CN108656742A - A kind of fabrics printing and dyeing equipment - Google Patents
A kind of fabrics printing and dyeing equipment Download PDFInfo
- Publication number
- CN108656742A CN108656742A CN201810609333.2A CN201810609333A CN108656742A CN 108656742 A CN108656742 A CN 108656742A CN 201810609333 A CN201810609333 A CN 201810609333A CN 108656742 A CN108656742 A CN 108656742A
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- China
- Prior art keywords
- dyeing
- printing
- left end
- drying
- gear
- 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.)
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Classifications
-
- 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
- B41J11/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
- B41J11/0015—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form for treating before, during or after printing or for uniform coating or laminating the copy material before or after printing
- B41J11/002—Curing or drying the ink on the copy materials, e.g. by heating or irradiating
-
- 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
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
-
- 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
Abstract
The invention discloses a kind of fabrics printing and dyeing equipment,Its structure includes dyeing apparatus,Hinge,Chamber door,Lockset,Control cabinet,Operation button,Non-slip mat,Support foot rest,Conveyer belt,Top plate,Observation window,Fixed frame,Chamber door right end is connected with chamber door front end by hinge,Chamber door left end is connected with lockset rear end by screw,Control cabinet left end is that card slot is connect with operation button right end,It is mutually binded with support foot rest bottom inside non-slip mat,Support foot rest top is to be threadedly coupled with dyeing apparatus bottom,A kind of fabrics printing and dyeing equipment of the present invention,Structure is equipped with dyeing apparatus,Equipment integrates printing and dyeing drying,The full and uniform sprinkling of dye liquor is made using strong suction dyeing and printing device,And then improve printing and dyeing effect,Prevent textile from printing and dyeing material leakage phenomenon occur,Drying and processing is carried out to the product after printing and dyeing simultaneously,Accelerate dye liquor rate of drying,It reduces the later stage and dries processing step,And then improve working efficiency.
Description
Technical field
The present invention is a kind of fabrics printing and dyeing equipment, belongs to dyeing apparatus field.
Background technology
Textile is a kind of product made of textile fabric is weaved by processing, is divided into woven fabric and looped fabric two major classes,
The correct stacking method of textile is to be advantageously selected for divulging information, and convenient for fire prevention, full-cotton fabric is preferably placed in draughty place,
Such as from door, the place nearest from window.
But existing dyeing apparatus only simply prints and dyes textile, and discharge rate is insufficient and unstable, is susceptible to print
Non-uniform phenomenon is contaminated, the product after printing and dyeing still needs to naturally dry, takes time and effort, and influences workflow, reduces working efficiency.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of fabrics printing and dyeing equipment, it is existing to solve
Dyeing apparatus only simply prints and dyes textile, and discharge rate is insufficient and unstable, is susceptible to the non-uniform phenomenon of printing and dyeing,
Product after printing and dyeing still needs to naturally dry, takes time and effort, the problem of influencing workflow, reduce working efficiency.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of fabrics printing and dyeing equipment,
Its structure includes dyeing apparatus, hinge, chamber door, lockset, control cabinet, operation button, non-slip mat, support foot rest, conveyer belt, top
Plate, observation window, fixed frame, the chamber door right end are connected with chamber door front end by hinge, the chamber door left end and lockset rear end
It is connected by screw, the control cabinet left end is that card slot is connect with operation button right end, the non-slip mat inside and support leg
Frame bottom is mutually binded, with dyeing apparatus bottom to be threadedly coupled at the top of the support foot rest, the dyeing apparatus front end and control
Box back mutually welds, and the chamber door rear end is clearance fit with control cabinet front end, inside the conveyer belt inside and dyeing apparatus
It connects, the support foot rest is mutually perpendicular to dyeing apparatus bottom, passes through rivet at the top of the top plate bottom and dyeing apparatus
It is fixedly connected, the observation window outer wall is mutually binded with fixed frame inner wall, and the fixed frame bottom is insertion with dyeing apparatus top
Formula connects, and the observation window bottom is fixedly connected at the top of dyeing apparatus by fixed frame；The dyeing apparatus by dyeing and printing device,
Feeding device, flexible rack device, power plant, drying unit, outer framework form, inside the dyeing and printing device rear end and outer framework
Rear end is clearance fit, and left end fits inside the feeding device left end and outer framework, the flexible rack device left end with it is outer
Lower portion left end is fixedly connected, with outer framework inner tip to be flexibly connected at the top of the power plant, the drying unit
Right end fits with right end inside outer framework.
Best, the dyeing and printing device is by pipette, spring, Liquid absorption ball, imbibition valve, drainage ball, draining valve, spray
Mouth, roller, pressure pipe, slipper piston, printing and dyeing case, fixed seat, sliding rail, steel cable, turntable, printing and dyeing motor, spur gear, swing arm, T-type
Connecting plate forms, and the imbibition bottom of the tube is connected at the top of pressure pipe by imbibition valve, pressure pipe left end bottom and spray
It is connected by draining valve at the top of mouth, the imbibition valve internal is connected at the top of Liquid absorption ball by spring, the drain
Valve internal is connected at the top of drainage ball by spring, and the pressure pipe right end fits with slipper piston bottom, the cunning
Block top land is connected with sliding rail upper end by spring, and the slipper piston right end is that card slot is connect with sliding rail left end, described
It is connected by steel cable at the top of fixed seat at the top of slipper piston, the turntable middle-end is to be flexibly connected with T-type connecting plate bottom, institute
It states spur gear middle-end at the top of T-type connecting plate to be connected by swing arm, the spur gear right end is meshed with printing and dyeing motor left end, institute
Pipette left end is stated with feeding device to be connected.
Best, the feeding device is made of hose, water pipe fixed frame, connector, fixing pipe, liquid reserve tank, described soft
Tube top portion is embedded connection with water pipe fixed frame bottom, is tied to be integrated with connector bottom at the top of the water pipe fixed frame
Structure, the connector top mutually weld with fixed bottom of the tube, connect with liquid reserve tank bottom at the top of the fixing pipe, the liquid storage
Case left end is fixedly connected with left end inside outer framework, and the hose right end is connected with dyeing and printing device.
Best, the dyeing and printing device rear end is connected with feeding device right end, and the dyeing and printing device is equipped with pipette, institute
It is mechanical connection that pipette left end, which is stated, with feeding device, and the feeding device is equipped with hose, and the pipette left end is right with hose
End is embedded connection.
Best, the flexible rack device is by bearing bar, bearing plate, crash bar, pedestal, expansion bracket, link, internal thread
Seat, external thread rod composition, the bearing bar top is mutually welded with bearing plate bottom, logical with link bottom at the top of the bearing plate
It crosses connecting rod to be connected, the internal thread seat outer wall is integrated with link middle-end, the link bottom and pedestal top
Portion is connected by expansion bracket, and the external thread rod bottom is mechanical connection, the pedestal left end and outer framework with pedestal middle-end
Internal left end is fixedly connected, and the external thread rod outer wall is meshed with internal thread seat inner wall, the external thread rod top and power
Device is connected.
Best, the power plant is by electrical source of power, master controller, power motor, power gear, interlocking lever, upper rotation
Block, lower spin-block, connecting rod spur gear, transmission fluted disc composition, the electrical source of power cathode is to be electrically connected with master controller right end, described
Electrical source of power anode is connected with power motor bottom by connecting line, and at the top of the power motor and power gear bottom is one
Body structure, the power gear rear end is that Spur Gear Driving is connect with driving cog pan bottom front end, at the top of the transmission fluted disc
It is meshed with connecting rod spur gear bottom, is connected by belt with lower spin-block middle-end at the top of the connecting rod spur gear, the backspin
It is connected by connecting rod with upper spin-block bottom at the top of block, the upper spin-block middle-end is drive connection, the company with interlocking lever top
Lever middle-end is connected with contracting rack device.
Best, it is connected with power plant left end at the top of the contracting rack device, the contracting rack device is equipped with external thread rod,
The external thread rod top is to be sequentially connected with power plant, and the power plant is equipped with interlocking lever, the external thread rod top
It is connected by belt with interlocking lever middle-end.
Best, the drying unit is by drying power supply, drying motor, motor gear, connecting rod helical gear, control box, tooth
Disk, fan gear, fan leaf, drying net, dryer, thermal insulation board composition, the drying positive pole and drying motor bottom are left
End is connected, and the drying positive pole is to be electrically connected with dryer top left side, and the control box left end and drying power supply are negative
Pole is connected by connecting line, and the drying motor right end is integrated with motor gear left end, and the motor gear is right
End is meshed with connecting rod helical gear left end, and the connecting rod helical gear middle-end is connected with fluted disc inner ring by belt, the fluted disc
Bottom front is that Spur Gear Driving is connect with fan gear rear end, passes through connecting rod phase at the top of the fan gear bottom and fan leaf
Connection, the fan leaf bottom are clearance fit with drying net top, and the drying net left end is mutually welded with drying net right end, institute
It states and is fixedly connected on the right side of drying sieve bottom and thermal insulation board.
Best, the printing and dyeing box top is mutually welded with bearing bar bottom.
Best, the power motor right end is fixed by screws with thermal insulation board left end.
Beneficial effects of the present invention are as follows：A kind of fabrics printing and dyeing equipment of the present invention, structure are equipped with dyeing apparatus, will fill
Placement location makes non-slip mat close proximity to ground in suitable position, and adjusting support foot rest makes dyeing apparatus tend to be horizontal, and come loose lockset, beats
Unpacking door, checks connection inside control cabinet, if without exception, dye liquor is passed through liquid reserve tank, pressing operations button, conveyer belt turns
It is dynamic, start master controller and control box, spinning product are placed on the conveyor belt, electrical source of power energizes for power motor at this time, moves
Powershift gear makes connecting rod spur gear rotate by being driven fluted disc, and connecting rod spur gear drives lower spin-block to be rotated together with upper spin-block, Jin Erlian
Lever drives external thread rod rotation, and since pedestal is fixed, internal thread seat declines together with link stress at this time, and expansion bracket is stretched
It is unfolded, then bearing plate declines together with bearing bar stress, and roller is made to fit with conveyer belt, and motor turn spur of printing and dyeing at this time turns
Dynamic, then spur gear makes T-type connecting plate up and down reciprocatingly be slided together with turntable by swing arm, since fixed seat is fixed with sliding rail, then
Steel cable, which pulls slipper piston spring is overcome to be close to sliding rail, to be slided up and down, and when sliding on slipper piston, pipette generates suction, makes dye liquor
Liquid reserve tank, fixing pipe, connector, hose are flowed through, into imbibition valve, Liquid absorption ball stress overcomes spring to glide at this time, liquid sucting valve
Door is opened, and draining valve is closed, and dye liquor enters pressure pipe；When slipper piston is left sliding, drainage ball stress overcomes spring to glide, row
Fluid valve is opened, and imbibition valve is closed, and dye liquor is uniformly sprayed on roller by nozzle by thrust, is printed and dyed to spinning product, when
When product after printing and dyeing is transported to below drying unit, drying power supply is powered for dryer, and dryer makes drying net heat up, simultaneously
Dry power supply be drying motor energy supply, motor gear by connecting-rod inclined gear band active toothed disk rotate, and then make fan gear together with
Fan leaf rotates, and generates wind-force, is dried to the product after printing and dyeing, accelerates its rate of drying, the printing and dyeing drying of equipment collection is one
Body makes the full and uniform sprinkling of dye liquor using strong suction dyeing and printing device, and then improves printing and dyeing effect, prevents textile from printing and dyeing leakage occur
Expect phenomenon, while drying and processing carried out to the product after printing and dyeing, accelerate dye liquor rate of drying, reduces the later stage and dry processing step,
And then improve working efficiency.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of fabrics printing and dyeing equipment of the present invention；
Fig. 2 is the sectional view of dyeing apparatus of the present invention；
Fig. 3 is the action diagram of the flexible rack device of the present invention；
Fig. 4 is the sectional view of dyeing and printing device of the present invention.
In figure：Dyeing apparatus -1, hinge -2, chamber door -3, lockset -4, control cabinet -5, operation button -6, non-slip mat -7, branch
Kickstand -8, top plate -10, observation window -11, fixed frame -12, dyeing and printing device -101, feeding device -102, stretches conveyer belt -9
Rack device -103, power plant -104, drying unit -105, outer framework -106, pipette -1011, spring -1012, Liquid absorption ball -
1013, imbibition valve -1014, drainage ball -1015, draining valve -1016, nozzle -1017, roller -1018, pressure pipe -1019,
Slipper piston -10110, printing and dyeing case -10111, fixed seat -10112, sliding rail -10113, steel cable -10114, turntable -10115, print
Contaminate motor -10116, spur gear -10117, swing arm -10118, T-type connecting plate -10119, hose -1021, water pipe fixed frame -1022,
Connector -1023, fixing pipe -1024, liquid reserve tank -1025, bearing bar -1031, bearing plate -1032, crash bar -1033, pedestal -
1034, expansion bracket -1035, link -1036, internal thread seat -1037, external thread rod -1038, electrical source of power -1041, main control
Device -1042, power motor -1043, power gear -1044, interlocking lever -1045, upper spin-block -1046, lower spin-block -1047, connecting rod
Spur gear -1048, transmission fluted disc -1049, drying power supply -1051, drying motor -1052, motor gear -1053, connecting rod helical teeth
Wheel -1054, control box -1055, fluted disc -1056, fan gear -1057, fan leaf -1058, drying net -1059, dryer -
10510, thermal insulation board -10511.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of fabrics printing and dyeing equipment and technology scheme：Its structure includes dyeing apparatus
1, hinge 2, chamber door 3, lockset 4, control cabinet 5, operation button 6, non-slip mat 7, support foot rest 8, conveyer belt 9, top plate 10, observation window
11, fixed frame 12,3 right end of the chamber door are connected with 3 front end of chamber door by hinge 2,3 left end of the chamber door and 4 rear end of lockset
It is connected by screw, 5 left end of the control cabinet is that card slot is connect with 6 right end of operation button, 7 inside of the non-slip mat and support
8 bottom of tripod is mutually binded, and 8 top of the support foot rest is to be threadedly coupled with 1 bottom of dyeing apparatus, 1 front end of the dyeing apparatus
It is mutually welded with 5 rear end of control cabinet, 3 rear end of the chamber door is clearance fit, 9 inside of the conveyer belt and print with 5 front end of control cabinet
It connects inside dyeing equipment 1, the support foot rest 8 is mutually perpendicular to 1 bottom of dyeing apparatus, and 10 bottom of the top plate is set with printing and dyeing
Standby 1 top is fixedly connected by rivet, and 11 outer wall of the observation window is mutually binded with 12 inner wall of fixed frame, 12 bottom of the fixed frame
It is embedded connection with 1 top of dyeing apparatus, 11 bottom of the observation window, which is fixed with 1 top of dyeing apparatus by fixed frame 12, to be connected
It connects；The dyeing apparatus 1 is by dyeing and printing device 101, feeding device 102, flexible rack device 103, power plant 104, drying unit
105, outer framework 106 forms, and 101 rear end of the dyeing and printing device is clearance fit with 106 Internal back end of outer framework, the conveying dress
It sets 102 left ends to fit with 106 inside left end of outer framework, 103 left end of flexible rack device is solid with 106 inside left end of outer framework
Fixed connection, 104 top of the power plant are to be flexibly connected with 106 inner tip of outer framework, 105 right end of the drying unit and
106 inside right end of outer framework fits, and the dyeing and printing device 101 is by pipette 1011, spring 1012, Liquid absorption ball 1013, imbibition
Valve 1014, drainage ball 1015, draining valve 1016, nozzle 1017, roller 1018, pressure pipe 1019, slipper piston 10110,
Printing and dyeing case 10111, fixed seat 10112, sliding rail 10113, steel cable 10114, turntable 10115, printing and dyeing motor 10116, spur gear
10117, swing arm 10118, T-type connecting plate 10119 form, and 1011 bottom of the pipette passes through liquid sucting valve with 1019 top of pressure pipe
Door 1014 is connected, and 1019 left end bottom of the pressure pipe is connected with 1017 top of nozzle by draining valve 1016, described
1014 inside of imbibition valve is connected with 1013 top of Liquid absorption ball by spring 1012,1016 inside of the draining valve and drain
1015 top of ball is connected by spring 1012, and 1019 right end of the pressure pipe fits with 10110 bottom of slipper piston, described
10110 top of slipper piston is connected with 10113 upper end of sliding rail by spring 1012,10110 right end of the slipper piston and cunning
10113 left end of rail connects for card slot, and 10110 top of the slipper piston is connected with 10112 top of fixed seat by steel cable 10114
It connects, 10115 middle-end of the turntable is to be flexibly connected with 10119 bottom of T-type connecting plate, 10117 middle-end of the spur gear and T-type connecting plate
10119 tops are connected by swing arm 10118, and 10117 right end of the spur gear is meshed with printing and dyeing 10116 left end of motor, institute
1011 left end of pipette is stated with feeding device 102 to be connected, the feeding device 102 by hose 1021, water pipe fixed frame 1022,
Connector 1023, fixing pipe 1024, liquid reserve tank 1025 form, and 1021 top of the hose is embedding with 1022 bottom of water pipe fixed frame
Enter formula connection, 1022 top of the water pipe fixed frame is integrated with 1023 bottom of connector, and the connector 1023 pushes up
Portion is mutually welded with 1024 bottom of fixing pipe, and 1024 top of the fixing pipe connects with 1025 bottom of liquid reserve tank, the liquid reserve tank
1025 left ends are fixedly connected with 106 inside left end of outer framework, and 1021 right end of the hose is connected with dyeing and printing device 101, described
101 rear end of dyeing and printing device is connected with 102 right end of feeding device, and the dyeing and printing device 101 is equipped with pipette 1011, the imbibition
1011 left end of pipe is mechanical connection with feeding device 102, and the feeding device 102 is equipped with hose 1021, the pipette 1011
Left end is embedded connection with 1021 right end of hose, and the flexible rack device 103 is by bearing bar 1031, bearing plate 1032, anticollision
Bar 1033, pedestal 1034, expansion bracket 1035, link 1036, internal thread seat 1037, external thread rod 1038 form, the load-bearing
1031 top of bar is mutually welded with 1032 bottom of bearing plate, and 1032 top of the bearing plate passes through connecting rod phase with 1036 bottom of link
Connection, 1037 outer wall of internal thread seat are integrated with 1036 middle-end of link, 1036 bottom of the link and base
1034 top of seat is connected by expansion bracket 1035, and 1038 bottom of the external thread rod is mechanical connection with 1034 middle-end of pedestal,
1034 left end of the pedestal is fixedly connected with 106 inside left end of outer framework, 1038 outer wall of the external thread rod and internal thread seat
1037 inner walls are meshed, and 1038 top of the external thread rod is connected with power plant 104, and the power plant 104 is by power
Power supply 1041, master controller 1042, power motor 1043, power gear 1044, interlocking lever 1045, upper spin-block 1046, lower spin-block
1047, connecting rod spur gear 1048, transmission fluted disc 1049 form, and 1041 cathode of the electrical source of power is with 1042 right end of master controller
Electrical connection, 1041 anode of the electrical source of power are connected with 1043 bottom of power motor by connecting line, the power motor
1043 tops are integrated with 1044 bottom of power gear, 1044 rear end of the power gear and 1049 bottom of transmission fluted disc
Front end connects for Spur Gear Driving, and 1049 top of the transmission fluted disc is meshed with 1048 bottom of connecting rod spur gear, the connecting rod
1048 top of spur gear is connected with lower 1047 middle-end of spin-block by belt, 1047 top of the lower spin-block and 1046 bottom of upper spin-block
Portion is connected by connecting rod, and 1046 middle-end of upper spin-block is drive connection, the interlocking lever 1045 with 1045 top of interlocking lever
Middle-end is connected with contracting rack device 103, and 103 top of the contracting rack device is connected with 104 left end of power plant, and the contracting is rack-mounted
It sets 103 and is equipped with external thread rod 1038,1038 top of the external thread rod is to be sequentially connected with power plant 104, the power dress
It sets 104 and is equipped with interlocking lever 1045,1038 top of the external thread rod is connected with 1045 middle-end of interlocking lever by belt, the baking
Equipment for drying 105 by drying power supply 1051, drying motor 1052, motor gear 1053, connecting rod helical gear 1054, control box 1055,
Fluted disc 1056, fan gear 1057, fan leaf 1058, drying net 1059, dryer 10510, thermal insulation board 10511 form, described
1051 anode of drying power supply is connected with drying 1052 bottom left end of motor, 1051 anode of the drying power supply and dryer
10510 top left sides are electrical connection, and 1055 left end of the control box is connected with drying 1051 cathode of power supply by connecting line, institute
It states drying 1052 right end of motor to be integrated with 1053 left end of motor gear, 1053 right end of the motor gear and connecting-rod inclined
1054 left end of gear is meshed, and 1054 middle-end of connecting rod helical gear is connected with 1056 inner ring of fluted disc by belt, the tooth
1056 bottom front of disk is that Spur Gear Driving is connect with 1057 rear end of fan gear, 1057 bottom of the fan gear and fan leaf
1058 tops are connected by connecting rod, and 1058 bottom of the fan leaf is clearance fit, the drying with 1059 top of drying net
1059 left end of net is mutually welded with drying 1059 right end of net, and 1059 bottom of drying net is fixedly connected with 10511 right side of thermal insulation board,
10111 top of the printing and dyeing case is mutually welded with 1031 bottom of bearing bar, and 1043 right end of the power motor is left with thermal insulation board 10511
End is fixed by screws.
Spring 1012 described in this patent uses spring steel material, spring steel to refer to manufacturing all kinds of springs and other elasticity
The special metals steel of element.It can be divided into common alloy spring steel and specific alloy spring steel by performance requirement, use condition.
In progress in use, placing the device in suitable position, make 7 close proximity to ground of non-slip mat, adjusting support foot rest 8 makes print
Dyeing equipment 1 tends to be horizontal, and come loose lockset 4, opens chamber door 3, checks that 5 inside connection of control cabinet leads to dye liquor if without exception
Enter liquid reserve tank 1025, pressing operations button 6, conveyer belt 9 rotates, and starts master controller 1042 and control box 1055, by the product of spinning
It is placed on conveyer belt 9, electrical source of power 1041 energizes for power motor 1043 at this time, and power gear 1044 is by being driven fluted disc
1049 make connecting rod spur gear 1048 rotate, and connecting rod spur gear 1048 drives lower spin-block 1047 to be rotated together with upper spin-block 1046, in turn
Interlocking lever 1045 drives external thread rod 1038 to rotate, and since pedestal 1034 is fixed, internal thread seat 1037 is together with connection at this time
1036 stress of frame declines, and expansion bracket 1035 trails, then bearing plate 1032 declines together with 1031 stress of bearing bar, makes roller 1018
It fits with conveyer belt 9,10116 turn spur 10117 of motor rotation of printing and dyeing at this time, then spur gear 10117 passes through swing arm
10118 make T-type connecting plate 10119 up and down reciprocatingly be slided together with turntable 10115, since fixed seat 10112 and sliding rail 10113 are fixed not
Dynamic, then steel cable 10114, which pulls slipper piston 10110 spring 1012 is overcome to be close to sliding rail 10113, slides up and down, slipper piston
When sliding on 10110, pipette 1011 generates suction, and dye liquor is made to flow through liquid reserve tank 1025, fixing pipe 1024, connector 1023, soft
Pipe 1021, into imbibition valve 1014,1013 stress of Liquid absorption ball overcomes spring 1012 to glide at this time, and imbibition valve 1014 is opened,
Draining valve 1016 is closed, and dye liquor enters pressure pipe 1019；When slipper piston 10110 is left sliding, 1015 stress of drainage ball overcomes
Spring 1012 glides, and draining valve 1016 is opened, and imbibition valve 1014 is closed, and dye liquor is uniformly sprayed at by thrust by nozzle 1017
It on roller 1018, prints and dyes to spinning product, when the product after printing and dyeing is transported to 105 lower section of drying unit, dries power supply
1051 power for dryer 10510, and dryer 10510 makes drying net 1059 heat up, while it is drying motor to dry power supply 1051
1052 energy supplies, motor gear 1053 is rotated by connecting rod helical gear 1054 with active toothed disk 1056, and then fan gear 1057 is made to connect
It is rotated with fan leaf 1058, generates wind-force, the product after printing and dyeing is dried, its rate of drying is accelerated.
The present invention solves existing dyeing apparatus and only simply textile is printed and dyed, and discharge rate is insufficient and unstable, holds
Easily there is non-uniform phenomenon of printing and dyeing, the product after printing and dyeing still needs to naturally dry, takes time and effort, and influences workflow, reduces work
The problem of making efficiency, the present invention are combined with each other by above-mentioned component, and structure is equipped with dyeing apparatus, and it is suitable to place the device in
Position makes non-slip mat close proximity to ground, and adjusting support foot rest makes dyeing apparatus tend to be horizontal, and come loose lockset, opens chamber door, checks control
Dye liquor is passed through liquid reserve tank, pressing operations button, conveyer belt rotation starts main control by connection inside case processed if without exception
Device and control box place spinning product on the conveyor belt, and electrical source of power energizes for power motor at this time, and power gear passes through transmission
Fluted disc makes connecting rod spur gear rotate, and connecting rod spur gear drives lower spin-block to be rotated together with upper spin-block, and then interlocking lever drives external screw thread
Bar rotates, and since pedestal is fixed, internal thread seat declines together with link stress at this time, and expansion bracket trails, then bearing plate
Decline together with bearing bar stress, roller is made to fit with conveyer belt, motor turn spur rotation of printing and dyeing at this time, then spur gear is logical
Crossing swing arm makes T-type connecting plate up and down reciprocatingly be slided together with turntable, and since fixed seat is fixed with sliding rail, then steel cable pulls sliding block work
Plug overcomes spring to be close to sliding rail to slide up and down, and when sliding on slipper piston, pipette generates suction, and dye liquor is made to flow through liquid reserve tank, solid
Fixed tube, connector, hose, into imbibition valve, Liquid absorption ball stress overcomes spring to glide at this time, and imbibition valve is opened, tapping valve
Door is closed, and dye liquor enters pressure pipe；When slipper piston is left sliding, drainage ball stress overcomes spring to glide, and draining valve is opened, and inhales
Fluid valve is closed, and dye liquor is uniformly sprayed on roller by nozzle by thrust, is printed and dyed to spinning product, and product after printing and dyeing is defeated
When being sent to below drying unit, drying power supply is powered for dryer, and dryer makes drying net heat up, while it is drying to dry power supply
Motor energizes, and motor gear is rotated by connecting-rod inclined gear band active toothed disk, and then fan gear is made to be rotated together with fan leaf, generates
Wind-force dries the product after printing and dyeing, accelerates its rate of drying, and equipment is integrated printing and dyeing drying, printed using strong suction
Dye device makes the full and uniform sprinkling of dye liquor, and then improves printing and dyeing effect, prevents textile from printing and dyeing material leakage phenomenon occur, while to print
Product after dye carries out drying and processing, accelerates dye liquor rate of drying, reduces the later stage and dries processing step, and then improves work effect
Rate.
Claims (8)
1. a kind of fabrics printing and dyeing equipment, structure includes dyeing apparatus (1), hinge (2), chamber door (3), lockset (4), control cabinet
(5), operation button (6), non-slip mat (7), support foot rest (8), conveyer belt (9), top plate (10), observation window (11), fixed frame
(12), chamber door (3) right end is connected with chamber door (3) front end by hinge (2), after chamber door (3) left end and lockset (4)
End is connected by screw, and control cabinet (5) left end is that card slot is connect with operation button (6) right end, in the non-slip mat (7)
Portion is mutually binded with support foot rest (8) bottom, special with dyeing apparatus (1) bottom to be threadedly coupled at the top of the support foot rest (8)
Sign is：
Dyeing apparatus (1) front end is mutually welded with control cabinet (5) rear end, and chamber door (3) rear end is with control cabinet (5) front end
Clearance fit, the conveyer belt (9) is internal and dyeing apparatus (1) inside connects, the support foot rest (8) and dyeing apparatus
(1) bottom is mutually perpendicular to, and top plate (10) bottom is fixedly connected at the top of dyeing apparatus (1) by rivet, the observation window
(11) outer wall is mutually binded with fixed frame (12) inner wall, and fixed frame (12) bottom is embedded company with dyeing apparatus (1) top
It connects, observation window (11) bottom is fixedly connected at the top of dyeing apparatus (1) by fixed frame (12)；
The dyeing apparatus (1) is by dyeing and printing device (101), feeding device (102), flexible rack device (103), power plant
(104), drying unit (105), outer framework (106) form, behind dyeing and printing device (101) rear end and outer framework (106) inside
End is clearance fit, and feeding device (102) left end fits with the internal left end of outer framework (106), the flexible rack device
(103) left end is fixedly connected with the internal left end of outer framework (106), internal with outer framework (106) at the top of the power plant (104)
Top is flexible connection, and drying unit (105) right end fits with the internal right end of outer framework (106).
2. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The dyeing and printing device (101) is by inhaling
Liquid pipe (1011), spring (1012), Liquid absorption ball (1013), imbibition valve (1014), drainage ball (1015), draining valve
(1016), nozzle (1017), roller (1018), pressure pipe (1019), slipper piston (10110), printing and dyeing case (10111), fixation
Seat (10112), sliding rail (10113), steel cable (10114), turntable (10115), printing and dyeing motor (10116), spur gear (10117),
Swing arm (10118), T-type connecting plate (10119) composition, pipette (1011) bottom pass through imbibition with pressure pipe (1019) top
Valve (1014) is connected, and passes through draining valve (1016) phase at the top of pressure pipe (1019) the left end bottom and nozzle (1017)
Connection, the imbibition valve (1014) is internal to be connected at the top of Liquid absorption ball (1013) by spring (1012), the tapping valve
Door (1016) is internal to be connected at the top of drainage ball (1015) by spring (1012), pressure pipe (1019) right end and sliding block
Piston (10110) bottom fits, and passes through spring (1012) with sliding rail (10113) upper end at the top of the slipper piston (10110)
It is connected, slipper piston (10110) right end is that card slot is connect with sliding rail (10113) left end, the slipper piston (10110)
Top is connected at the top of fixed seat (10112) by steel cable (10114), turntable (10115) middle-end and T-type connecting plate
(10119) bottom is flexible connection, passes through swing arm at the top of spur gear (10117) middle-end and T-type connecting plate (10119)
(10118) it is connected, spur gear (10117) right end is meshed with printing and dyeing motor (10116) left end, the pipette
(1011) left end is connected with feeding device (102).
3. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The feeding device (102) is by soft
Manage (1021), water pipe fixed frame (1022), connector (1023), fixing pipe (1024), liquid reserve tank (1025) composition, the hose
(1021) top and water pipe fixed frame (1022) bottom are embedded connection, water pipe fixed frame (1022) top and connector
(1023) bottom is integrated, and is mutually welded with fixing pipe (1024) bottom at the top of the connector (1023), the fixation
It connects with liquid reserve tank (1025) bottom at the top of pipe (1024), liquid reserve tank (1025) left end is internal left with outer framework (106)
End is fixedly connected, and hose (1021) right end is connected with dyeing and printing device (101).
4. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：Dyeing and printing device (101) rear end
It is connected with feeding device (102) right end, the dyeing and printing device (101) is equipped with pipette (1011), the pipette (1011)
Left end is mechanical connection with feeding device (102), and the feeding device (102) is equipped with hose (1021), the pipette
(1011) left end and hose (1021) right end are embedded connection.
5. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The flexible rack device (103) by
Bearing bar (1031), bearing plate (1032), crash bar (1033), pedestal (1034), expansion bracket (1035), link (1036),
Internal thread seat (1037), external thread rod (1038) composition, bearing bar (1031) top are mutually welded with bearing plate (1032) bottom
It connects, is connected by connecting rod with link (1036) bottom at the top of the bearing plate (1032), the internal thread seat (1037) is outside
Wall is integrated with link (1036) middle-end, and link (1036) bottom passes through flexible with pedestal (1034) top
Frame (1035) is connected, and external thread rod (1038) bottom is mechanical connection, the pedestal with pedestal (1034) middle-end
(1034) left end is fixedly connected with the internal left end of outer framework (106), external thread rod (1038) outer wall and internal thread seat
(1037) inner wall is meshed, and is connected with power plant (104) at the top of the external thread rod (1038).
6. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The power plant (104) is by moving
Power power supply (1041), master controller (1042), power motor (1043), power gear (1044), interlocking lever (1045), upper spin-block
(1046), lower spin-block (1047), connecting rod spur gear (1048), transmission fluted disc (1049) form, and the electrical source of power (1041) is negative
Pole is to be electrically connected with master controller (1042) right end, and electrical source of power (1041) anode passes through with power motor (1043) bottom
Connecting line is connected, and is integrated with power gear (1044) bottom at the top of the power motor (1043), the power
Gear (1044) rear end is that Spur Gear Driving is connect with transmission fluted disc (1049) bottom front, at the top of the transmission fluted disc (1049)
It is meshed with connecting rod spur gear (1048) bottom, passes through skin with lower spin-block (1047) middle-end at the top of the connecting rod spur gear (1048)
Band is connected, and is connected by connecting rod with upper spin-block (1046) bottom at the top of the lower spin-block (1047), the upper spin-block
(1046) middle-end and interlocking lever (1045) top are drive connection, interlocking lever (1045) middle-end and contracting rack device (103) phase
Connection.
7. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：At the top of the contracting rack device (103)
It is connected with power plant (104) left end, the contracting rack device (103) is equipped with external thread rod (1038), the external thread rod
(1038) top is to be sequentially connected with power plant (104), and the power plant (104) is equipped with interlocking lever (1045), described outer
It is connected by belt with interlocking lever (1045) middle-end at the top of threaded rod (1038).
8. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The drying unit (105) is by drying
Supply (1051), drying motor (1052), motor gear (1053), connecting rod helical gear (1054), control box (1055), fluted disc
(1056), fan gear (1057), fan leaf (1058), drying net (1059), dryer (10510), thermal insulation board (10511) group
At drying power supply (1051) anode is connected with drying motor (1052) bottom left end, and the drying power supply (1051) is just
Pole is to be electrically connected with dryer (10510) top left side, and control box (1055) left end and drying power supply (1051) cathode are logical
It crosses connecting line to be connected, drying motor (1052) right end is integrated with motor gear (1053) left end, the electricity
Machine gear (1053) right end is meshed with connecting rod helical gear (1054) left end, connecting rod helical gear (1054) middle-end and fluted disc
(1056) inner ring is connected by belt, and fluted disc (1056) bottom front is passed with fan gear (1057) rear end for spur gear
Dynamic connection, fan gear (1057) bottom are connected at the top of fan leaf (1058) by connecting rod, the fan leaf
(1058) it is clearance fit, drying net (1059) left end and drying net (1059) right end at the top of bottom and drying net (1059)
It mutually welds, is fixedly connected on the right side of the drying net (1059) bottom and thermal insulation board (10511).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810609333.2A CN108656742A (en) | 2018-06-13 | 2018-06-13 | A kind of fabrics printing and dyeing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810609333.2A CN108656742A (en) | 2018-06-13 | 2018-06-13 | A kind of fabrics printing and dyeing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108656742A true CN108656742A (en) | 2018-10-16 |
Family
ID=63774694
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810609333.2A Withdrawn CN108656742A (en) | 2018-06-13 | 2018-06-13 | A kind of fabrics printing and dyeing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108656742A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020151999A (en) * | 2019-03-20 | 2020-09-24 | ローランドディー．ジー．株式会社 | Printer |
-
2018
- 2018-06-13 CN CN201810609333.2A patent/CN108656742A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2020151999A (en) * | 2019-03-20 | 2020-09-24 | ローランドディー．ジー．株式会社 | Printer |
| JP7178937B2 (en) | 2019-03-20 | 2022-11-28 | ローランドディー．ジー．株式会社 | printer |
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Application publication date: 20181016 |