on the mechanical arm of robot 113
Sucker stand 1135 is connected with, sucker stand 1135 is provided with vacuum cup 1136, and robot 113 drives sucker stand 1135
Spin upside down and moved with vertical direction；The shape of first upset workbench 13 fits with thin-walled surface component, the first upset work
Make platform 13 and the passage 131 to be moved up and down for sucker stand 1135, the width of passage 131 are provided with the side of robot 113
Degree is more than the height of vacuum cup 1136 more than the width of vacuum cup 1136 and the depth of passage 131.
Wherein, first trimming device 15 includes trimming milling cutter 151, positioner 152 and negative inspiratory pressure formula dedusting dress
153 are put, trimming milling cutter 151 is driven by robot 113, and positioner 152 fixes the position for being trimmed part, positioner 152
The sensor of sensing mutual alignment is provided between robot 113, negative inspiratory pressure formula dust arrester 153 is removed using negative pressure and cut
The dust of carbon fiber-containing caused by side device 15.
Wherein, the robot 113 includes rotating disk 1131, the machinery of first mechanical arm 1132, second being linked in sequence successively
Arm 1133 and rotary joint 1134, rotating disk 1131 are arranged in walking basal seat 112, the lower end of first mechanical arm 1132 and rotating disk 1131
Revolute pair is connected, and the lower end of first mechanical arm 1132 is connected with the revolute pair of walking basal seat 112, the upper end of first mechanical arm 1132 and second
One end revolute pair connection of mechanical arm 1133, the other end of second mechanical arm 1133 are fixedly connected with rotary joint 1134, rotary joint
1134 rotation section is fixed, and the rotation section of rotary joint 1134 is fixedly connected with sucker stand 1135.
Wherein, the walking basal seat 112 includes drive mechanism and detects the sensor of real time position, drive mechanism driving
Walking basal seat 112 is walked on track 111 is moved horizontally.
Wherein, the drive mechanism is servomotor, and sensor is a kind of encoder being connected with servomotor.
Wherein, the means for correcting for moving horizontally track 111 and being provided with encoder, means for correcting are for as encoder
Zero-bit electromechanical stop 1111.
The utility model also includes a kind of method for the carbon fibre composite for producing double-deck fitting, comprises the following steps：
S1：Thin-walled surface component is molded in thin-walled surface member forming equipment 12, and supporting member is molded in supporting member
It is molded in device 22；
S2：The drive mechanism driving walking basal seat 112 of first automatic transferring 11 is moved along track 111 is moved horizontally
It is dynamic, while robot 113 drives sucker stand 1135 to be moved in vertical direction, so that vacuum cup 1136 stretches into thin-walled surface
In member forming equipment 12, the thin-walled surface component being molded is adsorbed and taken out, while the second automatic transferring 21 is from branch
Adsorbed in support member forming equipment 22 and take out the supporting member being molded；
S3：The drive mechanism driving walking basal seat 112 of first automatic transferring 11 is moved along track 111 is moved horizontally
It is dynamic, the thin-walled surface component being molded is transported to the first upset workbench 13 with mobile robot 113 and will be molded
Thin-walled surface component is placed on the top of the passage 131 of the first upset workbench 13, and robot 113 drives sucker stand 1135 to stretch
Enter in passage 131；The lower surface of thin-walled surface component of the vacuum cup 1136 to being molded adsorb after on move to first
Overturn after overturning the top of workbench 13；The supporting member being molded simultaneously is transported to by the second automatic transferring 21
On second upset workbench 23 and overturn；
S4：First automatic transferring 11 by the thin-walled surface component after upset be sent to the first cooling device 14 carry out it is cold
But；The supporting member after upset is sent to the second cooling device 24 and cooled down by the second turn shipping unit 21 simultaneously；
S5：Thin-walled surface component after cooling is sent to the first trimming device 15 by the first automatic transferring 11 and carries out trimming
And dedusting, while cool down after supporting member by the second automatic transferring 21 be sent to the second trimming device 25 carry out trimming and
Dedusting；
S6：Thin-walled surface component after cleaning is sent to the first cleaning device 16 by the first automatic transferring 11 and carried out clearly
Wash, while the supporting member after cleaning is sent to the second cleaning device 26 by the second automatic transferring 21 and cleaned；
S7：Thin-walled surface component after cleaning is sent to the first glue spreading apparatus 17 by the first automatic transferring 11 and applied
Glue, while the supporting member after cleaning is sent to the second glue spreading apparatus 27 by the second automatic transferring 21 and carries out gluing；
S8：Thin-walled surface component and supporting member after gluing are respectively by the first automatic transferring 11 and second from turn
Shipping unit 21 is sent in matched moulds bonding device 3 and is bonded.
Embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, it is every
The equivalent structure or equivalent flow conversion made using the utility model specification and accompanying drawing content, or be directly or indirectly used in
Other related technical areas, similarly it is included in scope of patent protection of the present utility model.
Claims (9)
- A kind of 1. preparation facilities of the carbon fibre composite of double-deck fitting, it is characterised in that：Produced including thin-walled surface component Device (1), supporting member process units (2) and for by the mutually glued matched moulds of the thin-walled surface component and supporting member Bonding device (3).
- A kind of 2. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 1, it is characterised in that：It is described Thin-walled surface component process units (1) includes the first automatic transferring (11) and is arranged on the first automatic transferring (11) The thin-walled surface member forming equipment (12) of side, the first upset workbench (13), the first cooling device (14), the first trimming dress Put (15), the first cleaning device (16) and the first glue spreading apparatus (17) that gluing is carried out to thin-walled surface component lower surface；The One automatic transferring (11) is in carbon fiber forming device (12), the first upset workbench (13), the first cooling device (14), the Transported between one trimming device (15), the first cleaning device (16), the first glue spreading apparatus (17) and matched moulds bonding device (3) thin Wall surface component.
- A kind of 3. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 1, it is characterised in that：It is described Supporting member process units (2) includes the second automatic transferring (21) and is arranged on the second automatic transferring (21) side Supporting member shaped device (22), second upset workbench (23), the second cooling device (24), the second trimming device (25), Second cleaning device (26) and the second glue spreading apparatus (27).
- A kind of 4. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 3, it is characterised in that：It is described Second automatic transferring (21), the second upset workbench (23), the second cooling device (24), the second trimming device (25), the Two cleaning devices (26) and the second glue spreading apparatus (27) and the first automatic transferring (11), the first upset workbench (13), First cooling device (14), the first trimming device (15), the first cleaning device (16) and the first glue spreading apparatus (17) structure phase Together.
- 5. a kind of preparation facilities of the carbon fibre composite of double-deck fitting as described in claim 2 or 4 is any, its feature exist In：The lower surface of the mould cavity of the thin-walled surface member forming equipment (12) and the mould of supporting member shaped device (22) The upper surface shape of die cavity is consistent, and for the carbon fiber in thin-walled surface component parallel to surface distributed, the enhancing in supporting member is fine Dimension is in random distribution.
- A kind of 6. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 5, it is characterised in that：It is described First automatic transferring (11) include move horizontally track (111), be arranged on move horizontally it is horizontally moveable on track (111) Walking basal seat (112) and the robot (113) that is fixed in walking basal seat (112), connect on the mechanical arm of robot (113) There is sucker stand (1135), sucker stand (1135) is provided with vacuum cup (1136), and robot (113) drives sucker stand (1135) spin upside down and moved with vertical direction；The shape of first upset workbench (13) fits with thin-walled surface component, the One upset workbench (13) is provided with the passage to be moved up and down for sucker stand (1135) on the side of robot (113) (131), the depth of width and passage (131) that the width of passage (131) is more than vacuum cup (1136) is more than vacuum cup (1136) height.
- A kind of 7. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 6, it is characterised in that：It is described First trimming device (15) includes trimming milling cutter (151), positioner (152) and negative inspiratory pressure formula dust arrester (153), trimming Milling cutter (151) is driven by robot (113), the fixed position for being trimmed part of positioner (152), positioner (152) with The sensor of sensing mutual alignment is provided between robot (113), negative inspiratory pressure formula dust arrester (153) is removed using negative pressure The dust of carbon fiber-containing caused by trimming device (15).
- A kind of 8. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 7, it is characterised in that：It is described Robot (113) includes rotating disk (1131), first mechanical arm (1132), second mechanical arm (1133) and the rotation being linked in sequence successively Turn joint (1134), rotating disk (1131) is arranged in walking basal seat (112), first mechanical arm (1132) lower end and rotating disk (1131) Revolute pair is connected, and first mechanical arm (1132) lower end is connected with walking basal seat (112) revolute pair, first mechanical arm (1132) upper end It is connected with second mechanical arm (1133) one end revolute pair, second mechanical arm (1133) other end and the fixed company of rotary joint (1134) Connect, the rotation section of rotary joint (1134) is fixed, and the rotation section of rotary joint (1134) is fixedly connected with sucker stand (1135).
- A kind of 9. preparation facilities of the carbon fibre composite of double-deck fitting as claimed in claim 8, it is characterised in that：It is described Walking basal seat (112) includes drive mechanism and detects the sensor of real time position, and drive mechanism driving walking basal seat (112) exists Move horizontally and walked on track (111)；The drive mechanism is servomotor, and sensor is a kind of to be connected with servomotor Encoder, the means for correcting for moving horizontally track (111) and being provided with encoder, means for correcting is for zero as encoder The electromechanical stop (1111) of position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720633563.3U CN207128284U (en) | 2017-06-02 | 2017-06-02 | A kind of preparation facilities of the carbon fibre composite of double-deck fitting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720633563.3U CN207128284U (en) | 2017-06-02 | 2017-06-02 | A kind of preparation facilities of the carbon fibre composite of double-deck fitting |
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| Publication Number | Publication Date |
|---|---|
| CN207128284U true CN207128284U (en) | 2018-03-23 |
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| CN201720633563.3U Active CN207128284U (en) | 2017-06-02 | 2017-06-02 | A kind of preparation facilities of the carbon fibre composite of double-deck fitting |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106994787A (en) * | 2017-06-02 | 2017-08-01 | 福建海源新材料科技有限公司 | The preparation facilities and method of a kind of carbon fibre composite of double-deck laminating |
| CN110962357A (en) * | 2019-12-18 | 2020-04-07 | 李孟朋 | Continuous processing production equipment for composite geotechnical drainage net |
-
2017
- 2017-06-02 CN CN201720633563.3U patent/CN207128284U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106994787A (en) * | 2017-06-02 | 2017-08-01 | 福建海源新材料科技有限公司 | The preparation facilities and method of a kind of carbon fibre composite of double-deck laminating |
| CN110962357A (en) * | 2019-12-18 | 2020-04-07 | 李孟朋 | Continuous processing production equipment for composite geotechnical drainage net |
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Address after: 354200 tf06, phase IV, Tongyou Industrial Park, Wuyi New District, Jianyang District, Nanping City, Fujian Province Patentee after: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Patentee after: Fujian Haiyuan Composite Materials Technology Co.,Ltd. Address before: 354200 tf06, phase IV, Tongyou Industrial Park, Wuyi New District, Jianyang District, Nanping City, Fujian Province Patentee before: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Patentee before: FUJIAN HAIYUAN AUTOMATIC EQUIPMENTS Co.,Ltd. Address after: 354200 tf06, phase IV, Tongyou Industrial Park, Wuyi New District, Jianyang District, Nanping City, Fujian Province Patentee after: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Patentee after: Jiangxi Haiyuan composite material technology Co.,Ltd. Address before: 354200 tf06, phase IV, Tongyou Industrial Park, Wuyi New District, Jianyang District, Nanping City, Fujian Province Patentee before: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Patentee before: Fujian Haiyuan Composite Materials Technology Co.,Ltd. |
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| TR01 | Transfer of patent right |
Effective date of registration: 20230223 Address after: No. 2, Tongyou Street, Wuyi New District, Jianyang District, Nanping City, Fujian Province, 353000 Patentee after: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Address before: 354200 tf06, phase IV, Tongyou Industrial Park, Wuyi New District, Jianyang District, Nanping City, Fujian Province Patentee before: FUJIAN HAIYUAN NEW MATERIAL TECHNOLOGY Co.,Ltd. Patentee before: Jiangxi Haiyuan composite material technology Co.,Ltd. |