CN206690665U - Automatically boiling hot mark machine - Google Patents
Automatically boiling hot mark machine Download PDFInfo
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- CN206690665U CN206690665U CN201720391079.4U CN201720391079U CN206690665U CN 206690665 U CN206690665 U CN 206690665U CN 201720391079 U CN201720391079 U CN 201720391079U CN 206690665 U CN206690665 U CN 206690665U
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Abstract
The utility model discloses a kind of automatically boiling hot mark machine.This automatically boiling hot mark machine by setting cut-parts detent mechanism on support, for mark mechanism, Song Ma mechanisms and pressing mechanism, cut-parts detent mechanism, for mark mechanism, Song Ma mechanisms and pressing mechanism coordinated, it is possible to achieve the automatic tabletting positioning of cut-parts, shipping mark automatic sorting, shipping mark are automatically positioned conveying and the automatically function such as boiling hot mark.And the structure design of the automatic boiling hot mark machine is compact, easy to use, reliable, practical, it can be widely applied to the pressing process of thermal transfer printing class shipping mark in clothes making process, worker only simply need to lay cut-parts on station, automatic boiling hot mark machine can automatically, quickly, accurately complete the heat transfer work of stamp shipping mark, production efficiency is high, is advantageous to mitigate the labor intensity of worker.
Description
Technical field
Field of textile machinery is the utility model is related to, more particularly, to a kind of automatically boiling hot mark machine.
Background technology
At present in garment making industry, in order to improve the braiding that the comfort level of ready-made clothes and quality can use original brand trade mark
Class trade mark shipping mark, is changed to the trade mark shipping mark of thermal transfer printing class, and the shipping mark of the type is that will be needed by special process equipment
Stamp style printing and dyeing in advance on the trade mark shipping mark of heat transfer are on one layer of hard transparent film, then provide to clothing factory and printed
Transfer processing on flower shipping mark to cut-parts.
Implement to be related to multiple processes during the heat transfer of stamp class trade mark shipping mark in clothing factory, personnel demand is more, workflow
For：First shipping mark is positioned in corresponding cut-parts piece by piece using common iron, mechanical pressing equipment is reused, will cut out
Shipping mark and the cut-parts of positioning are completed on piece, and to carry out high temperature in pressing equipment excessively boiling hot, and stamp class shipping mark is realized by such mode
Heat transfer processing.The pressing that heat transfer progress stamp shipping mark will be implemented due to the apparel manufacture style of this technique shifts work
Make, so needs of production could be met by needing substantial amounts of manpower to carry out positioning and pressing work in boiling hot mark technique at present.
The process of the transfer of clothing in the market stamp shipping mark positioning at present still uses artificial iron pressing positioning method, so
Working method low production efficiency, labor strength is high, and the beat between shipping mark positioning and two kinds of processes of pressing is difficult to coordinate.
Utility model content
Based on this, it is necessary to provide a kind of automatically boiling hot mark machine that can be improved production efficiency, reduce labor strength.
A kind of automatically boiling hot mark machine, including：
Support；
Cut-parts detent mechanism, it is located on the support, the cut-parts detent mechanism has locating platform and wafer assembly, institute
Stating locating platform has the pressing station for being used for placing for the boiling hot mark position of cut-parts, and the wafer assembly is used for the boiling hot mark portion
Position is pressed on the pressing station；
For mark mechanism, it is located on the support, the confession mark platform having for mark mechanism for placing shipping mark；
Song Ma mechanisms, it is located on the support, the Song Ma mechanisms are used for from described for obtaining shipping mark on mark platform, and will
The shipping mark obtained is delivered on the boiling hot mark position of the pressing station；And
Pressing mechanism, it is located on the support, the pressing mechanism is used for that pressing to be overlapping is placed on the pressing station
The boiling hot mark position and the shipping mark, by the decal transfer on the shipping mark to the boiling hot mark position.
In one of the embodiments, at least it is provided with pressing in the position of the corresponding pressing station on the locating platform
Cushion pad.
In one of the embodiments, the locating platform is provided with the multiple wind inlets for being used for connecting with air suction mechanism, institute
Multiple wind inlets are stated at least partially surrounding the pressing station.
In one of the embodiments, the wafer assembly includes tabletting seat, tabletting drive device and film pressure plate；
The tabletting seat is located on the support；
The tabletting drive device is on the tabletting seat, output shaft and the film pressure plate of the tabletting drive device
Connection, the tabletting drive device are described fixed so that the cut-parts to be pressed in for driving the film pressure plate in the vertical direction to push
On bit platform.
In one of the embodiments, the wafer assembly also includes shift drive and connecting seat；
The shift drive is by the connecting seat on the output shaft of the tabletting drive device and can be by
The tabletting drive device driving in the vertical direction motion；
The output shaft of the shift drive is connected with the film pressure plate for driving the film pressure plate in level side
To being moved to the pressing station.
In one of the embodiments, the wafer assembly also includes the first slide rail, the second slide rail, first slide, second
Slide, propelling driving device and buffer block；
The push direction of first slide rail and second slide rail along the propelling driving device is sequentially arranged at the pressure
On bar；
The first slide is slidably located on first slide rail, the drive seat of the tabletting drive device and described fixed
Bit platform is fixed and is located in the first slide；
The second slide is slidably located on second slide rail；
The drive seat of the propelling driving device is fixedly connected with the first slide, and output shaft and the second slide
It is fixedly connected；
The buffer block is fixedly connected by connecting rod with the second slide, and the buffer block is located at the tabletting
Seat close second slide rail end outside and can by the second slide drive move to the end abut against and
Formed spacing.
In one of the embodiments, first slide rail and second slide rail have two, and two described first
Slide rail correspondingly be arranged in parallel, and two second slide rails correspondingly be arranged in parallel；
The tabletting drive device has two, and two tabletting drive devices are respectively provided at the correspondence of the first slide
The both ends of two first slide rails；
Output shaft of the both ends of the connecting seat with two tabletting drive devices is fixedly connected.
In one of the embodiments, it is described also to include for mark mechanism for mark drive device and supply mark fixed seat；The confession
Mark fixed seat is fixed and is located on the support；It is described to be connected for mark drive device with described for mark fixed seat；It is described to be driven for mark
The output shaft of device moves with described be connected for mark platform for driving is described for mark platform in the vertical direction.
In one of the embodiments, the confession mark drive device is motor, and its output shaft is threaded screw rod；It is described to supply mark
The output shaft of drive device is threadedly coupled through the confession mark fixed seat and with described for mark fixed seat.
In one of the embodiments, it is described also to include multiple gag lever posts for mark mechanism；It is described to be provided with for mark fixed seat
Slidable adjustment seat, one end of the gag lever post are located on the slidable adjustment seat, and the other end supplies mark platform with to mark through described
Head placement location carry out positioning and it is spacing, multiple gag lever posts can pass through the slidable adjustment seat adjust the distance between
To adapt to various sizes of shipping mark.
In one of the embodiments, the Song Ma mechanisms include sending mark fixed seat, inhale mark drive device, inhale mark device and
Send mark drive device；It is described to send mark fixed seat to be located on the support；The suction mark drive device is connected with the suction mark device
For driving the suction mark device to be moved in vertical direction；The suction mark device is used to draw the shipping mark；It is described to send mark to drive
Dynamic device is sent in mark fixed seat described in being located at, and is connected with the drive seat of the suction mark drive device to drive the suction mark to drive
Device moves in the horizontal direction, and then drives the suction mark device to move to the top for mark platform and the pressing station
Top.
In one of the embodiments, the Song Ma mechanisms also include horizontally disposed guide rod, and the guide rod is fixed and is located at
It is described to send in mark fixed seat, it is described to send mark drive device to be moved in the horizontal direction along the guide rod.
In one of the embodiments, the pressing mechanism includes pressing seat, pressing drive device and pressing module；It is described
Pressing seat is located on the support；The pressing drive device is located on the pressing seat and its output shaft and the pressing module
Connection is for the driving pressing module in the vertical direction motion；The pressing module is used for pressing station described in pressing
Cut-parts and shipping mark.
In one of the embodiments, the automatically boiling hot mark machine also includes clamping sheet mechanism；The clamping piece structure is located at described
On support, for clamping one end of cut-parts.
In one of the embodiments, the clamping sheet mechanism include intermediate plate fixed seat, first intermediate plate bar, second intermediate plate bar and
Intermediate plate drive device；The intermediate plate fixed seat is located on the support, and the both ends of the first intermediate plate bar are fixed on the intermediate plate
In fixed seat, one end of the second intermediate plate bar is actively installed in the intermediate plate fixed seat and set against the first intermediate plate bar
Put, the output axis connection of the other end and the intermediate plate drive device and can be driven towards described the by the intermediate plate drive device
The motion of one intermediate plate bar clamps the cut-parts to coordinate with the first intermediate plate bar.
In one of the embodiments, the automatically boiling hot mark machine also includes being located at the clamping sheet mechanism and cut-parts positioning
Receiving mechanism between mechanism；The receiving mechanism includes rewinding positioning drive unit and blanking drive device, the rewinding
The drive seat of positioning drive unit is located on the support, and output shaft and the blanking of the rewinding positioning drive unit drive
The drive seat of device is connected to drive the blanking drive device in the vertical direction to move, the output of the blanking drive device
Axle can extend the top of cut-parts.
Above-mentioned automatically boiling hot mark machine by setting cut-parts detent mechanism on support, for mark mechanism, Song Ma mechanisms and pressing machine
Structure, cut-parts detent mechanism, for mark mechanism, Song Ma mechanisms and pressing mechanism coordinated, it is possible to achieve the automatic tabletting of cut-parts is determined
Position, shipping mark automatic sorting, shipping mark are automatically positioned conveying and the automatically function such as boiling hot mark.And the structure design of the automatic boiling hot mark machine
It is compact, easy to use, reliable, practical, it can be widely applied to the pressing process of thermal transfer printing class shipping mark in clothes making process, worker
Only cut-parts simply need to be laid on station, automatic boiling hot mark machine can automatically, quickly, accurately complete the heat transfer work of stamp shipping mark
Make, production efficiency is high, is advantageous to mitigate the labor intensity of worker.
Brief description of the drawings
Fig. 1 is the structural scheme of mechanism of the automatic boiling hot mark machine of an embodiment；
Fig. 2 is the structural representation at another visual angle of automatic boiling hot mark machine shown in Fig. 1；
Fig. 3 is the structural representation at other visual angles of automatic boiling hot mark machine shown in Fig. 1；
Fig. 4 is the structural representation of cut-parts detent mechanism in automatic boiling hot mark machine shown in Fig. 1；
Fig. 5 is the structural representation at another visual angle of cut-parts location structure shown in Fig. 4；
Fig. 6 is the structural representation that mark mechanism is supplied in automatic boiling hot mark machine shown in Fig. 1；
Fig. 7 is the structural representation of automatic boiling hot Ma Jizhongsong marks mechanism shown in Fig. 1；
Fig. 8 is the structural representation of automatic Tang Majizhong pressings mechanism shown in Fig. 1；
Fig. 9 is the structural representation of clamping sheet mechanism in automatic boiling hot mark machine shown in Fig. 1；
Automatically the structural representation of receiving mechanism in mark machine is scalded shown in Figure 10 bitmaps 1.
Embodiment
For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings
State.Preferred embodiment of the present utility model is given in accompanying drawing.But the utility model can come in fact in many different forms
It is existing, however it is not limited to embodiment described herein.On the contrary, the purpose for providing these embodiments is made to public affairs of the present utility model
Open the understanding more thorough and comprehensive of content.
It should be noted that when element is referred to as " being fixed on " another element, it can be directly on another element
Or there may also be element placed in the middle.When an element is considered as " connection " another element, it can be directly connected to
To another element or it may be simultaneously present centering elements.
Unless otherwise defined, all of technologies and scientific terms used here by the article is led with belonging to technology of the present utility model
The implication that the technical staff in domain is generally understood that is identical.It is simply in term used in the description of the present utility model herein
The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term as used herein "and/or" includes
The arbitrary and all combination of one or more related Listed Items.
Incorporated by reference to Fig. 1, Fig. 2 and Fig. 3, the automatically boiling hot mark machine 10 of an embodiment includes support 100, cut-parts detent mechanism
200th, for mark mechanism 300, Song Ma mechanisms 400 and pressing mechanism 500.
In one embodiment, support 100 include relative and horizontally disposed surface cover 110 and bottom plate 120, it is relative and
The front shroud 130 being vertically arranged and back shroud 140 and relative and the first side cover plate 150 being vertically arranged and the second side cover plate
160.Surface cover 110, bottom plate 120, front shroud 130, back shroud 140, the first side cover plate 150 and the second side cover plate 160 are used for
Carry each functional entity.Wherein, the lower surface of bottom plate 120 is provided with length-adjustable Telescopic base 122.By setting flexible bottom
Seat 122, the height adjustable of whole automatic boiling hot mark machine 10 are easy to use.Each cover plate, which matches, is encircled into body structure, is easy to fix it
His functional entity, and effective protection can be formed to the component of inside, it is also beneficial to ensure the safety of worker.
Incorporated by reference to Fig. 4 and Fig. 5, cut-parts detent mechanism 200 is located on support 100.Cut-parts detent mechanism 200 has positioning flat
Platform 210 and wafer assembly 220.Locating platform 210 has the pressing station for being used for placing for the boiling hot mark position of cut-parts.Wafer assembly
220 are used to boiling hot mark position being pressed in pressing station.
In one embodiment, locating platform 210 is provided with pressing cushion pad 212 in the top of pressing station.It is understood that
In other embodiment, the size of pressing cushion pad 212 can be slightly larger than pressing station.By setting pressing cushion pad 212 can be
Cushioning effect is played during pressing, avoids the transition shock in pressing from causing machine breakdown.
Further, in one embodiment, locating platform 210 is provided with the multiple wind inlets for being used for connecting with air suction mechanism
214.Multiple wind inlets 214 can entirely around or part surround pressing station.By setting wind inlet 214, when with it is extraneous or
When built-in air suction mechanism connects, auxiliary positioning can be played a part of to the cut-parts being placed on pressing station with air draught.
Wafer assembly 220 includes tabletting seat 221, tabletting drive device 222 and film pressure plate 223.Tabletting seat 221 is located at support
On 100.The drive seat of tabletting drive device 222 is on tabletting seat 221.Tabletting drive device 222 can be telescopic cylinder etc.
Actuator.The output shaft of tabletting drive device 222 is connected with film pressure plate 223.Tabletting drive device 222 is used to drive film pressure plate
223 in the vertical directions move, and such as drive film pressure plate 223 to push and cut-parts are pressed on locating platform 210.
In one embodiment, wafer assembly 220 also includes shift drive 224 and connecting seat 225.Displacement driving dress
224 are put to be located on the output shaft of tabletting drive device 222 and can be driven by tabletting drive device 222 by connecting seat 225
Moved on vertical direction.The output shaft of shift drive 224 is connected for driving film pressure plate 223 with film pressure plate 223 in water
Square to being moved to pressing station.Shift drive 224 can be the actuators such as telescopic cylinder.Film pressure plate 223 can directly with
The output shaft of shift drive 224 is fixedly connected.
By setting shift drive 224 and connecting seat 225, it can cause when placing cut-parts, film pressure plate 223 can be with
Not in the top of pressing station, thus avoidance can be formed, be easy to place cut-parts, after cut-parts place, as long as control displacement
Drive device 224 acts, and drives film pressure plate 223 to be moved to the top of pressing station and is pushed again by the drive of tabletting drive device 222
.
Further, in one of the embodiments, wafer assembly 220 also includes the first slide rail 226, the second slide rail 227, the
One slide 228, second slide 229, propelling driving device 230 and buffer block 231.First slide rail 226 and the edge of the second slide rail 227
The push direction of propelling driving device 230 is sequentially arranged on tabletting seat 221.First slide 228 is slidably located at the first slide rail 226
On.The drive seat and locating platform 210 of tabletting drive device 222 are fixed and are located in first slide 228.Second slide 229 can be slided
It is dynamic to be located on the second slide rail 227.The drive seat of propelling driving device 230 is fixedly connected with first slide 228, output shaft and second
Slide 229 is fixedly connected.Buffer block 231 is fixedly connected by connecting rod 232 with second slide 229.Buffer block 231 is located at
Tabletting seat 221 outside the end of the second slide rail 227 and can be driven by second slide 229 and abutted against and shape with the end
Into spacing.
Propelling driving device 230 can be the actuators such as telescopic cylinder.When propelling driving device 230 shrinks, due to pushing away
The drive seat of drive device 230 is sent to be fixedly connected with first slide 228, output shaft is fixedly connected with second slide 229, bumper
Block 231 move to tabletting seat 221 end formed it is spacing after, the contraction of propelling driving device 230 can drive first slide 228
And be located at locating platform 210 in first slide 228, tabletting drive device 222, connecting seat 225, shift drive 224 and
Film pressure plate 223 is overall to move to the second slide rail 227, and the lower section for being finally moveable to pressing mechanism 500 carries out pressing.
By setting the first slide rail 226, the second slide rail 227, first slide 228, second slide 229, propelling driving device
230 and buffer block 231, these structural details be engaged, can cause when placing cut-parts, locating platform 210 is closer to machine
The edge of seat 100, thus be easy to place cut-parts, as long as subsequently the action of control propelling driving device 230 drives locating platform 210 to transport
Move to the lower section of pressing mechanism 500.
Further, in one embodiment, the first slide rail 226 and the second slide rail 227 have two, and two first cunnings
Rail 226 is corresponding to be arranged in parallel, and two the second slide rails 227 are corresponding to be arranged in parallel.Tabletting drive device 222 has two, two tablettings
Drive device 222 is respectively provided at the both ends of two the first slide rails 226 of correspondence of first slide 228.The both ends of connecting seat 225 with
The output shaft of two tabletting drive devices 222 is fixedly connected.In this embodiment, by setting two the first slide rails 226 and two
The second slide rail of bar 227, it is ensured that the stability of operation and the accuracy of tabletting positioning.
In one embodiment, surface cover 110 is provided with opening, and tabletting seat 221 is located at the lower section of surface cover 110；Positioning is flat
Platform 210 is positioned at the inner side of two tabletting drive devices 222, and connecting seat 225 is across two the first slide rails 226；Connecting seat 225 has
The lug boss of bending, the drive seat of shift drive 224 are directly anchored to the lower section of the lug boss；The middle part of film pressure plate 223
Provided with the pressing window for exposing pressing station.The cut-parts detent mechanism 200 is while being easy to place cut-parts, by reasonable
Exquisite structure design, small volume, thus occupy little space, be advantageous to improve the space availability ratio of factory building.
As shown in fig. 6, it is located at for mark mechanism 300 on support 100.Have for mark mechanism 300 and be used to place whole folded shipping mark
For mark platform 310.
In one embodiment, also include for mark fixed seat 320 and for mark drive device 330 for mark mechanism 300.Consolidate for mark
Reservation 320 is fixed and is located on support 100, is that U-shaped confession is grown by class for mark fixed seat 320 such as in diagrammatically shown embodiment
Mark connecting rod 340 is fixed on the first side cover plate 150 and the second side cover plate 160, and is located at back shroud 140 for mark fixed seat 320
Side.It is connected for mark drive device 330 with for mark fixed seat 320.For the output shaft and confession mark platform of mark drive device 330
310 connections are moved for driving for the in the vertical direction of mark platform 310.
In one of the embodiments, it is motor, such as stepper motor precision electric motor for mark drive device 330.Driven for mark
The dynamic output shaft of device 330 is threaded screw rod.Passed through for the output shaft of mark drive device 330 for mark fixed seat 320 and with consolidating for mark
Reservation 320 is threadedly coupled.Because being fixed for mark fixed seat 320, when being rotated for mark drive device 330, it can integrally drive and be put down for mark
Platform 310 rises or falls, and such as rises the height of a shipping mark thickness, or decline reset etc..
Further, in one embodiment, multiple gag lever posts 340 are also included for mark mechanism 300.For in mark fixed seat 320
Provided with slidable adjustment seat 322.One end of gag lever post 340 is located on slidable adjustment seat 322, the other end pass through for mark platform 310 with
The placement location of shipping mark position and spacing.Slidable adjustment seat 322 can be by slide rail slidable adjustment position, then passes through screw
Or at the spacing different hole positions for mark fixed seat 320 such as latch.Multiple gag lever posts 340 can be adjusted by slidable adjustment seat 322
The distance between section is to adapt to various sizes of shipping mark.
As shown in fig. 7, Song Ma mechanisms 400 are located on support 100.Song Ma mechanisms 4 are used for from for obtaining mark on mark platform 310
Head, and acquisition is sent to mark to the boiling hot mark position of pressing station.
In one embodiment, Song Ma mechanisms 400 include sending mark fixed seat 410, send mark drive device 420, inhale mark driving
Device 430 and suction mark device 440.Send mark fixed seat 410 to be located on support 100, such as in diagrammatically shown embodiment, send mark to fix
Seat 410 is located on the first side cover plate 150.Mark drive device 420 is sent to be connected with inhaling the drive seat of mark drive device 430 to drive
Mark drive device 430 is inhaled to move in the horizontal direction.Inhale mark drive device 430 and inhale mark with inhaling mark device 440 and being connected for driving
Device 440 moves in vertical direction.In one of the embodiments, the output shaft of mark drive device 430 is inhaled by inhaling mark bar 450
It is connected with inhaling mark device 440.The structures such as vacuum cups can be but not limited to by inhaling mark device 440, for from for mark platform 310
Draw shipping mark.
Further, in one of the embodiments, Song Ma mechanisms 400 also include horizontally disposed guide rod 460.Guide rod 460
Fixed be located at is sent in mark fixed seat 410.It can be the actuators such as shaftless cylinder to send mark drive device 420, and it can be along guide rod 460
Motion.It can be the actuators such as telescopic cylinder to inhale mark drive device 430, controlled in the vertical direction and inhale mark device 440
Rise or decline.
As shown in figure 8, pressing mechanism 500 is located on support 100.Pressing mechanism 500 is used for that pressing to be overlapping is placed on pressing
Boiling hot mark position and shipping mark on station, by the decal transfer on shipping mark to boiling hot mark position.
In one embodiment, pressing mechanism 500 includes pressing seat 510, pressing drive device 520 and pressing module 530.
Pressing seat 510 is located on support 100, and such as in diagrammatically shown embodiment, pressing seat 510 is located on surface cover 110.Pressing drives
Device 520 can be the actuators such as telescopic cylinder, and its drive seat is located on pressing seat 510 and its output shaft and pressing module 530
Connection is for the driving in the vertical direction of pressing module 530 motion.The cut-parts that pressing module 530 is used on pressing pressing station
With shipping mark.Further, in one of the embodiments, temperature control/time adjustment device is additionally provided with pressing seat 510, can be according to material
The pressing temperature of material selection regulation pressing module 530 and pressing time.
As shown in figure 9, in one embodiment, this scalds mark machine 10 automatically also includes clamping sheet mechanism 600.Clamping piece structure 600
It is located on support 100, for clamping one end of cut-parts.
In structure shown in Fig. 9, clamping sheet mechanism 600 includes intermediate plate fixed seat 610, first intermediate plate bar 620, second intermediate plate bar
630 and intermediate plate drive device 640.Intermediate plate fixed seat 610 is located on support 100, can such as be but not limited to be located at the first side cover
On the side cover plate 160 of plate 150 and second.And first intermediate plate bar 620 is located at the side of front shroud 130 with second intermediate plate bar 630.First
The both ends of intermediate plate bar 620 are fixed in intermediate plate fixed seat 610, and one end of second intermediate plate bar 630 is actively installed on intermediate plate fixed seat 610
It is upper and set against first intermediate plate bar 620, the output axis connection of the other end and intermediate plate drive device 640 and it can be driven by intermediate plate
Device 640 is driven towards first intermediate plate bar 620 and moved to clamp cut-parts with the cooperation of first intermediate plate bar 620.Intermediate plate drive device 640
Can be the actuators such as telescopic cylinder, its drive seat is fixed in intermediate plate fixed seat 610.
As shown in Figure 10, in one embodiment, this scalds mark machine 10 and also determined including being located at clamping sheet mechanism 600 with cut-parts automatically
Receiving mechanism 700 between the mechanism 200 of position.Receiving mechanism 700 includes rewinding positioning drive unit 710 and blanking drive device
720.Rewinding positioning drive unit 710 and blanking drive device 720 can be the actuators such as telescopic cylinder.Wherein, rewinding
The drive seat of positioning drive unit 710 is located on support 100, such as in diagrammatically shown embodiment, be on front shroud 130 and
Close to the side of the second side cover plate 160 (accordingly, cut-parts detent mechanism 200 is located at close to the side of the first side cover plate 150).Receive
The output shaft of material positioning drive unit 710 is connected with the drive seat of blanking drive device 720 to drive blanking drive device perpendicular
Nogata moves upwards.In diagrammatically shown embodiment, blanking drive device 720 is to be arranged on to receive by a blanking fixed seat 730
On the output shaft for expecting positioning drive unit 710.The output shaft of blanking drive device 720 can extend the top of cut-parts.Work as pressing
After the completion of, rewinding positioning drive unit 710 drives blanking drive device 720 to rise to preset height, blanking drive device 720
Output shaft is extend out in cut-parts, and then rewinding positioning drive unit 710 drives blanking drive device 720 to decline, because blanking is driven
The output shaft of dynamic device 720 is located in cut-parts, thus cut-parts can be left behind when blanking drive device 720 declines, and completes to receive
Expect work.
Automatically boiling hot mark machine 10 can also including PLC etc. controlling organization.Controlling organization electrically connects with each drive device, passes through control
Each drive device co-operating of mechanism controls processed, is automatically performed boiling hot mark process.As in one embodiment, this scalds mark machine 10 automatically
Including above-mentioned support 100, cut-parts detent mechanism 200, for mark mechanism 300, Song Ma mechanisms 400, pressing mechanism 500 and clamping sheet mechanism
600, this scald automatically mark machine 10 can according to but be not limited to following process and carry out：
Whole folded shipping mark is placed on on mark platform 310 by operative employee, it would be desirable to scalds the end of the cut-parts of mark, such as preceding width cut-parts
It is clamped in clamping sheet mechanism 600, and high-ranking military officer's nest part is laid on locating platform 210, and boiling hot mark position is located at pressing station
On, air suction mechanism is opened by the air draught of wind inlet 214 with auxiliary positioning cut-parts；
Wafer assembly 220 acts, and is specifically：Shift drive 224 acts, and drives film pressure plate 223 to move to pressing work
The top of position；Tabletting drive device 222 then acts, and driving film pressure plate 223 pushes is pressed in locating platform 210 by boiling hot mark position；
Then propelling driving device 230 acts (such as cylinder contraction), and the especially pressing station of locating platform 210 is moved into pressing module
530 lower section；
While above-mentioned wafer assembly 220 acts or afterwards, Song Ma mechanisms 400 act, and are specifically：Inhaling mark station
Place, inhale mark drive device 430 and control and inhale mark device 440 and move downward from the shipping mark for drawing the superiors on mark platform 310, then
Control is inhaled mark device 440 and risen with shipping mark；Then send mark drive device 420 to act, moved along guide rod 460, drive and inhale mark
Device 440 moves to pressing station along guide rod 460；Then inhale mark drive device 430 control inhale mark device 440 move downward by
Shipping mark is placed in the cut-parts of pressing station；Song Ma mechanisms 400 reset；After inhaling mark device 440 and drawing one layer of shipping mark, driven for mark
Dynamic device 330 acts, and control rises the height of one layer of shipping mark thickness for mark platform, in order to the absorption of next shipping mark；
Pressing mechanism 500 acts, and is specifically：It has been pre-adjusted pressing time and pressing temperature；Pressing drive device 520 is driven
Dynamic pressure scalds module 530 and presses to pressing station, pressing operation is carried out, by the boiling hot mark position of the decal transfer on shipping mark to cut-parts；
Pressing mechanism 500 resets；
After the completion of pressing, wafer assembly 220 and the action of intermediate plate drive device 640 reset；
After the completion of pressing, rewinding positioning drive unit 710 drives blanking drive device 720 to rise to preset height, under
The output shaft of material drive device 720 is extend out in cut-parts, and then rewinding positioning drive unit 710 drives blanking drive device 720
Decline, because the output shaft of blanking drive device 720 is located in cut-parts, thus can be incited somebody to action when blanking drive device 720 declines
Cut-parts are left behind, and complete rewinding work.
Above-mentioned automatically boiling hot mark machine 10 by set on support 100 cut-parts detent mechanism 200, for mark mechanism 300, send mark machine
Structure 400 and pressing mechanism 500, cut-parts detent mechanism 200, cooperate with and match somebody with somebody for mark mechanism 300, Song Ma mechanisms 400 and pressing mechanism 500
Close, it is possible to achieve the automatic tabletting positioning of cut-parts, shipping mark automatic sorting, shipping mark are automatically positioned conveying and the automatically work(such as boiling hot mark
Energy.And the structure design of the automatic boiling hot mark machine 10 is compact, easy to use, reliable, practical, can be widely applied in clothes making process
The pressing process of thermal transfer printing class shipping mark, worker only simply need to lay cut-parts on station, and boiling hot mark machine can automatically, soon automatically
Speed, the accurate heat transfer work for completing stamp shipping mark, production efficiency is high, is advantageous to mitigate the labor intensity of worker.
Each technical characteristic of embodiment described above can be combined arbitrarily, to make description succinct, not to above-mentioned reality
Apply all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, the scope that this specification is recorded all is considered to be.
Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed,
But therefore it can not be interpreted as the limitation to utility model patent scope.It should be pointed out that the common skill for this area
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The scope of protection of the utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.
Claims (16)
- A kind of 1. automatically boiling hot mark machine, it is characterised in that including：Support；Cut-parts detent mechanism, it is located on the support, the cut-parts detent mechanism has locating platform and wafer assembly, described fixed Bit platform has the pressing station for being used for placing for the boiling hot mark position of cut-parts, and the wafer assembly is used to press at the boiling hot mark position On the pressing station；For mark mechanism, it is located on the support, the confession mark platform having for mark mechanism for placing shipping mark；Song Ma mechanisms, it is located on the support, the Song Ma mechanisms are used for from described for obtaining shipping mark on mark platform, and will obtain The shipping mark be delivered on the boiling hot mark position of the pressing station；AndPressing mechanism, it is located on the support, the pressing mechanism is used for the overlapping institute being placed on the pressing station of pressing Boiling hot mark position and the shipping mark are stated, by the decal transfer on the shipping mark to the boiling hot mark position.
- 2. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that at least in the corresponding pressing on the locating platform The position of station is provided with pressing cushion pad.
- 3. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that the locating platform, which is provided with, to be used to connect with air suction mechanism Logical multiple wind inlets, the multiple wind inlet is at least partially surrounding the pressing station.
- 4. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that the wafer assembly includes tabletting seat, tabletting drives Device and film pressure plate；The tabletting seat is located on the support；On the tabletting seat, output shaft and the film pressure plate of the tabletting drive device connect the tabletting drive device Connect, the tabletting drive device is used to drive the film pressure plate in the vertical direction to push so that the cut-parts are pressed in into the positioning On platform.
- 5. automatically boiling hot mark machine as claimed in claim 4, it is characterised in that the wafer assembly also include shift drive and Connecting seat；The shift drive is located on the output shaft of the tabletting drive device by the connecting seat and can be by described The driving in the vertical direction motion of tabletting drive device；The output shaft of the shift drive is connected with the film pressure plate for driving the film pressure plate to move in the horizontal direction Move to the pressing station.
- 6. automatically boiling hot mark machine as claimed in claim 5, it is characterised in that the wafer assembly also includes the first slide rail, second Slide rail, first slide, second slide, propelling driving device and buffer block；The push direction of first slide rail and second slide rail along the propelling driving device is sequentially arranged at the tabletting seat On；The first slide is slidably located on first slide rail, and the drive seat of the tabletting drive device and the positioning are flat Platform is fixed and is located in the first slide；The second slide is slidably located on second slide rail；The drive seat of the propelling driving device is fixedly connected with the first slide, and output shaft is fixed with the second slide Connection；The buffer block is fixedly connected by connecting rod with the second slide, and the buffer block is located at the tabletting seat Outside the end of second slide rail and it can drive move to by the second slide and abut against and formed with the end It is spacing.
- 7. automatically boiling hot mark machine as claimed in claim 6, it is characterised in that first slide rail and second slide rail have two Bar, and two first slide rails correspondingly be arranged in parallel, two second slide rails correspondingly be arranged in parallel；The tabletting drive device has two, and two tabletting drive devices are respectively provided at the correspondence two of the first slide The both ends of first slide rail；Output shaft of the both ends of the connecting seat with two tabletting drive devices is fixedly connected.
- 8. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that it is described also include for mark mechanism for mark drive device and For mark fixed seat；Described fixed for mark fixed seat is located on the support；It is described to supply mark fixed seat with described for mark drive device Connection；The output shaft for mark drive device supplies mark platform in vertical side with described be connected for mark platform for driving is described Motion upwards.
- 9. automatically boiling hot mark machine as claimed in claim 8, it is characterised in that described for mark drive device is motor, its output shaft For threaded screw rod；The output shaft for mark drive device connects through the confession mark fixed seat and with described for mark fixed seat screw thread Connect.
- 10. automatically boiling hot mark machine as claimed in claim 8, it is characterised in that described also to include multiple gag lever posts for mark mechanism；Institute State and be provided with slidable adjustment seat for mark fixed seat, one end of the gag lever post is located on the slidable adjustment seat, and the other end passes through It is described for mark platform with to the placement location of shipping mark carry out positioning and it is spacing, multiple gag lever posts can pass through it is described slide adjust The distance between seat regulation is saved to adapt to various sizes of shipping mark.
- 11. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that the Song Ma mechanisms include sending mark fixed seat, inhale mark Drive device, inhale mark device and send mark drive device；It is described to send mark fixed seat to be located on the support；The suction mark drive device It is connected with the suction mark device for driving the suction mark device to be moved in vertical direction；The suction mark device is used to draw institute State shipping mark；It is described send mark drive device be located at it is described send in mark fixed seat, and be connected with the drive seat of the suction mark drive device To drive the suction mark drive device to move in the horizontal direction, so drive it is described inhale mark device move to it is described for mark platform Top and the top of the pressing station.
- 12. automatically boiling hot mark machine as claimed in claim 11, it is characterised in that the Song Ma mechanisms also include horizontally disposed lead Bar, the guide rod fix be located at it is described send in mark fixed seat, it is described to send mark drive device be along the guide rod in the horizontal direction Motion.
- 13. automatically boiling hot mark machine as claimed in claim 1, it is characterised in that the pressing mechanism includes pressing seat, pressing drives Device and pressing module；The pressing seat is located on the support；The pressing drive device is located on the pressing seat and it Output shaft is connected with the pressing module for driving the pressing module in the vertical direction motion；The pressing module is used In the cut-parts described in pressing on pressing station and shipping mark.
- 14. the automatically boiling hot mark machine as any one of claim 1~13, it is characterised in that also including clamping sheet mechanism；It is described Clamping piece structure is located on the support, for clamping one end of cut-parts.
- 15. automatically boiling hot mark machine as claimed in claim 14, it is characterised in that the clamping sheet mechanism includes intermediate plate fixed seat, the One intermediate plate bar, second intermediate plate bar and intermediate plate drive device；The intermediate plate fixed seat is located on the support, the first intermediate plate bar Both ends be fixed in the intermediate plate fixed seat, one end of the second intermediate plate bar is actively installed in the intermediate plate fixed seat and tight Set, the output axis connection of the other end and the intermediate plate drive device and can be driven by the intermediate plate by the first intermediate plate bar Device is driven towards the first intermediate plate bar motion and clamps the cut-parts to coordinate with the first intermediate plate bar.
- 16. automatically boiling hot mark machine as claimed in claim 14, it is characterised in that also include being located at the clamping sheet mechanism and the sanction Receiving mechanism between piece detent mechanism；The receiving mechanism includes rewinding positioning drive unit and blanking drive device, institute The drive seat for stating rewinding positioning drive unit is located on the support, the output shaft of the rewinding positioning drive unit with it is described under The drive seat of material drive device is connected to drive the blanking drive device in the vertical direction to move, the blanking drive device Output shaft can extend the tops of cut-parts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720391079.4U CN206690665U (en) | 2017-04-13 | 2017-04-13 | Automatically boiling hot mark machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720391079.4U CN206690665U (en) | 2017-04-13 | 2017-04-13 | Automatically boiling hot mark machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206690665U true CN206690665U (en) | 2017-12-01 |
Family
ID=60444811
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720391079.4U Withdrawn - After Issue CN206690665U (en) | 2017-04-13 | 2017-04-13 | Automatically boiling hot mark machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206690665U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106976307A (en) * | 2017-04-13 | 2017-07-25 | 广东溢达纺织有限公司 | Automatically mark machine is scalded |
-
2017
- 2017-04-13 CN CN201720391079.4U patent/CN206690665U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106976307A (en) * | 2017-04-13 | 2017-07-25 | 广东溢达纺织有限公司 | Automatically mark machine is scalded |
| CN106976307B (en) * | 2017-04-13 | 2022-07-29 | 广东溢达纺织有限公司 | Automatic label ironing machine |
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