CN109986872A - Thermal transfer device - Google Patents
Thermal transfer device Download PDFInfo
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- CN109986872A CN109986872A CN201811229554.3A CN201811229554A CN109986872A CN 109986872 A CN109986872 A CN 109986872A CN 201811229554 A CN201811229554 A CN 201811229554A CN 109986872 A CN109986872 A CN 109986872A
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- fixed
- rotary shaft
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
- B41F16/02—Transfer printing apparatus for textile material
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F21/00—Devices for conveying sheets through printing apparatus or machines
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Mechanical Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
Thermal transfer device of the invention, main points are: including rack, rotary table and pneumatic pressing machine.Rotary table includes swivel mount, lower layer's installation seat plate, upper working table plate, rotary shaft, driving mechanism and arrestment mechanism.Rotary shaft vertically to being rotatably arranged in rack, is equipped with the threading hole run through above and below it in the middle part of rotary shaft.Swivel mount is fixed on the upper end of rotary shaft.Lower layer's installation seat plate is fixed on swivel mount.Upper working table plate is fixed on the upside of lower layer's installation seat plate by corresponding support column.By driving mechanism driving rotary shaft rotation and stop, while so that rotary shaft is stopped operating and is positioned by arrestment mechanism.The quantity of pneumatic pressing machine and the quantity of station are identical, and a corresponding pneumatic pressing machine is arranged in each station.Pneumatic pressing machine is fixed on lower layer's installation seat plate, and the upper surface of the boiling hot platform of pneumatic pressing machine is equal with the upper surface of upper working table plate.
Description
Technical field
It is specifically a kind of to print to the pattern heats such as text, trade mark and pattern the present invention relates to clothes processing equipment field
Thermal transfer device on garment material.
Background technique
Thermal transfer is printing image in the new method on various material commodity.Using the images such as text, trade mark and pattern as
One independent sector is applied on the textiles daily necessities such as dress ornament, shoes and hats and various school bag satchels, it has also become today's society can not
A kind of fashion elements lacked, this is not only a kind of decoration of personalization, embodies people's quality of life and improves to beautiful pursuit,
And image can be made into various obvious caution notices to improve the safety and visuality of its attachment.In apparel industry
After thermal transfer mainly pastes a heat transfer label on garment material, baking is reheated, turns the pattern on heat transfer label
It is printed on the garment material surface pasted.Heat transfer label has been gained wide acceptance in apparel industry.
Summary of the invention
The object of the present invention is to provide a kind of structure is simple, high in machining efficiency and accurate positioning thermal transfer device.
Realize the object of the invention basic technical scheme be: a kind of thermal transfer device is structurally characterized in that: including rack,
Rotary table and pneumatic pressing machine.Rotary table include swivel mount, lower layer's installation seat plate, upper working table plate, rotary shaft,
Driving mechanism and arrestment mechanism.Rotary shaft vertically to being rotatably arranged in rack, is equipped with above and below it in the middle part of rotary shaft
Threading hole.Swivel mount is fixed on the upper end of rotary shaft.Lower layer's installation seat plate is fixed on swivel mount.Upper layer work
Platen is fixed on the upside of lower layer's installation seat plate by corresponding support column.Along swivel mount circumferential direction on upper working table plate
Angle is divided into 3 to 5 stations at equal intervals.By driving mechanism driving rotary shaft rotation and stop, while making to rotate by arrestment mechanism
Axis stops operating and is positioned.The quantity of pneumatic pressing machine and the quantity of station are identical, and each station is arranged one accordingly
Pneumatic pressing machine.Pneumatic pressing machine is fixed on lower layer's installation seat plate, the upper surface and upper layer of the boiling hot platform of pneumatic pressing machine
The upper surface of working plate is equal.
Technical solution based on above-mentioned basic technical scheme is: rotary table further includes air draught component.Each work
Corresponding one group of wind inlet is equipped at position.Air draught component includes blower and air draught box.Blower is solid by corresponding blower pillar
It is arranged on the upper end of rotary shaft calmly.The quantity of air draught box and the quantity of station are identical, and each air draught box difference airtight connection exists
On lower layer's installation seat plate, and it is corresponding with the wind inlet at each station respectively.Each air draught box passes through corresponding pipeline and air-flow
Each corresponding closed connection of air inlet of current divider, the gas outlet of stream splitter pass through the air entry of corresponding pipeline and blower
The exhaust pipe of closed connection, blower is arranged on the top of rotary table.
Technical solution based on above-mentioned basic technical scheme is: central rack is successively arranged the first installation from bottom to up
Plate and the second mounting plate.The driving mechanism of rotary table includes oscillating cylinder, swing arm, rotating arm, the first connection turntable, the
Two connection turntables, stop cylinder and positioning seat.Oscillating cylinder is fixed on the first mounting plate of rack by its cylinder body.It swings
One end of arm is fixed on the swinging axle of oscillating cylinder.Adjusting block is equipped in the other end of swing arm.Adjusting block to swing
The distance of the swinging axle of cylinder is adjustable.Rotating arm is V-shaped.Rotating arm is rotated by its middle part junction by corresponding bearing
Setting is on the rotary shaft.Adjusting block is sequentially connected by an end of oscillating bearing and corresponding connecting rod and rotating arm, stop
Cylinder is fixed on another end of rotating arm by its cylinder body, and piston rod stretches out upwards.First connection turntable is coaxial
Setting on the rotary shaft, and is connect by corresponding flat key with transmission of rotary axis, positioned at the upside of rotating arm.First connection turntable
Wear plate is equipped between rotating arm.Second connection turntable is coaxially fixed on the first connection turntable.The quantity of positioning seat
Identical as the quantity of station, along the circumferential direction of the second connection turntable, angle is fixed at the second connection turn to each positioning seat at equal intervals
On disk.Positioning seat is equipped with the hole that is located by connecting that Open Side Down.
Arrestment mechanism uses pneumatic braking device, and pneumatic braking device is fixed on the second mounting plate of rack, driving machine
The edge position of second connection turntable of structure is located between two friction plates up and down of pneumatic braking device, passes through pneumatic braking device
Two friction plates clamp the second connection turntable, it is made to stop operating.
The present invention has the following beneficial effects: the garment material pattern heat of (1) application thermal transfer device of the invention
Printing apparatus high degree of automation only needs a worker that the garment material to heat transfer image is placed in positioned at discharging frame rear
It is subsequent to be incited somebody to action by taking device for mark to put heat transfer label on garment material, then by pneumatic pressing machine on corresponding station
Image on heat transfer label is transferred on garment material, and finally the garment material of printed image is taken out and had by material collecting device
Sequence puts collection, substantially increases generation processing efficiency.
(2) rotary table of thermal transfer device of the invention is equipped with arrestment mechanism, can fast and accurately make rotary work
Platform stops operating, it is ensured that turns over accurate positioning after a station every time, substantially increases the precision of heat transfer image, guarantees image
Position is accurate, improves the quality of commodity.
(3) rotary table of thermal transfer device of the invention is driven using oscillating cylinder, and passes through stop cylinder
Piston rod be inserted into corresponding positioning seat be located by connecting hole to be driven, compared to the rotation work of traditional motor-driven structure
It is more efficient to make platform, and positioning is more accurate.
(4) adjusting block is equipped in one end of the swing arm of the rotary table of thermal transfer device of the invention, adjusting block arrives
The distance of the swinging axle of oscillating cylinder is adjustable, greatly reduces the required precision to swing arm production and processing, is conducive to drop
Low production and processing cost.
(5) it is equipped between the first connection turntable and rotating arm of the rotary table of thermal transfer device of the invention wear-resisting
Piece can reduce the friction between the first connection turntable and rotating arm, be conducive to rotating arm reset, reduce energy consumption when resetting, together
When be conducive to protection the first connection turntable and rotating arm, prolong the service life.
(6) threading hole being equipped in the middle part of the rotary shaft of the rotary table of thermal transfer device of the invention above and below it,
The lower end of rotary shaft is equipped with electric slip ring, so that realizing rotary table can continuous rotation in one direction.
(7) corresponding one group of wind inlet is equipped at each station of the rotary table of thermal transfer device of the invention,
And garment material is absorbed and fixed on rotary table by the blower of air draught component and air draught box, to work as rotary table
When rotation, it is also able to maintain garment material accurate positioning, is conducive to improve yield rate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram using the garment material pattern heat printing apparatus of thermal transfer device of the invention；
Fig. 2 is the schematic top plan view of Fig. 1；
Schematic diagram when Fig. 3 is from the left anterior-superior part of Fig. 1；
Schematic diagram when Fig. 4 is from the right back upper place of Fig. 1；
Rack and rotary table remove the schematic diagram after upper working table plate when Fig. 5 is from the front upper right of Fig. 1
(wherein 1 air draught box only being drawn in figure, remaining is not drawn into)；
Fig. 6 is the driving assembly of rotary table and the schematic diagram of brake assemblies；
Fig. 7 is the schematic top plan view of Fig. 6；
Fig. 8 is the right side view of Fig. 6；
Schematic diagram when Fig. 9 is from the left anterior-superior part of Fig. 6；
Schematic diagram when Figure 10 is from the right back lower place of Fig. 6；
Figure 11 takes the enlarged diagram of device for mark when being from the left anterior-superior part of Fig. 1；
Figure 12 takes the enlarged diagram of device for mark when being from the upper right side of Fig. 1；
Figure 13 takes the enlarged diagram of device for mark when being from the front upper place of Fig. 1；
Figure 14 takes the enlarged diagram for putting standard seat component of device for mark when being from the front upper place of Fig. 1；
The enlarged diagram of material collecting device when Figure 15 is from the left anterior-superior part of Fig. 1；
The enlarged diagram of material collecting device when Figure 16 is from the right back lower place of Fig. 1.
Label in attached drawing are as follows:
Rack 1, the first mounting plate 1-1, the second mounting plate 1-2,
Rotary table 2, the first initial station 2a put mark station 2b, 3rd station 2c, the 4th station 2d, rewinding station
2e, swivel mount 2-1, lower layer installation seat plate 2-2, upper working table plate 2-3, wind inlet 2-31, air draught component 2-4, exhaust pipe 2-
4a, air draught box 2-41, rotary shaft 2-5, electric slip ring 2-51, blower pillar 2-52,
Driving mechanism 2-6, oscillating cylinder 2-61, swing arm 2-62, adjusting block 2-62-1, rotating arm 2-63, the first connection
Turntable 2-64, the second connection turntable 2-65, stop cylinder 2-66, positioning seat 2-67, be located by connecting hole 2-67-1, wear plate 2-
68, arrestment mechanism 2-7,
Device for mark 3 is taken, cabinet 3-1 takes mark main frame body 3-11, lower tank board group part 3-12, the left boxboard 3-13-1 in top, on
Portion housing 3-13-2, magnet assemblies 3-13-2a, hyalomere 3-13-2b, charging basket notch 3-13-2c, upper tank board group part 3-13,
Installation seat plate 3-14, mechanical arm assembly 3-2, the first master arm 3-21, the second slave arm 3-22, third linking arm 3-23, connection
Tracheae 3-24, sucker 3-25, manipulator the first mounting base 3-26, manipulator go up and down driving assembly 3-3, the first driving motor 3-
31, the first screw rod 3-32, the first screw rodb base 3-33, first straight line guide rail 3-34, transmission shaft 3-43a, robot movement driving group
Part 3-4, the second driving motor 3-41, robot drives driven wheel 3-43 put standard seat component 3-5, put standard seat plate 3-51, sliding slot 3-
51-1, left side positioning component 3-52, left side the first attachment base 3-52-1, left side the first slide block guide rail 3-52-2 are adjusted before left side
Sliding block 3-52-3, adjusting slider 3-52-4, left side stud 3-52-5, left side prelocalization seat 3-52-6 behind left side, behind left side
Positioning seat 3-52-7, left side adjusting handle 3-52-8, right positioner component 3-53, right side the first attachment base 3-53-1, right side
One slide block guide rail 3-53-2, adjusting slider 3-53-3 before right side, adjusting slider 3-53-4, right side stud 3-53- behind right side
5, right side prelocalization seat 3-53-6, positioning seat 3-53-7, right side adjusting handle 3-53-8 behind right side, positioning adjust component 3-54,
First straight line guide rail 3-54-1 is positioned, adjusting screw rod 3-54-2 is positioned, positions adjusting slider 3-54-3, positions adjusting handle 3-
54-4, left side connecting rod 3-54-5, right side connecting rod 3-54-6, trash receptacle 3-6,
Pneumatic pressing machine 4, fuselage 41 scald platform 42, electric hot plate 43, and electric hot plate drives cylinder 44, material collecting device 5, rewinding peace
51 are shelved, discharging frame 52, the first material folding frame 53, the first material-handling rod 531, first connects pivoted arm 532, the first material folding frame driving device
53-1, material toggling frame 54, rod for stiring materials 541, material toggling linking arm 542, material toggling frame driving device 54-1, the second material folding frame 55, the second folder
Expect bar 551, the second connection pivoted arm 552, the second material folding frame driving device 55-1, control panel 6, discharging frame 7.
Specific embodiment
In order that the present invention can be more clearly and readily understood, right below according to specific embodiment and in conjunction with attached drawing
The present invention is described in further detail.The description in orientation of the invention is according to shown in orientation shown in FIG. 1 progress namely Fig. 1
Direction up and down be the direction up and down described, a side of court, Fig. 1 institute is front, and the side away from Fig. 1 is rear.
It should also be noted that similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.Meanwhile of the invention
In description, term " first ", " second " etc. are only used for distinguishing description, are not understood to indicate or imply relative importance.
It is to be appreciated that the indicating positions such as term " on ", "lower", "inner", "outside" or positional relationship are based on attached drawing institute
The positional relationship stated is merely for convenience of the description present invention or simplifies description, rather than the specific orientation that instruction must have.
(embodiment 1)
See that Fig. 1 to Figure 10, thermal transfer device of the invention include rack 1, rotary table 2 and pneumatic pressing machine 4.Rack
1 middle part is successively arranged the first mounting plate 1-1 and the second mounting plate 1-2 from bottom to up.
See Fig. 1 to Figure 10, rotary table 2 include swivel mount 2-1, lower layer installation seat plate 2-2, upper working table plate 2-3,
Air draught component 2-4, rotary shaft 2-5, driving mechanism 2-6 and arrestment mechanism 2-7.Rotary shaft 2-5 is vertically to being rotatably arranged on machine
On the first mounting plate 1-1 and the second mounting plate 1-2 of frame 1.The threading hole being equipped in the middle part of rotary shaft 2-5 above and below it.Rotation
The lower end of axis 2-5 is equipped with electric slip ring 2-51.Swivel mount 2-1 is fixed on the upper end of rotary shaft 2-5.Lower layer installation seat plate 2-
2 are fixed on swivel mount 2-1.Upper working table plate 2-3 is fixed at lower layer's installation seat plate by corresponding support column
On the upside of 2-2.It is divided into 3 to 5 stations, the present embodiment along the circumferential angle at equal intervals of swivel mount 2-1 on upper working table plate 2-3
It is 5, corresponding one group of wind inlet 2-31 is equipped at each station.5 stations are successively known as the first in the counterclockwise direction
Beginning station 2a, mark station 2b, 3rd station 2c, the 4th station 2d and rewinding station 2e are put.
Air draught component 2-4 includes blower and air draught box 2-41.Blower is fixed at by corresponding blower pillar 2-52
On the upper end of rotary shaft 2-5.The quantity of air draught box 2-41 is identical as the quantity of station, and the present embodiment is 5,5 air draught box 2-
41 difference airtight connections are corresponding with the wind inlet 2-31 at each station on lower layer installation seat plate 2-2, and respectively.Each air draught
By each corresponding closed connection of air inlet of corresponding pipeline and stream splitter, the gas outlet of stream splitter leads to box 2-41
Cross corresponding pipeline with the air entry of blower is closed is connected to, the exhaust pipe 2-4a of blower is arranged on the top of rotary table 2.
Driving mechanism 2-6 includes oscillating cylinder 2-61, swing arm 2-62, rotating arm 2-63, the first connection turntable 2-64, the second connection turn
Disk 2-65, stop cylinder 2-66 and positioning seat 2-67.Oscillating cylinder 2-61 is fixed at the first installation of rack 1 by its cylinder body
On plate 1-1.One end of swing arm 2-62 is fixed on the swinging axle of oscillating cylinder 2-61.In the other end of swing arm 2-62
Equipped with adjusting block 2-62-1.The distance of the swinging axle of adjusting block 2-62-1 to oscillating cylinder 2-61 is adjustable.Rotating arm 2-63
It is V-shaped.Rotating arm 2-63 is rotatably arranged on rotary shaft 2-5 by its middle part junction by corresponding bearing.Adjusting block 2-62-
1 is sequentially connected by an end of oscillating bearing and corresponding connecting rod and rotating arm 2-63, and stop cylinder 2-66 is by its cylinder body
It is fixed on another end of rotating arm 2-63, piston rod stretches out upwards.First connection turntable 2-64 coaxial arrangement
It is sequentially connected on rotary shaft 2-5, and through corresponding flat key and rotary shaft 2-5, positioned at the upside of rotating arm 2-63.First connects
Switch through and is equipped with wear plate 2-68 between disk 2-64 and rotating arm 2-63.Second connection turntable 2-65 is coaxially fixed at the first company
Switch through on disk 2-64.The quantity of positioning seat 2-67 and the quantity of station are identical, and the present embodiment is 5, and 5 positioning seat 2-67 are along the
Angle is fixed on the second connection turntable 2-65 the circumferential direction of two connection turntable 2-65 at equal intervals.Positioning seat 2-67 is equipped with opening
The downward hole 2-67-1 that is located by connecting.Arrestment mechanism 2-7 uses pneumatic braking device, and pneumatic braking device is fixed at rack 1
On second mounting plate 1-2, the edge position of the second connection turntable 2-65 of driving mechanism 2-6 is located at up and down the two of pneumatic braking device
Between a friction plate, the second connection turntable 2-65 is clamped by two friction plates of pneumatic braking device, it is made to stop operating.
See Fig. 1 to Fig. 5, the quantity of pneumatic pressing machine 4 and the quantity of station are identical, and the present embodiment is 5,5 Pneumatic pressures
Scalding machine 4, angle is fixed on lower layer installation seat plate 2-2 on corresponding each station at equal intervals along the circumferential direction of rotary table, phase
It should be partially between upper working table plate 2-3 and lower layer installation seat plate 2-2.Pneumatic pressing machine 4 include fuselage 41, scald platform 42,
Electric hot plate 43 and electric hot plate drive cylinder 44.It scalds platform 42 to be fixed on 41 lower part of fuselage, electric hot plate drives cylinder 44 by it
Cylinder body is fixed on fuselage 41, and piston rod extends downwardly, and electric hot plate 43 is fixed at electric hot plate driving cylinder 44
On piston rod, and it is corresponding with the position of boiling hot platform 42 in the up-down direction.Each pneumatic pressing machine 4 is along the radial direction of rotary table
Setting, and the boiling hot platform 41 of pneumatic pressing machine 4 is corresponding with the wind inlet 2-31 at the station radially.Pneumatic pressing machine 4
The upper surface for scalding platform 41 is equal with the upper surface of upper working table plate 2-3.
(application examples 1)
See Fig. 1 to Figure 16, the garment material pattern heat printing apparatus of the application example include thermal transfer device, take device for mark 3,
Material collecting device 5, control panel 6 and discharging frame 7.Thermal transfer device uses thermal transfer device described in embodiment 1.Control panel 6
Be fixed on the right side of rack 1 of thermal transfer device by corresponding connection arm assembly, above and below height it is adjustable,
To adapt to the operator of different heights.Control panel 6 is equipped with human-computer interaction interface, for showing equipment state and to equipment
Carry out parameter setting.Discharging frame 7 is fixed at the corresponding station in front of rack 1, for putting to heat transfer image
Garment material.
Fig. 1 to Fig. 4 and Figure 11 are seen to Figure 14, and taking device for mark 3 includes cabinet 3-1, mechanical arm assembly 3-2, manipulator lifting
Driving assembly 3-3, robot movement driving assembly 3-4, standard seat component 3-5 and trash receptacle 3-6 are put.The setting of device for mark 3 is taken to revolve
Revolving worktable 2 puts the mark corresponding section station 2b.Cabinet 3-1 includes taking mark main frame body 3-11, lower tank board group part 3-12, top
Boxboard component 3-13 and installation seat plate 3-14.Lower tank board group part 3-12 includes 4 blocks of lower boxboards, and fixation is set 4 blocks of lower boxboards respectively
It sets on the lower part for taking mark main frame body 3-11 all around 4 sides.Upper tank board group part 3-13 includes the left boxboard 3-13- in top
1 and upper cover 3-13-2.The left boxboard 3-13-1 in top is fixed in the upper left-hand for taking mark main frame body 3-11.Upper lid
Shell 3-13-2 left part is hingedly connected to take on mark main frame body 3-11 by hinge, will take front, top, the right side of mark main frame body 3-11
Portion's corresponding site and left part corresponding site cover.Upper tank board group part 3-13 is located at the top of lower tank board group part 3-12.Top
Housing 3-13-2 right part is fixed on the right part for taking mark main frame body 3-11 by magnet assemblies 3-13-2a.Upper cover 3-
On the upside of the rear portion of 13-2 and right side is hyalomere 3-13-2b made of transparent material, and the present embodiment uses transparent acrylic material
It is made, convenient for observing the remaining situation for putting the heat transfer label in standard seat component 3-5, so that heat transfer label is replenished in time.On
The rear portion right part of the hyalomere 3-13-2b of portion housing 3-13-2 is equipped with charging basket notch 3-13- corresponding with the position trash receptacle 3-6
2c, trash receptacle 3-6 easy for removal and installation.Installation seat plate 3-14 level is fixed on the middle part for taking mark main frame body 3-11,
It is adjusted and is taking the position in the up and down direction on mark main frame body 3-11.Trash receptacle 3-6, which is detachably fixed, to be arranged in cabinet 3-1
Installation seat plate 3-14 right part on.Mechanical arm assembly 3-2 includes the first master arm 3-21, the second slave arm 3-22, third company
Meet arm 3-23, connection tracheae 3-24, sucker 3-25 and the first mounting base of manipulator 3-26.
It includes the first driving motor 3-31, the first screw rod 3-32, the first screw rodb base 3-33 that manipulator, which goes up and down driving assembly 3-3,
With first straight line guide rail 3-34.First driving motor 3-31 is fixed on the installation seat plate 3-14 of cabinet 3-1, and motor is axial
Upper stretching.First screw rod 3-32 is vertically to being rotatably arranged on the upside of installation seat plate 3-14, the lower end of the first screw rod 3-32
It is connect by corresponding shaft joint with the electric machine shaft driving of the first driving motor 3-31.First screw rodb base 3-33 is arranged at first
On bar 3-32, the first screw rod 3-32 rotation drives the first screw rodb base 3-33 to move up and down.First straight line guide rail 3-34 is by its guide rail
Vertically to being fixed on the upside of installation seat plate 3-14.The first mounting base of manipulator 3-26 is fixedly connected on first straight line
On the sliding block of guide rail 3-34 and the first screw rodb base 3-33.
Robot movement driving assembly 3-4 includes the second driving motor 3-41, robot drives driving gear and manipulator
Drive driven wheel 3-43.Second driving motor 3-41 is fixed on the first mounting base of manipulator 3-26, and motor shaft is stretched upwards
Out.The transmission of robot drives driving gear is arranged on the motor shaft of the second driving motor 3-41.Robot drives driven gear
3-43 is sequentially connected on transmission shaft 3-43a, and transmission shaft 3-43a is rotatably arranged on manipulator first by corresponding bearing and installs
On seat 3-26, robot drives driven gear 3-43 is meshed with robot drives driving gear.
The rear-end transmission of first master arm 3-21 is connected on the end of transmission shaft 3-43a, front end and third linking arm 3-23
Front end be articulated and connected by corresponding pin shaft.The rear end of second slave arm 3-22 is hingedly connected to machinery by corresponding pin shaft
On the first mounting base of hand 3-26, front end is hingedly connected on the middle part of third linking arm 3-23 by corresponding pin shaft.Connect gas
Pipe 3-24 is vertically on being fixed on the downside of the rear end of third linking arm 3-23.Sucker 3-25 is fixed at connection tracheae
On the lower end of 3-24, and it is connected by connection tracheae 3-24 with corresponding vacuum generator.
Putting standard seat component 3-5 includes putting standard seat plate 3-51, left side positioning component 3-52, right positioner component 3-53 and positioning
Adjust component 3-54.Put the sliding slot 3-51-1 for setting on standard seat plate 3-51 and being arranged in above and below it there are four rectangular array.Respectively
The edge sliding slot 3-51-1 is controlled to setting.
The left side for putting standard seat plate 3-51 is arranged in left side positioning component 3-52, and standard seat is being put in right positioner component 3-53 setting
The right side of plate 3-51, by positioning adjust the adjustable left side positioning component 3-52 of component 3-54 and right positioner component 3-53 it
Between distance.Left side positioning component 3-52 includes left side the first attachment base 3-52-1, left side the first slide block guide rail 3-52-2, left side
Adjusting slider 3-52-4 behind preceding adjusting slider 3-52-3, left side, left side stud 3-52-5, left side prelocalization seat 3-52-6,
Positioning seat 3-52-7 and left side adjusting handle 3-52-8 behind left side.
Right positioner component 3-53 includes right side the first attachment base 3-53-1, right side the first slide block guide rail 3-53-2, right side
Adjusting slider 3-53-4 behind preceding adjusting slider 3-53-3, right side, right side stud 3-53-5, right side prelocalization seat 3-53-6,
Positioning seat 3-53-7 and right side adjusting handle 3-53-8 behind right side.
Positioning adjusts component 3-54 and adjusts including positioning first straight line guide rail 3-54-1, positioning adjusting screw rod 3-54-2, positioning
Save sliding block 3-54-3, positioning adjusting handle 3-54-4, left side connecting rod 3-54-5 and right side connecting rod 3-54-6.Positioning first straight line is led
Rail 3-54-1 from its guide rail along left and right to being fixed on the lower middle side part for putting standard seat plate 3-51.Position first straight line guide rail 3-
It is set on 54-1 there are two sliding block, two sliding blocks are referred to as left positioning sliding block and right positioning by the difference of the left-right position locating for it
Sliding block.Left side the first attachment base 3-52-1 is fixed on left positioning sliding block.Right side the first attachment base 3-53-1 fixed setting
On right positioning sliding block.Positioning adjusting screw rod 3-54-2, to being rotatably arranged on the downside for putting standard seat plate 3-51, is positioned along front and back
On positioning adjusting screw rod 3-54-2, positioning adjusting handle 3-54-4 transmission setting is adjusted in positioning for adjusting slider 3-54-3 setting
On the front end of screw rod 3-54-2, make to position adjusting screw rod 3-54-2 rotation by rotational positioning adjusting handle 3-54-4, to make
Positioning adjusting slider 3-54-3 is moved forward and backward.It is left that one end of left side connecting rod 3-54-5 is hingedly connected to positioning adjusting slider 3-54-3
In portion, for rotation axis vertically to setting, the other end of left side connecting rod 3-54-5 is hingedly connected to the first attachment base 3-52- of left side
On 1, rotation axis is vertically to setting.One end of right side connecting rod 3-54-6 is hingedly connected to positioning adjusting slider 3-54-3 right part
On, for rotation axis vertically to setting, the other end of right side connecting rod 3-54-6 is hingedly connected to the first attachment base 3-53-1 of right side
On, rotation axis is vertically to setting.
Left side the first slide block guide rail 3-52-2 is fixedly connected on the first attachment base 3-52-1 of left side by two axial screws
On, left side the first slide block guide rail 3-52-2, which is located at, to be put on the upside left part of standard seat plate 3-51, two axial screw corresponding portions point
It is not slidably arranged in and puts on standard seat plate 3-51 in two sliding slot 3-51-1 in left side.On the first slide block guide rail 3-52-2 of left side
To the guide groove for being equipped with opening upwards before and after lateral edge.Left side stud 3-52-5 is sliding to left side first is rotatably arranged on along front and back
On block guide rail 3-52-2, before left side adjusting slider 3-52-3 screw be arranged in left side the first slide block guide rail 3-52-2 be located at front
Thread segment on, its underpart be slidably arranged in left side the first slide block guide rail 3-52-2 guide groove in.Adjusting slider 3- behind left side
52-4, which is screwed, to be arranged in the reverse thread section positioned at rear portion of left side the first slide block guide rail 3-52-2, and its underpart is slidably arranged in
In the guide groove of left side the first slide block guide rail 3-52-2.Adjusting handle 3-52-8 transmission in left side is arranged in left side stud 3-
On the front end of 52-5, rotate left side stud 3-52-5 by left side adjusting handle 3-52-8, to adjust before making left side
Adjusting slider 3-52-4 is in the longitudinal direction along left side the first slide block guide rail 3-52-2 synchronous backward behind sliding block 3-52-3 and left side
Movement adjusts before left side the distance between adjusting slider 3-52-4 behind adjusting slider 3-52-3 and left side.Left side prelocalization seat 3-
52-6 uses angle bar, and left side prelocalization seat 3-52-6 vertically to being fixed at before left side on adjusting slider 3-52-3, is opened
Mouthful towards right and rear, lower end and standard seat plate 3-51 upper side sliding contact is put.Positioning seat 3-52-7 uses angle bar behind left side,
Positioning seat 3-52-7 is vertically to being fixed at behind left side on adjusting slider 3-52-4 behind left side, opening towards right and before
Side, lower end and puts standard seat plate 3-51 upper side sliding contact.Behind left side prelocalization seat 3-52-6 and left side before positioning seat 3-52-7
After be symmetrical arranged.
Right side the first slide block guide rail 3-53-2 is fixedly connected on the first attachment base 3-53-1 of right side by two axial screws
On, right side the first slide block guide rail 3-53-2, which is located at, to be put on the upside right part of standard seat plate 3-51, two axial screw corresponding portions point
It is not slidably arranged in and puts on standard seat plate 3-51 in two sliding slot 3-51-1 on right side.On the first slide block guide rail 3-53-2 of right side
To the guide groove for being equipped with opening upwards before and after lateral edge.Right side stud 3-53-5 is sliding to right side first is rotatably arranged on along front and back
On block guide rail 3-53-2, before right side adjusting slider 3-53-3 screw be arranged in right side the first slide block guide rail 3-53-2 be located at front
Thread segment on, its underpart be slidably arranged in right side the first slide block guide rail 3-53-2 guide groove in.Adjusting slider 3- behind right side
53-4, which is screwed, to be arranged in the reverse thread section positioned at rear portion of right side the first slide block guide rail 3-53-2, and its underpart is slidably arranged in
In the guide groove of right side the first slide block guide rail 3-53-2.Adjusting handle 3-53-8 transmission in right side is arranged in right side stud 3-
On the front end of 53-5, rotate right side stud 3-53-5 by right side adjusting handle 3-53-8, to adjust before making right side
Adjusting slider 3-53-4 is in the longitudinal direction along right side the first slide block guide rail 3-53-2 synchronous backward behind sliding block 3-53-3 and right side
Movement adjusts before right side the distance between adjusting slider 3-53-4 behind adjusting slider 3-53-3 and right side.Right side prelocalization seat 3-
53-6 uses angle bar, and right side prelocalization seat 3-53-6 vertically to being fixed at before right side on adjusting slider 3-53-3, is opened
Mouthful towards left and rear, lower end and standard seat plate 3-51 upper side sliding contact is put.Positioning seat 3-53-7 uses angle bar behind right side,
Positioning seat 3-53-7 is vertically to being fixed at behind right side on adjusting slider 3-53-4 behind right side, opening towards left and before
Side, lower end and puts standard seat plate 3-51 upper side sliding contact.Behind right side prelocalization seat 3-53-6 and right side before positioning seat 3-53-7
After be symmetrical arranged.
Right side prelocalization seat 3-53-6 and left side prelocalization seat 3-52-6 are symmetrical set, positioning seat 3-53-7 behind right side
It is symmetrical set with positioning seat 3-52-7 behind left side.
See that the corresponding section rewinding station 2e of rotary table 2 is arranged in Fig. 1 to Fig. 4, Figure 15 and Figure 16, material collecting device 5.
Material collecting device 5 includes rewinding mounting rack 51, discharging frame 52, the first material folding frame 53, the first material folding frame driving device 53-1, material toggling frame
54, material toggling frame driving device 54-1, the second material folding frame 55 and the second material folding frame driving device 55-1.Rewinding mounting rack 51 is equipped with
Mobile castor.Discharging frame 52 is substantially inverted u-shaped, and discharging frame 52 is adjustable to be fixed on rewinding mounting rack 51, thereon
The upward height in lower section is adjustable.
First material folding frame 53 includes the first material-handling rod 531 and the first connection pivoted arm 532.First connection pivoted arm 532 is by wherein
On portion is rotatably connected in the middle part of the front of discharging frame 52, pivot center is along front and back to horizontally disposed.First connection pivoted arm 532
First material-handling rod 531 is fixedly clamped by left part.First material folding frame driving device 53-1 drives cylinder using the first material folding, by its cylinder
On body is hingedly connected in the middle part of the front of discharging frame 52, the pivot center that pivot center connect pivoted arm 532 with first is mutually flat
Row.The right part of first connection pivoted arm 532 is hingedly connected on the piston rod of the first material folding driving cylinder, to be driven by the first material folding
Cylinder of taking offence makes the first material-handling rod 531 with the pivot center pivot center of the first connection pivoted arm 532 by the first connection pivoted arm 532
It swings.
Material toggling frame 54 includes rod for stiring materials 541 and material toggling linking arm 542.542 lower end of material toggling linking arm is hingedly connected to rewinding
On the front of mounting rack 51, positioned at the front of discharging frame 52, pivot center is along front and back to horizontally disposed.Rod for stiring materials 541 is adjustable
Section is fixed in material toggling linking arm 542, and position in the up-down direction is adjustable.Material toggling frame driving device 54-1 is adopted
Cylinder is driven with material toggling.Material toggling driving cylinder is hingedly connected on the front of rewinding mounting rack 51 by its cylinder body, pivot center
It is parallel to each other with the pivot center of material toggling linking arm 542.Material toggling drives the piston rod of cylinder and the top of material toggling linking arm 542 to cut with scissors
It connects in succession, the pivot center of pivot center and material toggling linking arm 542 is parallel to each other.Rod for stiring materials 541 is made by material toggling driving cylinder
It is swung with material toggling linking arm 542.
Second material folding frame 55 includes the second material-handling rod 551 and the second connection pivoted arm 552.Second connection pivoted arm 552 is by wherein
Portion is rotatably connected on the rear portion of discharging frame 52, and pivot center is along front and back to horizontally disposed.The left part of second connection pivoted arm 552
Second material-handling rod 551 is fixedly clamped.Second material folding frame driving device 55-1 drives cylinder using the second material folding, is cut with scissors by its cylinder body
It connects and is connected on the rear portion of discharging frame 52, the pivot center that pivot center connect pivoted arm 552 with second is parallel to each other.Second connects
The right part for switching through arm 552 is hingedly connected on the piston rod of the second material folding driving cylinder, thus by the and material folding driving cylinder leads to
Crossing the second connection pivoted arm 552 makes the second material-handling rod 551 with the pivot center pivot center of the second connection pivoted arm 552 or so pendulum
It is dynamic.
When the garment material pattern heat printing apparatus of the application example uses: one, worker by discharging frame 7 to heat transfer
The garment material of picture is placed on the corresponding first initial station 2a at 7 rear of discharging frame, the drawing to be printed of garment material
The corresponding site of picture is located on the boiling hot platform 42 of pneumatic pressing machine 4；The blower air-breathing of air draught component 2-4, so that garment material be inhaled
It is attached to be fixed on upper working table plate 2-3.
Two, the piston rod of the stop cylinder 2-66 of rotary table 2 stretches out upwards, is inserted into a corresponding positioning seat 2-67
Be located by connecting in the 2-67-1 of hole；Oscillating cylinder 2-61 is swung, to drive rotating arm 2-63 rotation, rotation by swing arm 2-62
Pivoted arm 2-63 drives the second connection turntable 2-65 rotation by stop cylinder 2-66, and the second connection turntable 2-65 drives the first connection
Turntable 2-64 rotation, the first connection turntable 2-64 drives rotary shaft 2-5 rotation, after rotary shaft 2-5 rotates the angle of a station,
Two friction plates of pneumatic braking device clamp the second connection turntable 2-65, so that it is stopped operating, at this point, to heat transfer image
Garment material is rotated by the first initial station 2a that device for mark 3 is corresponding to be put to taking counterclockwise (referring to fig. 2) with rotary table 2
It marks at station 2b.
Three, the first driving motor 3-31 for taking the manipulator of device for mark 3 to go up and down driving assembly 3-3 drives the first screw rod 3-32
Rotation, move downward the first screw rodb base 3-33, and drive manipulator the first mounting base 3-26 along first straight line guide rail 3-34 to
Lower movement makes the sucker 3-25 of mechanical arm assembly 3-2 heat transfer label corresponding with lower section be in contact, vacuum generator work,
Sucker 3-25 is sucked by heat transfer label.Then the first driving motor 3-31 drives the first screw rod 3-32 rotation, makes first
Pole socket 3-33 is moved upwards, and manipulator the first mounting base 3-26 is driven to move upwards along first straight line guide rail 3-34, and heat is turned
Marking label take out from putting in standard seat component 3-5.The second driving motor 3-41 of robot movement driving assembly 3-4 is rotated, and makes machine
The third linking arm 3-23 of tool hand component 3-2 drives connection tracheae 3-24 and sucker 3-25 to move to the gas at corresponding station backward
Above garment material between the boiling hot platform 42 and electric hot plate 43 of dynamic pressing machine 4, the manipulator of device for mark 3 is then taken to go up and down driving group
The first driving motor 3-31 of part 3-3 drives the first screw rod 3-32 rotation, moves downward the first screw rodb base 3-33, and with motivation
Tool hand the first mounting base 3-26 is moved downward along first straight line guide rail 3-34, turns the sucker 3-25 of mechanical arm assembly 3-2 by heat
Marking label are placed on the garment material to heat transfer image, and then vacuum generator stops working, and are made heat transfer label and are inhaled
Disk 3-25 is detached from, and the first driving motor 3-31 that manipulator goes up and down driving assembly 3-3 drives the first screw rod 3-32 rotation, makes first
Screw rodb base 3-33 is moved upwards, and manipulator the first mounting base 3-26 is driven to move upwards along first straight line guide rail 3-34, mechanical
The second driving motor 3-41 of hands movement driving assembly 3-4 is rotated, and is driven the third linking arm 3-23 of mechanical arm assembly 3-2 and is connected
Trachea 3-24 and sucker 3-25 return to the top for putting standard seat component 3-5, and then the barrier paper between heat transfer label is sucked
Taking-up is placed into trash receptacle 3-6, then carries out taking and heat transfer label and put heat transfer label to corresponding clothes next time
On fabric.
Four, the electric hot plate driving cylinder 44 of pneumatic pressing machine 4 drives electric hot plate 43 to turn by heat transfer label and to heat downwards
The garment material of watermark image is pressed on boiling hot platform 42.
Five, worker puts second garment material to heat transfer image.
Six, the piston rod of the stop cylinder 2-66 of rotary table 2 retracts downwards；Oscillating cylinder 2-61 resets, thus logical
It crosses swing arm 2-62 and drives rotating arm 2-63 rotation, rotating arm 2-63 drives stop cylinder 2-66 to return to initial position, then revolves
The piston rod of the stop cylinder 2-66 of revolving worktable 2 stretches out upwards again, is inserted into being located by connecting for a corresponding positioning seat 2-67
In the 2-67-1 of hole；Two friction plates of pneumatic braking device unclamp the second connection turntable 2-65.Oscillating cylinder 2-61 is swung, and is made
Rotary table 2 is rotated further by a station, so recycles, and 3rd station 2c and the 4th station 2d are continuous heating station.
Seven, when the first initial station 2a is rotated to rewinding station 2e corresponding with material collecting device 5, pneumatic pressing machine 4
Electric hot plate driving cylinder 44 drive electric hot plate 43 be lifted up, the image on heat transfer label has been transferred to garment surface at this time
On material.When rotary table 2 is after going to rewinding station 2e, the corresponding site of garment material is located at the first folder of material collecting device 5
Expect between bar 531 and the second material-handling rod 551 (referring to Fig. 1).First material-handling rod 531 is swung to the left is clamped in second for garment material
On material-handling rod 551.Rod for stiring materials 541 is swung to the right, and the top of garment material is ridden over discharging frame 52 after the second material-handling rod 551
Right side on, then rod for stiring materials 541 swings the downside for being reset to upper working table plate 2-3 to the left, and the first material-handling rod 531 is reset to
The downside of upper working table plate 2-3 and corresponding site are located at the lower section of rod for stiring materials 541.The second material-handling rod 551 is swung to the left at this time,
Make the garment material that is positioned above originally with its be detached from after ride on the left side of discharging frame 52, then the second material-handling rod 551 to
Right swing resets, and completes rewinding.
Particular embodiments described above has carried out further in detail the purpose of the present invention, technical scheme and beneficial effects
It describes in detail bright, it should be understood that the above is only a specific embodiment of the present invention, is not intended to restrict the invention, it is all
Within the spirit and principles in the present invention, any modification, equivalent substitution, improvement and etc. done should be included in guarantor of the invention
Within the scope of shield.
Claims (3)
1. a kind of thermal transfer device, it is characterised in that: including rack, rotary table and pneumatic pressing machine；Rotary table packet
Include swivel mount, lower layer's installation seat plate, upper working table plate, rotary shaft, driving mechanism and arrestment mechanism；Rotary shaft vertically to turn
Threading hole that is dynamic to be arranged in rack, being equipped in the middle part of rotary shaft above and below it；Swivel mount is fixed at the upper end of rotary shaft
On；Lower layer's installation seat plate is fixed on swivel mount；Upper working table plate is fixed at lower layer by corresponding support column
On the upside of installation seat plate；It is divided into 3 to 5 stations along the circumferential angle at equal intervals of swivel mount on upper working table plate；By driving machine
Structure drives rotary shaft rotation and stops, while so that rotary shaft is stopped operating and is positioned by arrestment mechanism；Pneumatic pressing machine
Quantity is identical as the quantity of station, and a corresponding pneumatic pressing machine is arranged in each station；Pneumatic pressing machine is fixed at down
On layer installation seat plate, the upper surface of the boiling hot platform of pneumatic pressing machine is equal with the upper surface of upper working table plate.
2. thermal transfer device according to claim 1, it is characterised in that: rotary table further includes air draught component；Each
Corresponding one group of wind inlet is equipped at station；Air draught component includes blower and air draught box；Blower passes through corresponding blower pillar
It is fixed on the upper end of rotary shaft；The quantity of air draught box and the quantity of station are identical, and each air draught box distinguishes airtight connection
It is corresponding with the wind inlet at each station on lower layer's installation seat plate, and respectively；Each air draught box passes through corresponding pipeline and gas
Flow each corresponding closed connection of air inlet of current divider, the air-breathing that the gas outlet of stream splitter passes through corresponding pipeline and blower
The closed connection of mouth, the exhaust pipe of blower are arranged on the top of rotary table.
3. thermal transfer device according to claim 1, it is characterised in that: central rack is successively arranged the first peace from bottom to up
Loading board and the second mounting plate；The driving mechanism of rotary table include oscillating cylinder, swing arm, rotating arm, first connection turntable,
Second connection turntable, stop cylinder and positioning seat；Oscillating cylinder is fixed on the first mounting plate of rack by its cylinder body；Pendulum
One end of swing arm is fixed on the swinging axle of oscillating cylinder；Adjusting block is equipped in the other end of swing arm；Adjusting block to pendulum
Take offence cylinder swinging axle distance it is adjustable；Rotating arm is V-shaped；Rotating arm is turned by its middle part junction by corresponding bearing
Dynamic setting is on the rotary shaft；Adjusting block is sequentially connected by an end of oscillating bearing and corresponding connecting rod and rotating arm, only
Cylinder of taking offence is fixed on another end of rotating arm by its cylinder body, and piston rod stretches out upwards；First connection turntable is same
Axis is arranged on the rotary shaft, and is connect by corresponding flat key with transmission of rotary axis, positioned at the upside of rotating arm；First connection turns
Wear plate is equipped between disk and rotating arm；Second connection turntable is coaxially fixed on the first connection turntable；The number of positioning seat
Amount is identical as the quantity of station, and along the circumferential direction of the second connection turntable, angle is fixed at the second connection to each positioning seat at equal intervals
On turntable；Positioning seat is equipped with the hole that is located by connecting that Open Side Down；
Arrestment mechanism uses pneumatic braking device, and pneumatic braking device is fixed on the second mounting plate of rack, driving mechanism
The edge position of second connection turntable is located between two friction plates up and down of pneumatic braking device, passes through two of pneumatic braking device
Friction plate clamps the second connection turntable, it is made to stop operating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811229554.3A CN109986872A (en) | 2018-10-22 | 2018-10-22 | Thermal transfer device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811229554.3A CN109986872A (en) | 2018-10-22 | 2018-10-22 | Thermal transfer device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109986872A true CN109986872A (en) | 2019-07-09 |
Family
ID=67128276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811229554.3A Pending CN109986872A (en) | 2018-10-22 | 2018-10-22 | Thermal transfer device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109986872A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111204121A (en) * | 2019-12-19 | 2020-05-29 | 南京匠杺印创科技有限公司 | Ready-made clothe printing device that stability is good |
| CN112123924A (en) * | 2020-10-19 | 2020-12-25 | 湖南鑫海股份有限公司 | Float surface heat transfer printing system |
| CN113580746A (en) * | 2021-09-13 | 2021-11-02 | 欧西玛（广州）机械有限公司 | Heat transfer printing equipment |
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| DD287227A5 (en) * | 1989-08-28 | 1991-02-21 | Veb Kombinat Polygraph "Werner Lamberz" Leipzig,De | DEVICE FOR REMOVING ARCES AND / OR BOWS |
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