CN108909166A - A kind of fabrics printing and dyeing equipment - Google Patents
A kind of fabrics printing and dyeing equipment Download PDFInfo
- Publication number
- CN108909166A CN108909166A CN201810601938.7A CN201810601938A CN108909166A CN 108909166 A CN108909166 A CN 108909166A CN 201810601938 A CN201810601938 A CN 201810601938A CN 108909166 A CN108909166 A CN 108909166A
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F17/00—Printing apparatus or machines of special types or for particular purposes, not otherwise provided for
- B41F17/003—Special types of machines for printing textiles
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F33/00—Indicating, counting, warning, control or safety devices
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41P—INDEXING SCHEME RELATING TO PRINTING, LINING MACHINES, TYPEWRITERS, AND TO STAMPS
- B41P2217/00—Printing machines of special types or for particular purposes
- B41P2217/50—Printing presses for particular purposes
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of fabrics printing and dyeing equipment, its structure includes liquid crystal display, seal protection lid, heat radiation protection device, dyeing apparatus main body, skidproof supporting leg, motor radiating hole, product nameplate, electric controller, the present invention realizes fabrics printing and dyeing equipment by being equipped with heat radiation protection device, operator, which opens seal protection lid equipment when no arrestment works and can automatically power off, to stop working while being cooled down by blower, avoid that the dyeing cup in dyeing apparatus is thrown away and steam threatens to the safety of staff, the effective safety improved in the equipment course of work.
Description
Technical field
The present invention is a kind of fabrics printing and dyeing equipment, belongs to field of textile machinery.
Background technique
Printing and dyeing are also referred to as dyeing and finishing, are a kind of processing method and pre-treatment, dyeing, stamp, final finishing, wash water etc.
Burlap can be dyed red with hematite powder by general name, Zao Liu, the Neolithic Age before 7,000 years, our ancestors,
The primitive tribe for living in Chaidamu Basin, Qinghai Province promise wood flood area, can dye knitting wool yellow, red, brown, Lan Dengse, weave and have
The felt of colour play, Shang and Zhou Dynasty, staining technique are continuously improved, and full-time government official " dye people " is equipped in the handicraft workshop of imperial palace and is come
" palm dye grass ", management dyeing production, the color dyed is also continuously increased, and arrives Han dynasty, and staining technique has reached quite high level,
With the continuous improvement and development of Dyeing Technology, China's printing and dyeing industry development is very fast, and working ability ranks the first in the world,
It is textile printing and dyeing big producer, but operator is not having arrestment work in traditional fabrics printing and dyeing equipment course of work
After opening seal protection lid when making, the dyeing cup in dyeing apparatus, which is thrown away, will cause staff's injury, and equipment work generates
Pyrolytic conversion can scald staff at steam, equipment safety is lower.
Summary of the invention
In view of this, the embodiment of the invention provides a kind of fabrics printing and dyeing equipment, to improve fabrics printing and dyeing equipment work
After operator opens seal protection lid when no arrestment works during work, the dyeing cup in dyeing apparatus throws away meeting
Cause staff injured, and the pyrolytic conversion that equipment work generates can scald staff at steam, equipment safety is lower
Deficiency.
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 liquid crystal display, seal protection lid, heat radiation protection device, dyeing apparatus main body, skidproof supporting leg, motor radiating
Hole, product nameplate, electric controller, the skidproof supporting leg set and are installed on dyeing apparatus body floor four there are four being respectively perpendicular
A angle, the motor radiating hole are equidistantly uniformly distributed in dyeing apparatus main body right lateral surface, and the product nameplate is round rectangle
Structure and back side glue connection are connected to the dyeing apparatus main body front upper right corner, and it is left that the heat radiation protection device is nested in dyeing apparatus main body
Upper angle is simultaneously mechanically connected with seal protection lid, and the seal protection lid hinge connection is in dyeing apparatus body upper surface left end, institute
It states electric controller bolt and is fixed on the dyeing apparatus body upper surface upper right corner, the liquid crystal display is nested in electric controller
Positive top is simultaneously electrically connected with electric controller, and the heat radiation protection device is by sealing cover linkage, protective device shell, cunning
Wheel drive structure, fan drive device, cooling fan structure, power control structure, power source drive device composition, the protection dress
Housing nests are set in the dyeing apparatus main body upper left corner, the sealing cover linkage, which runs through, is connected to protective device upper surface of outer cover
Centre, the pulley drive structure are installed on left end in protective device shell, and the fan drive device is mechanically connected to protection
Bottom and left end is connect with pulley drive construction machine in crust of the device, the cooling fan structure is nested in protective device shell
The interior lower right corner, the power control structure are installed on the upper right corner in protective device shell, and the power source drive device is installed on close
It is closely packed together on the right side of capping linkage and with power control structure top.
Further, the sealing cover linkage is linked by the first transmission gear, interlocking bar fixing axle, sealing cover
Bar, oscillating rod, rope fixed ring composition, the interlocking bar fixing axle are nested in three points from left to right of protective device upper surface of outer cover
One of place, the sealing cover interlocking bar is through being connected among interlocking bar fixing axle and top and seal protection base face bolt are solid
It is scheduled on together, first transmission gear is located on the right side of sealing cover interlocking bar and is closely packed together with power source drive device, described
Oscillating rod is installed on the left of sealing cover interlocking bar and right end is snapped together with sealing cover interlocking bar, the rope fixed ring screw thread
It is fixed on oscillating rod left end and is bundled with pulley drive structure.
Further, the pulley drive structure is solid by drag rope, the first rope slide guide wheel, helical spring, sliding block
Determine guide rail, gear drive sliding block, the second transmission gear, gear connecting rod, the second rope slide guide wheel composition, the first rope slide guide
Wheel bolt is fixed among the inner wall of protective device shell left end, and the fixed guide rail of the sliding block is horizontally installed to the first rope slide guide wheel
Lower section, the gear drive sliding block are nested in below the fixed guide rail of sliding block, and it is right that the helical spring is installed on gear drive sliding block
Between side and the fixed guide rail of sliding block, second transmission gear is located at below gear drive sliding block mutually to be nibbled with gear drive sliding block
It closes, the gear connecting rod bolt is fixed in front of the second transmission gear and is closely packed together with fan drive device, described second
Rope slide guide wheel is located at below power source drive device, and the drag rope top is bundled with rope fixed ring, the other end
It is closely together around the first rope slide guide wheel, the second rope slide guide wheel and with gear drive sliding block right end.
Further, the fan drive device is passed by motor control switch, driving motor, the first spur gear, gear
Lever, drive rod fixing axle, third transmission gear, gear drive screw rod composition, the motor control switch bolt are fixed on guarantor
Protection unit shell inner bottom surface left end, the driving motor are located on the right side of motor control switch and are electrically connected with motor control switch,
First spur gear is welded on the right side of driving motor, and the drive rod fixing axle is installed vertically on the right side of driving motor, described
Gear-driving rod is through being connected among drive rod fixing axle and left end and the first spur gear are intermeshed, the gear drive spiral shell
Bar is installed vertically on protective device shell inner bottom surface and is intermeshed with cooling fan structure, and the third transmission gear is installed on
Between gear-driving rod and gear drive screw rod.
Further, the cooling fan structure is by dustproof protecting cover, fan fixed mount, cooling fan, the second straight-tooth
Wheel composition, the fan fixed mount are installed on the right side of gear drive screw rod and are parallel to each other with gear drive screw rod, the heat dissipation
Blower is nested on the right side of fan fixed mount, and the dustproof protecting cover bolt is fixed on protective device shell bottom right side, and described the
Two spur gears are welded in cooling fan left end and are intermeshed with gear drive screw tip.
Further, the power control structure is by power supply fixing seat, quiet contact, power supply terminal, dynamic contact
Part, flat spring, power drives bar, drive rod pulley composition, the power supply cage bolt are fixed on cooling fan superstructure,
The quiet contact is installed on power supply fixing seat front bottom, the power drives bar be located above power supply fixing seat and left end with
Power supply fixing seat is mechanically coupled together, and the dynamic contact is through being connected at the top of power supply fixing seat and top and power drives
Bar bolt is fixed together, and the power supply terminal is welded in quiet contact, dynamic contact right side, and the flat spring is installed on
Below power drives bars between power supply fixing seat upper surface, the drive rod pulley be nested in power drives bar right end and with electricity
Source drive device is closely packed together.
Further, the power source drive device by push-pull rod, push-pull rod fixing axle, pulley connecting rod, the first fixed pulley,
Driving belt composition, the fixed axle bolt of the push-pull rod are fixed on protective device cover top portion inner wall, and the push-pull rod is through company
It is connected among push-pull rod fixing axle and right end is closely packed together with drive rod pulley, first fixed pulley is located at power supply fixing seat
Left side, the driving belt upper and lower ends are close together respectively at the first fixed pulley, the first transmission gear, the pulley connecting rod
Left and right ends are fixed together respectively at the first fixed pulley front and push-pull rod left end bolt.
Beneficial effects of the present invention are as follows：A kind of fabrics printing and dyeing equipment of the present invention, when fabrics printing and dyeing equipment is using
In the process, operator does not have after opening seal protection lid in the case where halt device work, and sealing cover linkage passes through electricity
Source drive device makes power control structure be powered, and makes dyeing apparatus emergency stop, while cooling fan structure by electric controller
Start and radiate to dyeing apparatus inside, avoids operator from being scalded by steam, effectively enhance device security.It is setting
During received shipment row, operator opens seal protection lid, and sealing cover interlocking bar top is fixed with seal protection base face bolt
Together, therefore sealing cover interlocking bar is stretched out upwards along interlocking bar fixing axle, and sealing cover interlocking bar drives the first of right end to pass
Moving gear rotates clockwise, and the first transmission gear drives the first fixed pulley synchronous rotary by driving belt, on the first fixed pulley
Pulley connecting rod as the first fixed pulley moves right and push-pull rod is pushed to push to the right in push-pull rod fixing axle, push push-and-pull
Bar right end is closely packed together with drive rod pulley, is pushed push-pull rod to squeeze drive rod pulley and is deflected down with power drives bar, electricity
Dynamic contact below the drive rod of source is moved down and is contacted with quiet contact simultaneously, and quiet contact and dynamic contact are powered at this time
And by electric signal transmission to electric controller, electric controller receives and carries out emergency stop to equipment.When sealing cover interlocking bar edge
Interlocking bar fixing axle while stretch out upwards, the oscillating rod of sealing cover interlocking bar left end rotates counterclockwise, oscillating rod left end
Rope fixed ring drives drag rope to move down, and helical spring flicks to the left at this time, and gear drive sliding block is fixed along sliding block
Guide rail is moved to the left, and gear drive sliding block drives the second transmission gear of lower section to rotate counterclockwise, in front of the second transmission gear
Gear connecting rod pulls the button above motor control switch, and driving motor work, driving electricity are opened and controlled to motor control switch
First spur gear of machine right end drives gear-driving rod rotation, and gear-driving rod drives the rotation of third transmission gear, third transmission
Gear drive screw rod on the right side of gear rotates and drives the second spur gear synchronous rotary, obtains cooling fan on the right side of the second spur gear and turns
It moves and radiates to dyeing apparatus.
The present invention realizes fabrics printing and dyeing equipment and is set by being equipped with heat radiation protection device, operator in no stopping
Opening seal protection lid equipment, which can automatically power off, when standby work stops working while being cooled down by blower, and printing and dyeing is avoided to set
Standby interior dyeing cup is thrown away and steam threatens to the safety of staff, the effective safety improved in the equipment course of work
Property.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of fabrics printing and dyeing equipment of the present invention.
Fig. 2 is the internal cross section structural schematic diagram of heat radiation protection device of the present invention.
Fig. 3 is the internal structure detailed maps of heat radiation protection device of the present invention.
Fig. 4 is the first operation schematic diagram of heat radiation protection device of the present invention.
Fig. 5 is the second work signal of heat radiation protection device of the present invention.
In figure：Liquid crystal display -1, seal protection lid -2, heat radiation protection device -3, dyeing apparatus main body -4, anti-skidding support
Foot -5, motor radiating hole -6, product nameplate -7, electric controller -8, sealing cover linkage -301, protective device shell -
302, pulley drive structure -303, fan drive device -304, cooling fan structure -305, power control structure -306, power supply
Driving device -307, the first transmission gear -30101, interlocking bar fixing axle -30102, sealing cover interlocking bar -30103, oscillating rod -
30104, rope fixed ring -30105, drag rope -30301, the first rope slide guide wheel -30302, helical spring -30303, cunning
Block fixes guide rail -30304, gear drive sliding block -30305, the second transmission gear -30306, gear connecting rod -30307, the second rope
Rope leads pulley -30308, motor control switch -30401, driving motor -30402, the first spur gear -30403, gear-driving rod -
30404, drive rod fixing axle -30405, third transmission gear -30406, gear drive screw rod -30407, dustproof protecting cover -
30501, fan fixed mount -30502, cooling fan -30503, the second spur gear -30504, power supply fixing seat -30601, quiet connect
Contact element -30602, dynamic contact -30604, flat spring -30605, power drives bar -30606, is driven power supply terminal -30603
Lever pulley -30607, push-pull rod -30701, push-pull rod fixing axle -30702, pulley connecting rod -30703, the first fixed pulley -
30704, driving belt -30705.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, FIG. 1 to FIG. 5
The structure of the dyeing apparatus of embodiment of the present invention is schematically shown, With reference to embodiment, is further described
The present invention.
Embodiment
As Figure 1-Figure 5, the present invention provides a kind of fabrics printing and dyeing equipment, and structure includes liquid crystal display 1, sealing
Protection cap 2, heat radiation protection device 3, dyeing apparatus main body 4, skidproof supporting leg 5, motor radiating hole 6, product nameplate 7, electric-controlled
Device 8 processed, the skidproof supporting leg 5 are set there are four being respectively perpendicular to be installed on dyeing apparatus main body 4 bottom surface four angle, and the motor dissipates
Hot hole 6 is equidistantly uniformly distributed in 4 right lateral surface of dyeing apparatus main body, and the product nameplate 7 is round rectangle structure and back side glue
Be connected to the positive upper right corner of dyeing apparatus main body 4, the heat radiation protection device 3 be nested in 4 upper left corner of dyeing apparatus main body and with
Seal protection lid 2 is mechanically connected, and 2 hinge connection of seal protection lid is described electrical in 4 upper surface left end of dyeing apparatus main body
8 bolt of controller is fixed on the 4 upper surface upper right corner of dyeing apparatus main body, and the liquid crystal display 1 is being nested in electric controller 8 just
It is electrically connected at the top of face and with electric controller 8, the heat radiation protection device 3 is by sealing cover linkage 301, protective device shell
302, pulley drive structure 303, fan drive device 304, cooling fan structure 305, power control structure 306, power drives
Device 307 forms, and the protective device shell 302 is nested in 4 upper left corner of dyeing apparatus main body, the sealing cover linkage
301 through being connected among 302 upper surface of protective device shell, and the pulley drive structure 303 is installed on protective device shell
Left end in 302, the fan drive device 304 are mechanically connected to bottom and left end and pulley drive in protective device shell 302
Structure 303 is mechanically connected, and the cooling fan structure 305 is nested in the lower right corner in protective device shell 302, the power supply control
Structure 306 is installed on the upper right corner in protective device shell 302, and the power source drive device 307 is installed on sealing cover linkage
301 right side and be closely packed together at the top of power control structure 306.
The sealing cover linkage 301 is linked by the first transmission gear 30101, interlocking bar fixing axle 30102, sealing cover
Bar 30103, oscillating rod 30104, rope fixed ring 30105 form, and the interlocking bar fixing axle 30102 is nested in outside protective device
For 302 upper surface of shell from left to right at one third, the sealing cover interlocking bar 30103, which runs through, is connected to interlocking bar fixing axle
Among 30102 and top is fixed together with 2 bottom surface bolt of seal protection lid, and first transmission gear 30101 is located at sealing
30103 right side of lid interlocking bar is simultaneously closely packed together with power source drive device 307, and the oscillating rod 30104 is installed on sealing cover connection
On the left of lever 30103 and right end is snapped together with sealing cover interlocking bar 30103, and the rope fixed ring 30105 is screwed
It is bundled in 30104 left end of oscillating rod and with pulley drive structure 303.
The pulley drive structure 303 by drag rope 30301, the first rope slide guide wheel 30302, helical spring 30303,
Sliding block fixes guide rail 30304, gear drive sliding block 30305, the second transmission gear 30306, gear connecting rod 30307, the second rope
Slide guide wheel 30308 forms, and 30302 bolt of the first rope slide guide wheel is fixed among 302 left end inner wall of protective device shell,
The fixed guide rail 30304 of the sliding block is horizontally installed to 30302 lower section of the first rope slide guide wheel, the gear drive sliding block 30305
It is nested in fixed 30304 lower section of guide rail of sliding block, the helical spring 30303 is installed on 30305 right side of gear drive sliding block and slides
Between the fixed guide rail 30304 of block, second transmission gear 30306 is located at 30305 lower section of gear drive sliding block and gear drive
Sliding block 30305 is intermeshed, and 30307 bolt of gear connecting rod is fixed on 30306 front of the second transmission gear and drives with blower
Dynamic device 304 is closely packed together, and the second rope slide guide wheel 30308 is located at 307 lower section of power source drive device, the traction rope
30301 top of rope is bundled with rope fixed ring 30105, and the other end bypasses the first rope slide guide wheel 30302, the second rope
Slide guide wheel 30308 is simultaneously closely together with 30305 right end of gear drive sliding block.
The fan drive device 304 by motor control switch 30401, driving motor 30402, the first spur gear 30403,
Gear-driving rod 30404, drive rod fixing axle 30405, third transmission gear 30406, gear drive screw rod 30407 form, institute
It states 30401 bolt of motor control switch and is fixed on 302 inner bottom surface left end of protective device shell, the driving motor 30402 is located at
30401 right side of motor control switch is simultaneously electrically connected with motor control switch 30401, and first spur gear 30403 is welded in drive
Dynamic 30402 right side of motor, the drive rod fixing axle 30405 are installed vertically on 30402 right side of driving motor, the gear drive
Bar 30404 is intermeshed through 30405 centre of drive rod fixing axle and left end is connected to the first spur gear 30403, the tooth
Wheel drive screw 30407 is installed vertically on 302 inner bottom surface of protective device shell and is intermeshed with cooling fan structure 305, institute
Third transmission gear 30406 is stated to be installed between gear-driving rod 30404 and gear drive screw rod 30407.
The cooling fan structure 305 is by dustproof protecting cover 30501, fan fixed mount 30502, cooling fan 30503,
Two spur gears 30504 composition, the fan fixed mount 30502 are installed on 30407 right side of gear drive screw rod and and gear drive
Screw rod 30407 is parallel to each other, and the cooling fan 30503 is nested in 30502 right side of fan fixed mount, the dustproof protecting cover
30501 bolts are fixed on 302 bottom right side of protective device shell, and second spur gear 30504 is welded in cooling fan 30503
Left end and be intermeshed at the top of gear drive screw rod 30407.
The power control structure 306 by power supply fixing seat 30601, quiet contact 30602, power supply terminal 30603,
Dynamic contact 30604, flat spring 30605, power drives bar 30606, drive rod pulley 30607 form, the power supply fixing seat
30601 bolts are fixed on 305 top of cooling fan structure, and the quiet contact 30602 is installed on 30601 front of power supply fixing seat
Bottom, the power drives bar 30606 is located at 30601 top of power supply fixing seat and left end and power supply fixing seat 30601 are mechanical even
It is connected together, the dynamic contact 30604 is through being connected to the top of power supply fixing seat 30601 and top and power drives bar
30606 bolts are fixed together, and it is right that the power supply terminal 30603 is welded in quiet contact 30602, dynamic contact 30604
Side, the flat spring 30605 are installed between 30606 lower section of power drives bar and 30601 upper surface of power supply fixing seat, the drive
Lever pulley 30607 is nested in 30606 right end of power drives bar and is closely packed together with power source drive device 307.
The power source drive device 307 is by push-pull rod 30701, push-pull rod fixing axle 30702, pulley connecting rod 30703, first
Fixed pulley 30704, driving belt 30705 form, and 30702 bolt of push-pull rod fixing axle is fixed on protective device shell 302
Top inner wall, the push-pull rod 30701 is through being connected among push-pull rod fixing axle 30702 and right end and drive rod pulley
30607 are closely packed together, and first fixed pulley 30704 is located at 30601 left side of power supply fixing seat, the driving belt 30705
Upper and lower ends are close together respectively at the first fixed pulley 30704, the first transmission gear 30101, and the pulley connecting rod 30703 is left
Right both ends are fixed together respectively at 30704 front of the first fixed pulley with 30701 left end bolt of push-pull rod.
When fabrics printing and dyeing equipment in use, operator do not have halt device work in the case where open sealing
After protection cap 2, sealing cover linkage 301 makes power control structure 306 be powered by power source drive device 307, and passes through electricity
Airgun controller 8 makes dyeing apparatus emergency stop, while cooling fan structure 305 starts and radiates to dyeing apparatus inside, avoids
Operator is scalded by steam, effectively enhances device security.
Specifically, operator opens seal protection lid 2,30103 top of sealing cover interlocking bar in equipment running process
Be fixed together with 2 bottom surface bolt of seal protection lid, thus sealing cover interlocking bar 30103 along interlocking bar fixing axle 30102 to
Upper stretching, sealing cover interlocking bar 30103 drive the first transmission gear 30101 of right end to rotate clockwise, the first transmission gear
30101 drive 30704 synchronous rotary of the first fixed pulley by driving belt 30705, the pulley connecting rod on the first fixed pulley 30704
30703 as the first fixed pulley 30704 moves right and push-pull rod 30701 is pushed to push away to the right in push-pull rod fixing axle 30702
It is dynamic, it pushes 30701 right end of push-pull rod to be closely packed together with drive rod pulley 30607, pushes push-pull rod 30701 to squeeze drive rod sliding
Wheel 30607 is deflected down with power drives bar 30606, the dynamic contact 30604 of 30606 lower section of power drives bar while to moving down
It moves and is contacted with quiet contact 30602, quiet contact 30602 is powered with dynamic contact 30604 at this time simultaneously passes through electric signal transmission
To electric controller 8, electric controller 8 receives and carries out emergency stop to equipment.
Specifically, while sealing cover interlocking bar 30103 is stretched out upwards along interlocking bar fixing axle 30102, sealing cover
The oscillating rod 30104 of 30103 left end of interlocking bar rotates counterclockwise, and the drive of rope fixed ring 30105 of 30104 left end of oscillating rod is led
Messenger rope 30301 moves down, and helical spring 30303 flicks to the left at this time, and gear drive sliding block 30305 is led along sliding block fixation
Rail 30304 is moved to the left, and gear drive sliding block 30305 drives the second rotation counterclockwise of transmission gear 30306 of lower section, and second passes
The gear connecting rod 30307 in 30306 front of moving gear pulls the button of 30401 top of motor control switch, motor control switch
30401 open and control the work of driving motor 30402, and the first spur gear 30403 of 30402 right end of driving motor is passed with moving gear
Lever 30404 rotates, and gear-driving rod 30404 drives third transmission gear 30406 to rotate, 30406 right side of third transmission gear
Gear drive screw rod 30407 rotate and drive 30504 synchronous rotary of the second spur gear, must be dissipated on the right side of the second spur gear 30504
Air-heater 30503 is rotated and is radiated to dyeing apparatus.
Claims (7)
1. a kind of fabrics printing and dyeing equipment, structure includes liquid crystal display (1), seal protection lid (2), heat radiation protection device
(3), dyeing apparatus main body (4), skidproof supporting leg (5), motor radiating hole (6), product nameplate (7), electric controller (8),
It is characterized in that：
The skidproof supporting leg (5) sets and is installed on dyeing apparatus main body (4) bottom surface four angle, the motor there are four being respectively perpendicular
Heat release hole (6) is equidistantly uniformly distributed in dyeing apparatus main body (4) right lateral surface, and the product nameplate (7) is round rectangle structure
And back side glue connection is connected to the positive upper right corner of dyeing apparatus main body (4), the heat radiation protection device (3) is nested in dyeing apparatus main body
(4) upper left corner and with seal protection lid (2) be mechanically connected, seal protection lid (2) hinge connection is in dyeing apparatus main body (4)
Upper surface left end, electric controller (8) bolt are fixed on dyeing apparatus main body (4) upper surface upper right corner, the liquid crystal
Show that device (1) is nested in electric controller (8) front top and is electrically connected with electric controller (8)；
The heat radiation protection device (3) is by sealing cover linkage (301), protective device shell (302), pulley drive structure
(303), fan drive device (304), cooling fan structure (305), power control structure (306), power source drive device (307)
Composition, the protective device shell (302) are nested in dyeing apparatus main body (4) upper left corner, the sealing cover linkage (301)
Through being connected among protective device shell (302) upper surface, the pulley drive structure (303) is installed on protective device shell
(302) interior left end, the fan drive device (304) are mechanically connected to the interior bottom of protective device shell (302) and left end and cunning
Wheel drive structure (303) mechanical connection, the cooling fan structure (305) are nested in protective device shell (302) interior lower right corner,
The power control structure (306) is installed on protective device shell (302) interior upper right corner, power source drive device (307) peace
It is closely packed together loaded on sealing cover linkage (301) right side and with power control structure (306) top.
2. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The sealing cover linkage
(301) by the first transmission gear (30101), interlocking bar fixing axle (30102), sealing cover interlocking bar (30103), oscillating rod
(30104), rope fixed ring (30105) forms, and the interlocking bar fixing axle (30102) is nested in protective device shell (302)
From left to right at one third, the sealing cover interlocking bar (30103), which is run through, is connected to interlocking bar fixing axle (30102) for upper surface
Intermediate and top is fixed together with seal protection lid (2) bottom surface bolt, and first transmission gear (30101) is located at sealing cover
It is closely packed together on the right side of interlocking bar (30103) and with power source drive device (307), the oscillating rod (30104) is installed on sealing
On the left of lid interlocking bar (30103) and right end is snapped together with sealing cover interlocking bar (30103), the rope fixed ring
(30105) it is screwed on oscillating rod (30104) left end and is bundled with pulley drive structure (303).
3. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The pulley drive structure (303)
By drag rope (30301), the first rope slide guide wheel (30302), helical spring (30303), sliding block fixed guide rail (30304),
Gear drive sliding block (30305), the second transmission gear (30306), gear connecting rod (30307), the second rope slide guide wheel (30308)
Composition, the first rope slide guide wheel (30302) bolt are fixed among the inner wall of protective device shell (302) left end, the cunning
Block fixed guide rail (30304) is horizontally installed to below the first rope slide guide wheel (30302), the gear drive sliding block (30305)
It is nested in below sliding block fixed guide rail (30304), the helical spring (30303) is installed on gear drive sliding block (30305) right side
Between side and sliding block fixed guide rail (30304), second transmission gear (30306) is located under gear drive sliding block (30305)
Side is intermeshed with gear drive sliding block (30305), and gear connecting rod (30307) bolt is fixed on the second transmission gear
(30306) it is closely packed together in front of and with fan drive device (304), the second rope slide guide wheel (30308) is located at power supply
Below driving device (307), drag rope (30301) top is bundled with rope fixed ring (30105), the other end
Around the first rope slide guide wheel (30302), the second rope slide guide wheel (30308) and with gear drive sliding block (30305) right end it is tight
It is buckled together.
4. a kind of fabrics printing and dyeing equipment according to claim 3, it is characterised in that：The fan drive device (304)
By motor control switch (30401), driving motor (30402), the first spur gear (30403), gear-driving rod (30404), pass
Lever fixing axle (30405), third transmission gear (30406), gear drive screw rod (30407) composition, the motor control are opened
It closes (30401) bolt and is fixed on protective device shell (302) inner bottom surface left end, the driving motor (30402) is located at motor control
It is electrically connected on the right side of system switch (30401) and with motor control switch (30401), first spur gear (30403) is welded in drive
On the right side of dynamic motor (30402), the drive rod fixing axle (30405) is installed vertically on the right side of driving motor (30402), the tooth
Wheel drive rod (30404) is through being connected to drive rod fixing axle (30405) intermediate and left end and the first spur gear (30403) are mutual
Engagement, the gear drive screw rod (30407) be installed vertically on protective device shell (302) inner bottom surface and with cooling fan structure
(305) it is intermeshed, the third transmission gear (30406) is installed on gear-driving rod (30404) and gear drive screw rod
(30407) between.
5. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The cooling fan structure (305)
It is made of dustproof protecting cover (30501), fan fixed mount (30502), cooling fan (30503), the second spur gear (30504),
The fan fixed mount (30502) is installed on the right side of gear drive screw rod (30407) and mutual with gear drive screw rod (30407)
In parallel, the cooling fan (30503) is nested on the right side of fan fixed mount (30502), dustproof protecting cover (30501) bolt
It is fixed on protective device shell (302) bottom right side, second spur gear (30504) is welded in cooling fan (30503) most
Left end is simultaneously intermeshed at the top of gear drive screw rod (30407).
6. a kind of fabrics printing and dyeing equipment according to claim 1, it is characterised in that：The power control structure (306)
By power supply fixing seat (30601), quiet contact (30602), power supply terminal (30603), dynamic contact (30604), plate bullet
Spring (30605), power drives bar (30606), drive rod pulley (30607) composition, power supply fixing seat (30601) bolt are solid
Above cooling fan structure (305), the quiet contact (30602) is installed on the positive bottom of power supply fixing seat (30601),
The power drives bar (30606) is located above power supply fixing seat (30601) and left end and power supply fixing seat (30601) are mechanical even
It is connected together, the dynamic contact (30604) is through being connected at the top of power supply fixing seat (30601) and top and power drives bar
(30606) bolt is fixed together, and the power supply terminal (30603) is welded in quiet contact (30602), dynamic contact
(30604) right side, the flat spring (30605) are installed below power drives bar (30606) and on power supply fixing seat (30601)
Between surface, the drive rod pulley (30607) is nested in power drives bar (30606) right end and and power source drive device
(307) it is closely packed together.
7. a kind of fabrics printing and dyeing equipment according to claim 2, it is characterised in that：The power source drive device (307)
By push-pull rod (30701), push-pull rod fixing axle (30702), pulley connecting rod (30703), the first fixed pulley (30704), transmission skin
Band (30705) forms, and push-pull rod fixing axle (30702) bolt is fixed on protective device shell (302) top inner wall, described
Push-pull rod fixing axle (30702) is intermediate and right end is abutted against with drive rod pulley (30607) through being connected to for push-pull rod (30701)
Together, first fixed pulley (30704) is located on the left of power supply fixing seat (30601), the driving belt (30705) up and down two
End is close together respectively at the first fixed pulley (30704), the first transmission gear (30101), and the pulley connecting rod (30703) is left
Right both ends are fixed together respectively at the first fixed pulley (30704) front with push-pull rod (30701) left end bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810601938.7A CN108909166A (en) | 2018-06-12 | 2018-06-12 | A kind of fabrics printing and dyeing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810601938.7A CN108909166A (en) | 2018-06-12 | 2018-06-12 | A kind of fabrics printing and dyeing equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108909166A true CN108909166A (en) | 2018-11-30 |
Family
ID=64420396
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810601938.7A Withdrawn CN108909166A (en) | 2018-06-12 | 2018-06-12 | A kind of fabrics printing and dyeing equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108909166A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111546764A (en) * | 2020-05-18 | 2020-08-18 | 李从勇 | Overheating self-power-off protection device for pyrograph machine |
-
2018
- 2018-06-12 CN CN201810601938.7A patent/CN108909166A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111546764A (en) * | 2020-05-18 | 2020-08-18 | 李从勇 | Overheating self-power-off protection device for pyrograph machine |
| CN111546764B (en) * | 2020-05-18 | 2022-07-15 | 李从勇 | Overheating self-power-off protection device for pyrograph machine |
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Application publication date: 20181130 |