CN108215525A - A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method - Google Patents
A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method Download PDFInfo
- Publication number
- CN108215525A CN108215525A CN201810056351.2A CN201810056351A CN108215525A CN 108215525 A CN108215525 A CN 108215525A CN 201810056351 A CN201810056351 A CN 201810056351A CN 108215525 A CN108215525 A CN 108215525A
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- Prior art keywords
- bearing
- roller
- transmission
- fabric
- vertical supporting
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/407—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for marking on special material
- B41J3/4078—Printing on textile
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J15/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
- B41J15/04—Supporting, feeding, or guiding devices; Mountings for web rolls or spindles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J15/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
- B41J15/16—Means for tensioning or winding the web
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/60—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for printing on both faces of the printing material
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P5/00—Other features in dyeing or printing textiles, or dyeing leather, furs, or solid macromolecular substances in any form
- D06P5/30—Ink jet printing
Abstract
The present invention provides a kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method, printing machine includes fabric conveyer system and ink-jet print system, fabric conveyer system includes the transmission tablet of up-down structure supported by support system, and transmission tablet is detachably arranged in by the insertion type bearing in support system in support system, and install dismountable connection roller additional in the both sides of lower transmission tablet, inkjet printing component includes the nozzle component of up-down structure supported by support system, and it is installed at the top of transmission tablet up and down respectively in upper and lower nozzle component and the control of coordinated type is realized using the connection of same belt, by the way that tubular fabric is tensioned by transmitting tablet up and down, realize the digital inking printing of the positive and negative synchronization of tubular fabric, so as to abundant printing quality, improve stamp efficiency simultaneously.
Description
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of positive and negative synchronous stamp of tubular fabric
Digital inkjet printing machine and printing method.
Background technology
Digital ink jet printing technology be with computer technology continue to develop and gradually form a kind of collection machinery, computer
The new high-tech product that machine electronic information technology is integrated comes across mid-term the 1990s, the appearance of this technology earliest
With constantly improve, a completely new concept, advanced production principle and means are brought to textile printing and dyeing industry, are printed to weaving
Dye brings a unprecedented opportunity to develop, is known as 21 century textile industry revolution technology, it will gradually replace tradition
Stamp mode become printing in textiles capital equipment.In recent years, domestic and international Digital ink jet printing technology achieves considerable
Development, wherein flat plate type digital ink-jetting printing machine are because it can realize that the personalized of ready-made clothes etc. prints, technology constantly improve, product
Type and function also constantly improve.
For fixed-machine-head type flat plate type digital ink-jetting printing machine, document is submitted to the PC master of printing equipment by client
Machine, PC hosts are converted by image and the processing of color analysis software, and image information is converted into corresponding spray printing control life
It enables and control command is passed into spray printing controller control spray printing.In print procedure, jet head sets are on fabric width direction first
One helical pitch of movement, in motion process spray printing controller according to obtained spray printing control command control nozzle whether ink-jet；
Secondly Serve Motor Control printing tablet moves forward a print span on fabric length direction, and two kinds of movements are mutually coordinated
It repeats the above process until completing print out task.Compared to conduction band type digital inkjet printing machine, for flat-plate type digital ink-jet printing
How equipment improves stamp speed or the quantity of printing ready-made clothes etc. is the main problem currently faced each time.
In view of this, the present invention provides a kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method, lead to
The transmission tablet using up-down structure is crossed, and transmits tablet and is detachably arranged in by the insertion type bearing in support system
In support system, and dismountable connection roller is installed additional in the both sides of lower transmission tablet, added above transmission tablet up and down
Using nozzle component above and below the coordinated type of same belt connection, by the way that tubular fabric is tensioned by transmitting tablet up and down, realization is knitted
The digital inking printing of the positive and negative synchronization of object so as to abundant printing quality, while improves stamp efficiency.
Invention content
The technical problems to be solved by the invention are to provide a kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric
With printing method, by the way that tubular fabric is tensioned by transmitting tablet up and down, the digital inking printing of the positive and negative synchronization of fabric is realized,
So as to abundant printing quality, while improve stamp efficiency.
In order to achieve the above object, the present invention relates to a kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric,
Including fabric conveyer system and ink-jet print system, the fabric conveyer system includes fabric and transmits support system, the fabric
Transmit support system include left front fabric transmission vertical supporting rod, it is right before fabric transmission vertical supporting rod, the transmission support of left back fabric it is perpendicular
Fabric transmission vertical supporting rod behind bar, the right side adds left front in the middle section of the height of the left front fabric transmission vertical supporting rod
Lower bearing adds left front upper bearing (metal), the fabric transmission branch before the right side on the top of the left front fabric transmission vertical supporting rod
The middle section for supportting the height of montant adds right front lower bearing, and the top of fabric transmission vertical supporting rod adds before the right side
Right front upper bearing adds left back lower bearing, described in the middle section of the height of the left back fabric transmission vertical supporting rod
The top of left back fabric transmission vertical supporting rod adds left back upper bearing (metal), the height of fabric transmission vertical supporting rod behind the right side
Middle section adds lower bearing behind the right side, and the top of fabric transmission vertical supporting rod adds upper bearing (metal) behind the right side, institute behind the right side
Axis is gone up after stating left front upper bearing (metal), left front lower bearing, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing, the right side
It holds, the side of lower bearing is fixedly connected with corresponding fabric transmission vertical supporting rod behind the right side, the left front upper bearing (metal), left front lower axle
Hold, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing, it is right after upper bearing (metal), it is right after lower bearing opposite side
Controllable opening is provided with, the opening includes opening and shrinks two states, and when opening is opened, corresponding bearing, which is in, to be opened
Open state, when opening is shunk, corresponding bearing is in closed state and forms a complete bearing operation, the left side at this time
Preceding lower bearing, left back lower bearing, left front upper bearing (metal), left back upper bearing (metal) the active rolling bearing identical for structure, it is described left front lower
Bearing, left back lower bearing are driven by the first motor and rotated jointly, and the left front upper bearing (metal), left back upper bearing (metal) are jointly by the second motor
It drives and rotates, the upper bearing (metal) plain bearing identical for structure behind lower bearing, right front upper bearing, the right side behind the right front lower bearing, the right side,
Transmission tablet and lower transmission tablet are provided in fabric transmission support system, the upper transmission tablet and lower transmission are flat
Plate includes left live-roller and right loose roll, and the left live-roller and right loose roll are the identical realization cylindrical structure of structure,
Conveyer belt is provided between the left live-roller and right loose roll, the conveyer belt annular bypasses left live-roller and right loose roll,
The front-end and back-end of the left live-roller, right loose roll front-end and back-end respectively stretch out conveyer belt, it is flat in the lower transmission
Connection rod in lower-left is provided with immediately below the left live-roller of plate, is provided with immediately below the right loose roll of the lower transmission tablet
Bottom right connects rod, and the lower-left connection rod connects the rod cylindrical, massive structure identical for structure, the lower-left connection with bottom right
Rod connects length, length more than transmission belt of the length less than driving front roller and rear loose roll of rod with bottom right, and the lower-left connects
The front-end and back-end of batonet are detachable by left front transmission shaft and the front-end and back-end of left back transmission shaft and left live-roller respectively
Connection, the lower-left connection rod include installation and remove two states, when lower-left, connection rod is in installation condition, left live-roller
Rotation then drives lower-left connection rod to rotate synchronously, the front-end and back-end of bottom right connection rod respectively by right front propeller shaft and
The front-end and back-end detachable connection of right inter-axle shaft and right loose roll, the bottom right connection rod include installing and removing two kinds
State, when bottom right, connection rod is in installation condition, right loose roll rotation then drives bottom right connection rod to rotate synchronously, the spray
Black print system includes inkjet printing support system, and the inkjet printing support system includes preceding inkjet printing vertical supporting rod with after
Inkjet printing vertical supporting rod, the preceding inkjet printing vertical supporting rod are located at the front side of lower transmission tablet, the transmission support of left front fabric
Before montant and the right side between fabric transmission vertical supporting rod, the rear inkjet printing vertical supporting rod is located at the rear side of lower transmission tablet, a left side
Afterwards fabric transmission vertical supporting rod and the right side after fabric transmission vertical supporting rod between, in the preceding inkjet printing vertical supporting rod and rear ink-jet
The top of printing vertical supporting rod adds upper nozzle component, and the upper nozzle component is located at the top of upper transmission tablet, described
The intermediate position of preceding inkjet printing vertical supporting rod and rear inkjet printing vertical supporting rod adds lower nozzle component, the lower nozzle group
Part is located at the top of lower transmission tablet, and the upper nozzle component includes preceding upper roller and rear upper roller, and the preceding upper roller passes through
The top of inkjet printing vertical supporting rod before preceding upper connecting rod is fixed on, the preceding upper roller is free to rotate, and the rear upper roller leads to
Later upper connecting rod is fixed on the top of rear inkjet printing vertical supporting rod, and the rear upper roller is free to rotate, the lower nozzle group
Part includes preceding bottom roller and rear bottom roller, before the preceding bottom roller is fixed on by preceding lower link in inkjet printing vertical supporting rod
Between position, the preceding bottom roller is free to rotate, it is described after bottom roller by rear lower link be fixed on rear inkjet printing support it is perpendicular
The intermediate position of bar, the rear bottom roller is free to rotate, in the preceding upper roller, rear upper roller, preceding bottom roller, rear bottom roller
Between be surrounded with connection belt, the connection belt be the annular closed, in the connection between preceding upper roller, rear upper roller
The bottom of belt is provided with upper nozzle group, under being provided in the bottom of the connection belt between front lower idler wheel, rear bottom roller
Jet head sets, the upper nozzle group is identical with lower nozzle group structure, and the upper nozzle group and lower nozzle group include fixed connecting rod, institute
The top for stating fixed connecting rod is fixedly connected respectively with connecting belt, and the bottom end of the fixed connecting rod is fixedly connected with nozzle
Group, the jet head sets control ink-jet printed or not ink-jet by spray printing control system, and the connection belt is by third motor band turn
Dynamic, under primary condition, the front side of connection belt of the upper nozzle group between preceding upper roller, rear upper roller, lower nozzle group is located at
The rear side of connection belt between preceding bottom roller, rear bottom roller.
The invention further relates to a kind of positive and negative synchronous stamp digital inking printing method of tubular fabric, in use, setting first
It puts lower-left connection rod and connect rod with bottom right and be in removing state, and upper transmission tablet and the lower tablet that transmits are in not installing shape
The tubular fabric of required stamp is then sleeved on upper transmission tablet, and is pressed on transmission on the upside of tubular fabric at this time by state
The upper and lower side of tablet is in and naturally droops state, and lower-left connection rod then is connected rod with bottom right is each passed through in hang
Tubular fabric downside medial surface, then by lower-left connection rod be mounted on left front transmission shaft and left back transmission shaft on, bottom right
It connects rod to be mounted on right front propeller shaft and right inter-axle shaft, so that lower-left connection rod connects rod with bottom right and is in installing
State, then by left front upper bearing (metal), left front lower bearing, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing,
The opening of lower bearing is set as opening behind upper bearing (metal), the right side behind the right side, then by the front-end and back-end of the left live-roller of upper transmission tablet
It is respectively embedded in the opening of left front upper bearing (metal) and left back upper bearing (metal), the front-end and back-end point by the right loose roll of upper transmission tablet
Be not embedded into right front upper bearing and it is right after upper bearing (metal) opening in, then by left front upper bearing (metal), left back upper bearing (metal), right front upper axis
Hold, it is right after the opening of upper bearing (metal) be set as shrinking, will so as to which upper transmission tablet to be fixed on to the top of fabric transmission support system
The front-end and back-end of the left live-roller of lower transmission tablet are respectively embedded in the opening of left front lower bearing and left back lower bearing, by under
The front-end and back-end for transmitting the right loose roll of tablet are respectively embedded in right front lower bearing in the opening of lower bearing behind the right side, then will
The opening of lower bearing is set as shrinking behind left front lower bearing, left back lower bearing, right front lower bearing, the right side, thus by lower transmission tablet
The intermediate position of fabric transmission support system is fixed on, and tubular fabric is in tensioning state at this time, while under tubular fabric
Side is pressed on lower transmission tablet, so as to complete the fixed installation before the stamp of tubular fabric；Then, by the inside of tubular fabric
Face needs the image of stamp to pass to the spray printing control system of lower nozzle component, and the lateral surface of tubular fabric is needed to the figure of stamp
As being divided into upper half image and lower half image, wherein the equal length of upper half image and lower half image and it is equal to original image length
Half, and tubular fabric medial surface needs the image of stamp and lateral surface needs the image of stamp to keep identical and image
Length is equal to the length of tubular fabric, and the lower half image after segmentation and upper half image are then passed to upper nozzle component successively
Spray printing control system, then the first motor left front lower bearing, left back lower bearing is driven to rotate clockwise jointly, then drive down and pass
The left live-roller of tablet is sent to rotate, then drives lower-left connection rod rotation, then drives the conveyer belt of lower transmission tablet around a left side
Live-roller and the rotation of right loose roll then drive the right loose roll rotation of lower transmission tablet, then drive bottom right connection rod rotation,
Second motor drives left front upper bearing (metal), left back upper bearing (metal) to rotate clockwise jointly, then drives the left live-roller for transmitting tablet
Rotation then drives the conveyer belt of transmission tablet to be rotated around left live-roller and right loose roll, then drives and transmit tablet
The rotation of right loose roll, tubular fabric is then driven constantly to be rotated along between upper transmission tablet and lower transmission tablet, meanwhile, the
Three motors drive connection belt to rotate clockwise first, then drive upper nozzle group between preceding upper roller, rear upper roller
Connection belt on move from front to back, drive lower nozzle group on the connection belt between front lower idler wheel, rear bottom roller
It moves back to front, then third motor drives connection belt to rotate counterclockwise, and then upper nozzle group is driven to be rolled on before
Moved back to front on wheel, the connection belt between rear upper roller, drive lower nozzle group positioned at front lower idler wheel, rear bottom roller it
Between connection belt on move from front to back, then realize upper nozzle group in the connection between preceding upper roller, rear upper roller
Cycle movement on belt, the cycle movement on the connection belt between front lower idler wheel, rear bottom roller of lower nozzle group, phase
Between upper nozzle component jet head sets under the control of spray printing control system to the lateral surface of tubular fabric carry out stamp, lower nozzle group
The jet head sets of part carry out stamp under the control of spray printing control system to the medial surface of tubular fabric, and nozzle component is to tubular instantly
When the initial point position of the medial surface stamp of fabric is initially rotated to immediately below upper nozzle component, upper nozzle component starts to tubular
The lateral surface of fabric carries out the stamp with medial surface identical image, while upper nozzle component is to the lateral surface stamp of tubular fabric
When initial point position is initially rotated to immediately below lower nozzle component, lower nozzle component start to carry out the medial surface of tubular fabric with
The stamp of lateral surface identical image so as to fulfill the positive and negative synchronous stamp of tubular fabric, lasts up to tubular fabric and rotates a circle
Week.
The present invention by using up-down structure transmission tablet, and transmit tablet pass through the insertion type axis in support system
It holds and is detachably arranged in support system, and dismountable connection roller is installed additional in the both sides of lower transmission tablet, transmitting up and down
Added above tablet using same belt connection coordinated type up and down nozzle component, by by tubular fabric by transmitting up and down
Tablet is tensioned, and realizes the digital inking printing of the positive and negative synchronization of fabric, so as to abundant printing quality, while improves stamp efficiency.
Description of the drawings
Fig. 1 is the overall structure diagram of the present invention.
Specific embodiment
As shown in Figure 1, the positive and negative synchronous stamp digital inkjet printing machine of a kind of tubular fabric, including fabric conveyer system and spray
Black print system, fabric conveyer system include fabric and transmit support system, and fabric transmits support system and transmitted including left front fabric
Fabric transmission vertical supporting rod 4 behind fabric transmission vertical supporting rod 2, left back fabric transmission vertical supporting rod 3, the right side before vertical supporting rod 1, the right side,
Left front lower bearing 5 is added in the middle section of the height of left front fabric transmission vertical supporting rod, it is perpendicular in the transmission support of left front fabric
The top of bar adds left front upper bearing (metal) 6, and the middle section of the height of fabric transmission vertical supporting rod adds right front lower before the right side
Bearing 7, the top of fabric transmission vertical supporting rod adds right front upper bearing 8 before the right side, in left back fabric transmission vertical supporting rod
The middle section of height adds left back lower bearing 9, and left back upper bearing (metal) is added on the top of left back fabric transmission vertical supporting rod
10, the middle section of the height of fabric transmission vertical supporting rod adds lower bearing 11 behind the right side behind the right side, the fabric transmission branch behind the right side
The top of support montant adds upper bearing (metal) 12 behind the right side, left front upper bearing (metal), left front lower bearing, right front upper bearing, right front lower bearing, a left side
The side of lower bearing and corresponding fabric transmission vertical supporting rod are fixed and are connected behind upper bearing (metal), the right side behind upper bearing (metal), left back lower bearing, the right side afterwards
It connects, upper axis behind left front upper bearing (metal), left front lower bearing, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing, the right side
Hold, it is right after the opposite side of lower bearing be provided with controllable opening, opening includes opening and shrinking two states, when opening opening
When, corresponding bearing is in open configuration, and when opening is shunk, corresponding bearing is in closed state and composition one is complete at this time
Whole bearing operation, the active rotation identical for structure of left front lower bearing, left back lower bearing, left front upper bearing (metal), left back upper bearing (metal)
Bearing, left front lower bearing, left back lower bearing jointly by the first motor drive rotate, left front upper bearing (metal), left back upper bearing (metal) jointly by
Second motor drives rotation, right front lower bearing, it is right after lower bearing, right front upper bearing, it is right after common identical for structure of upper bearing (metal)
Bearing is provided with transmission tablet 14 and lower transmission tablet 13, upper transmission tablet and lower transmission in fabric transmission support system
Tablet includes left live-roller 15 and right loose roll 16, and left live-roller and right loose roll are the identical realization cylindrical structure of structure,
Conveyer belt 17 is provided between left live-roller and right loose roll, conveyer belt annular bypasses left live-roller and right loose roll, Zuo Chuan
Conveyer belt is respectively stretched out in the front-end and back-end of dynamic roller, the front-end and back-end of right loose roll, in the left live-roller of lower transmission tablet
Underface be provided with lower-left connection rod 18, it is lower transmission tablet right loose roll immediately below be provided with bottom right connection rod 19,
Lower-left connection rod connects the rod cylindrical, massive structure identical for structure with bottom right, and lower-left connection rod connects the length of rod with bottom right
Less than the length of driving front roller and rear loose roll, the length more than transmission belt, the front-end and back-end of lower-left connection rod pass through respectively
Left front transmission shaft 20 and left back transmission shaft 21 and the front-end and back-end detachable connection of left live-roller, lower-left connection rod include peace
Two states are filled and remove, when connection rod is in installation condition when lower-left, left live-roller rotation then drives lower-left connection rod same
Step rotation, the front-end and back-end of bottom right connection rod respectively by right front propeller shaft 22 and right inter-axle shaft 23 with before right loose roll
End and rear end detachable connection, bottom right connection rod include installation and remove two states, and when bottom right, connection rod is in installation shape
During state, right loose roll rotation then drives bottom right connection rod to rotate synchronously, and ink-jet print system includes inkjet printing support system,
Inkjet printing support system includes preceding inkjet printing vertical supporting rod 24 and rear inkjet printing vertical supporting rod 25, preceding inkjet printing support
Montant is between fabric transmission vertical supporting rod before the front side of lower transmission tablet, left front fabric transmission vertical supporting rod and the right side, rear spray
Ink printing vertical supporting rod is located at fabric transmission vertical supporting rod after the rear side, left back fabric transmission vertical supporting rod and the right side of lower transmission tablet
Between, add upper nozzle component, upper nozzle group on the top of preceding inkjet printing vertical supporting rod and rear inkjet printing vertical supporting rod
Part is located at the top of upper transmission tablet, is installed additional at the intermediate position of preceding inkjet printing vertical supporting rod and rear inkjet printing vertical supporting rod
There is lower nozzle component, lower nozzle component is located at the top of lower transmission tablet, and upper nozzle component includes preceding upper roller 26 and rolled with upper afterwards
Wheel 27, the top of inkjet printing vertical supporting rod before preceding upper roller is fixed on by preceding upper connecting rod, preceding upper roller is free to rotate, after
Upper roller is fixed on the top of rear inkjet printing vertical supporting rod by rear upper connecting rod, and rear upper roller is free to rotate, lower nozzle group
Part includes preceding bottom roller 28 and rear bottom roller 29, before preceding bottom roller is fixed on by preceding lower link in inkjet printing vertical supporting rod
Between position, preceding bottom roller is free to rotate, and rear bottom roller is fixed on the centre of rear inkjet printing vertical supporting rod by rear lower link
Position, rear bottom roller is free to rotate, and connection skin is surrounded between preceding upper roller, rear upper roller, preceding bottom roller, rear bottom roller
Band 30, connection belt are the annular of closing, are provided in the bottom of the connection belt between preceding upper roller, rear upper roller
Jet head sets 31 are provided with lower nozzle group 32, upper nozzle group in the bottom of the connection belt between front lower idler wheel, rear bottom roller
Identical with lower nozzle group structure, upper nozzle group and lower nozzle group include fixed connecting rod, and the top of fixed connecting rod is respectively with connecting
Lace is fixedly connected, and the bottom end of fixed connecting rod is fixedly connected with jet head sets, and jet head sets control ink-jet by spray printing control system
Stamp or not ink-jet, connection belt is driven by third motor and rotated, under primary condition, upper nozzle group be located at preceding upper roller, afterwards on
The front side of connection belt between idler wheel, the rear side of connection belt of the lower nozzle group between preceding bottom roller, rear bottom roller.
It is in removing state, and upper transmission tablet in use, lower-left connection rod 18 is set to connect rod 19 with bottom right first
13 and it is lower transmission tablet 14 be in non-installation condition, then by the tubular fabric of required stamp be sleeved on it is upper transmission tablet 13 on,
And the upper and lower side of transmission tablet is pressed in state is naturally drooped on the upside of tubular fabric at this time, lower-left is then connected into rod
18 connect the medial surface that rod 19 is each passed through the downside of the tubular fabric in hang with bottom right, and lower-left then is connected rod
18 be mounted on left front transmission shaft 20 on left back transmission shaft 21, bottom right connect after rod 19 is mounted on right front propeller shaft 22 and the right side and is driven
On axis 23, so that lower-left connection rod connects rod with bottom right and is in installation condition, then by left front upper bearing (metal) 6, left front lower
Lower axle behind upper bearing (metal) 12, the right side behind bearing 5, right front upper bearing 8, right front lower bearing 7, left back upper bearing (metal) 10, left back lower bearing 9, the right side
It holds 11 opening to be set as opening, then be respectively embedded in the front-end and back-end of the left live-roller of upper transmission tablet 14 left front upper
It is respectively embedded in the opening of bearing and left back upper bearing (metal), by the front-end and back-end of the right loose roll of upper transmission tablet 14 right front upper
After bearing and the right side in the opening of upper bearing (metal), then by upper bearing (metal) behind left front upper bearing (metal), left back upper bearing (metal), right front upper bearing, the right side
Opening is set as shrinking, so as to which upper transmission tablet to be fixed on to the top of fabric transmission support system, by lower transmission tablet 13
The front-end and back-end of left live-roller are respectively embedded in left front lower bearing and the opening of left back lower bearing is interior, by lower transmission tablet 13
The front-end and back-end of right loose roll be respectively embedded in right front lower bearing and it is right after lower bearing opening in, then by left front lower axle
Hold, left back lower bearing, right front lower bearing, it is right after the opening of lower bearing be set as shrinking, knitted so as to which lower transmission tablet be fixed on
Object transmits the intermediate position of support system, and tubular fabric is in tensioning state at this time, while is pressed on the downside of tubular fabric
On lower transmission tablet 13, so as to complete the fixed installation before the stamp of tubular fabric；Then, the medial surface of tubular fabric is needed
The image of stamp passes to the spray printing control system of lower nozzle component 32, and the lateral surface of tubular fabric is needed to the image point of stamp
It is cut into upper half image and lower half image, wherein the equal length of upper half image and lower half image and is equal to the one of original image length
Half, and tubular fabric medial surface needs the image of stamp and lateral surface that the image of stamp is needed to keep identical and image length
Equal to the length of tubular fabric, the lower half image after segmentation and upper half image are then passed to the spray of upper nozzle component 31 successively
Control system is printed, then the first motor drives left front lower bearing 5, left back lower bearing 9 to rotate clockwise jointly, then drives down and passes
The left live-roller of tablet 13 is sent to rotate, lower-left connection rod 18 is then driven to rotate, then drive the conveyer belt of lower transmission tablet around
Left live-roller and the rotation of right loose roll, then drives the right loose roll rotation of lower transmission tablet, then drives bottom right connection rod
19 rotations, the second motor drive left front upper bearing (metal) 6, left back upper bearing (metal) 10 to rotate clockwise jointly, then drive and transmit tablet
14 left live-roller rotation then drives the conveyer belt of transmission tablet to be rotated around left live-roller and right loose roll, then band
The right loose roll rotation of dynamic upper transmission tablet then drives tubular fabric along between upper transmission tablet 14 and lower transmission tablet 13
Constantly rotation, meanwhile, third motor drives connection belt 30 to rotate clockwise first, then drives upper nozzle group 31 before
It is moved from front to back on connection belt between upper roller 26, rear upper roller 27, drives lower nozzle group 32 positioned at front lower idler wheel
28th, it is moved back to front on the connection belt between rear bottom roller 29, then third motor drives connection belt 30 to turn counterclockwise
It is dynamic, then upper nozzle group 31 is driven to be moved back to front on the connection belt between preceding upper roller 26, rear upper roller 27,
Lower nozzle group 32 is driven to be moved from front to back on the connection belt between front lower idler wheel 28, rear bottom roller 29, it is then real
Existing 31 cycle movement on the connection belt between preceding upper roller 26, rear upper roller 27 of upper nozzle group, lower nozzle group 32
The nozzle of cycle movement, during which upper nozzle component 31 on the connection belt between front lower idler wheel 28, rear bottom roller 29
Group carries out the jet head sets of stamp, lower nozzle component 32 in spray printing under the control of spray printing control system to the lateral surface of tubular fabric
Stamp is carried out to the medial surface of tubular fabric under the control of control system, nozzle component 32 prints the medial surface of tubular fabric instantly
When colored initial point position is initially rotated to upper nozzle 31 underface of component, upper nozzle component starts the lateral surface to tubular fabric
The stamp with medial surface identical image is carried out, while upper nozzle component 31 is to the initial point position of the lateral surface stamp of tubular fabric
When being initially rotated to immediately below lower nozzle component, lower nozzle component 32 starts to carry out and lateral surface phase the medial surface of tubular fabric
With the stamp of image, so as to fulfill the positive and negative synchronous stamp of tubular fabric, last up to tubular fabric and rotate a circumference.
Claims (2)
1. a kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric, including fabric conveyer system and ink-jet print system,
It is characterized in that：The fabric conveyer system includes fabric and transmits support system, and the fabric transmission support system includes left front knit
Fabric transmits vertical supporting rod before object transmission vertical supporting rod, the right side, left back fabric transmits vertical supporting rod, fabric transmission is supported and erected behind the right side
Bar adds left front lower bearing, in the left front fabric in the middle section of the height of the left front fabric transmission vertical supporting rod
The top of transmission vertical supporting rod adds left front upper bearing (metal), the middle section of the height of fabric transmission vertical supporting rod before the right side
Right front lower bearing is added, the top of fabric transmission vertical supporting rod adds right front upper bearing before the right side, described left back
The middle section of the height of fabric transmission vertical supporting rod adds left back lower bearing, in the left back fabric transmission vertical supporting rod
Top adds left back upper bearing (metal), and the middle section of the height of fabric transmission vertical supporting rod adds lower axle behind the right side behind the right side
It holds, the top of fabric transmission vertical supporting rod adds upper bearing (metal) behind the right side, the left front upper bearing (metal), left front lower axle behind the right side
Hold, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing, it is right after upper bearing (metal), it is right after lower bearing side with
Corresponding fabric transmission vertical supporting rod is fixedly connected, the left front upper bearing (metal), left front lower bearing, right front upper bearing, right front lower axis
Hold, left back upper bearing (metal), left back lower bearing, it is right after upper bearing (metal), it is right after the opposite side of lower bearing be provided with controllable opening, it is described to open
Mouth is including opening and shrinking two states, and when opening opening, corresponding bearing is in open configuration, when opening is shunk, phase
The bearing answered is in closed state and forms a complete bearing operation, the left front lower bearing, left back lower bearing, a left side at this time
Preceding upper bearing (metal), left back upper bearing (metal) are the identical active rolling bearing of structure, and the left front lower bearing, left back lower bearing are jointly by the
One motor drives rotation, and the left front upper bearing (metal), left back upper bearing (metal) are driven by the second motor and rotated jointly, the right front lower axis
Hold, it is right after lower bearing, right front upper bearing, it is right after the upper bearing (metal) plain bearing identical for structure, transmit support system in the fabric
Be provided with transmission tablet and lower transmission tablet on system, the upper transmission tablet and lower transmission tablet include left live-roller and it is right with
Dynamic roller, the left live-roller and right loose roll the realization cylindrical structure identical for structure, is servo-actuated in the left live-roller and the right side
Be provided with conveyer belt between roller, the conveyer belt annular bypasses left live-roller and right loose roll, the front end of the left live-roller and
Rear end, right loose roll front-end and back-end respectively stretch out conveyer belt, it is described it is lower transmission tablet left live-roller underface
Lower-left connection rod is provided with, bottom right connection rod, the lower-left are provided with immediately below the right loose roll of the lower transmission tablet
Connection rod connects the rod cylindrical, massive structure identical for structure with bottom right, and the lower-left connection rod connects the length of rod with bottom right
Less than the length of driving front roller and rear loose roll, the length more than transmission belt, the front-end and back-end difference of the lower-left connection rod
By left front transmission shaft and left back transmission shaft and the front-end and back-end detachable connection of left live-roller, the lower-left connects rod packet
It includes installation and removes two states, when connection rod is in installation condition when lower-left, left live-roller rotation then drives lower-left connection
Rod rotates synchronously, and the front-end and back-end of the bottom right connection rod pass through right front propeller shaft and right inter-axle shaft and right loose roll respectively
Front-end and back-end detachable connection, bottom right connection rod includes installation and removes two states, at bottom right connection rod
When installation condition, right loose roll rotation then drives bottom right connection rod to rotate synchronously, and the ink-jet print system includes ink-jet
Support system is printed, the inkjet printing support system includes preceding inkjet printing vertical supporting rod and rear inkjet printing vertical supporting rod,
Fabric transmits before the preceding inkjet printing vertical supporting rod is located at front side, left front fabric transmission vertical supporting rod and the right side of lower transmission tablet
Between vertical supporting rod, the rear inkjet printing vertical supporting rod is located at the rear side of lower transmission tablet, left back fabric transmission vertical supporting rod
And behind the right side between fabric transmission vertical supporting rod, on the top of the preceding inkjet printing vertical supporting rod and rear inkjet printing vertical supporting rod
Upper nozzle component is added, the upper nozzle component is located at the top of upper transmission tablet, in the preceding inkjet printing vertical supporting rod
Lower nozzle component is added with the intermediate position of rear inkjet printing vertical supporting rod, the lower nozzle component is located at lower transmission tablet
Top, the upper nozzle component include preceding upper roller and rear upper roller, and the preceding upper roller is fixed on preceding spray by preceding upper connecting rod
The top of ink printing vertical supporting rod, the preceding upper roller is free to rotate, after the rear upper roller is fixed on by rear upper connecting rod
The top of inkjet printing vertical supporting rod, the rear upper roller is free to rotate, and the lower nozzle component includes preceding bottom roller with after
Bottom roller, the intermediate position of inkjet printing vertical supporting rod, the front lower rolling before the preceding bottom roller is fixed on by preceding lower link
Take turns it is free to rotate, it is described after bottom roller the intermediate position of rear inkjet printing vertical supporting rod is fixed on by rear lower link, it is described
Bottom roller is free to rotate afterwards, and connection skin is surrounded between the preceding upper roller, rear upper roller, preceding bottom roller, rear bottom roller
Band, the connection belt are the annular of closing, are provided in the bottom of the connection belt between preceding upper roller, rear upper roller
Upper nozzle group is provided with lower nozzle group, the upper nozzle in the bottom of the connection belt between front lower idler wheel, rear bottom roller
Group is identical with lower nozzle group structure, and the upper nozzle group and lower nozzle group include fixed connecting rod, the top of the fixed connecting rod
End is fixedly connected respectively with connecting belt, and the bottom end of the fixed connecting rod is fixedly connected with jet head sets, and the jet head sets are by spraying
It printing control system and controls ink-jet printed or not ink-jet, the connection belt is driven by third motor to be rotated, under primary condition, upper spray
Head group positioned at preceding upper roller, rear upper roller between connect belt front side, lower nozzle group be located at preceding bottom roller, rear bottom roller it
Between connection belt rear side.
It is 2. a kind of based on a kind of tubular fabric of the positive and negative synchronous stamp digital inkjet printing machine of tubular fabric described in claim 1
Positive and negative synchronous stamp digital inking printing method, it is characterized in that：In use, setting lower-left first connects rod with bottom right to connect rod equal
In state of removing, and upper transmission tablet and lower transmission tablet are in non-installation condition, then knit the tubular of required stamp
Object is sleeved on transmission tablet, and is pressed on the upper and lower side of transmission tablet on the upside of tubular fabric at this time and is in and naturally droop shape
Lower-left connection rod is then connected the medial surface that rod is each passed through the downside of the tubular fabric in hang by state with bottom right,
Then by lower-left connection rod be mounted on left front transmission shaft on left back transmission shaft, bottom right connect rod be mounted on right front propeller shaft and the right side
On inter-axle shaft, so that lower-left connection rod connects rod with bottom right and is in installation condition, then by left front upper bearing (metal), left front
Lower bearing, right front upper bearing, right front lower bearing, left back upper bearing (metal), left back lower bearing, it is right after upper bearing (metal), it is right after lower bearing open
It mouthful is set as opening, the front-end and back-end of the left live-roller of upper transmission tablet is then respectively embedded in left front upper bearing (metal) and left back
On being respectively embedded in the opening of upper bearing (metal), by the front-end and back-end of the right loose roll of upper transmission tablet behind right front upper bearing and the right side
In the opening of bearing, then the opening of upper bearing (metal) behind left front upper bearing (metal), left back upper bearing (metal), right front upper bearing, the right side is set as receiving
Contracting, so as to which upper transmission tablet to be fixed on to the top of fabric transmission support system, by the front end of the left live-roller of lower transmission tablet
Be respectively embedded in the opening of left front lower bearing and left back lower bearing with rear end, by it is lower transmission tablet right loose roll front end and
Rear end be respectively embedded in right front lower bearing and it is right after lower bearing opening in, then will left front lower bearing, left back lower bearing, it is right before
The opening of lower bearing is set as shrinking behind lower bearing, the right side, so as to which lower transmission tablet is fixed in fabric transmission support system
Between position, and tubular fabric is in tensioning state at this time, while is pressed on the downside of tubular fabric on lower transmission tablet, so as to complete
Fixed installation into before the stamp of tubular fabric；Then, the image of stamp is needed to pass to lower spray the medial surface of tubular fabric
The lateral surface of tubular fabric is needed the image of stamp to be divided into upper half image and lower half figure by the spray printing control system of head assembly
Picture, the wherein equal length of upper half image and lower half image and the half for being equal to original image length, and tubular fabric medial surface
The length that the image of stamp and lateral surface is needed to need the image of stamp that identical and image length is kept to be equal to tubular fabric,
Lower half image after segmentation and upper half image are then passed to the spray printing control system of upper nozzle component successively, then the first electricity
Machine drives left front lower bearing, left back lower bearing to rotate clockwise jointly, then drives the left live-roller rotation of lower transmission tablet, after
And lower-left connection rod rotation is driven, the conveyer belt of lower transmission tablet is then driven to be rotated around left live-roller and right loose roll, after
And the right loose roll rotation of lower transmission tablet is driven, bottom right connection rod rotation is then driven, the second motor drives left front upper jointly
Bearing, left back upper bearing (metal) rotate clockwise, and then drive the left live-roller rotation of transmission tablet, then drive and transmit tablet
Conveyer belt rotated around left live-roller and right loose roll, then drive the right loose roll rotation of transmission tablet, then drive
Tubular fabric is constantly rotated along between upper transmission tablet and lower transmission tablet, meanwhile, third motor drives connection belt first
It rotates clockwise, then upper nozzle group is driven to be transported from front to back on the connection belt between preceding upper roller, rear upper roller
It is dynamic, lower nozzle group is driven to be moved back to front on the connection belt between front lower idler wheel, rear bottom roller, then third electricity
Machine drives connection belt to rotate counterclockwise, and then drives upper nozzle group in the connection skin between preceding upper roller, rear upper roller
Take and move back to front, drive lower nozzle group on the connection belt between front lower idler wheel, rear bottom roller from front to back
The cycle movement on the connection belt between preceding upper roller, rear upper roller of upper nozzle group, lower nozzle are then realized in movement
Group cycle movement on the connection belt between front lower idler wheel, rear bottom roller, during which the jet head sets of upper nozzle component exist
Stamp is carried out to the lateral surface of tubular fabric under the control of spray printing control system, the jet head sets of lower nozzle component control in spray printing and are
Stamp, instantly starting of the nozzle component to the medial surface stamp of tubular fabric are carried out to the medial surface of tubular fabric under the control of system
When point position is initially rotated to immediately below upper nozzle component, upper nozzle component starts to carry out the lateral surface of tubular fabric and inside
The stamp of face identical image, while upper nozzle component is initially rotated to down the initial point position of the lateral surface stamp of tubular fabric
When immediately below nozzle component, lower nozzle component starts to carry out the medial surface of tubular fabric on the stamp with lateral surface identical image,
So as to fulfill the positive and negative synchronous stamp of tubular fabric, last up to tubular fabric and rotate a circumference.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810056351.2A CN108215525A (en) | 2018-01-20 | 2018-01-20 | A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810056351.2A CN108215525A (en) | 2018-01-20 | 2018-01-20 | A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method |
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| Publication Number | Publication Date |
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| CN108215525A true CN108215525A (en) | 2018-06-29 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810056351.2A Pending CN108215525A (en) | 2018-01-20 | 2018-01-20 | A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method |
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Application publication date: 20180629 |