CN103407285A - Guide groove type full-automatic pad printing device - Google Patents

Guide groove type full-automatic pad printing device Download PDF

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Publication number
CN103407285A
CN103407285A CN2013103071305A CN201310307130A CN103407285A CN 103407285 A CN103407285 A CN 103407285A CN 2013103071305 A CN2013103071305 A CN 2013103071305A CN 201310307130 A CN201310307130 A CN 201310307130A CN 103407285 A CN103407285 A CN 103407285A
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CN
China
Prior art keywords
bat printing
guide groove
workpiece
cylinder
bat
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Granted
Application number
CN2013103071305A
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Chinese (zh)
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CN103407285B (en
Inventor
彭心宽
黄水灵
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Shenzhen Rapoo Technology Co Ltd
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Shenzhen Rapoo Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Priority to CN201310307130.5A priority Critical patent/CN103407285B/en
Publication of CN103407285A publication Critical patent/CN103407285A/en
Application granted granted Critical
Publication of CN103407285B publication Critical patent/CN103407285B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The invention discloses a guide groove type full-automatic pad printing device which comprises a base, a guide groove part, a pad printing device body, a pushing mechanism, a heating solidifying box and a feeding mechanism. The guide groove part is provided with a guide groove used for containing a pad-printed workpiece and fixed on the base and comprises a feeding section, a pad printing section and a heat solidifying section. The pad printing device body is fixed on the base and located above the pad printing section of the guide groove part, and the pad printing device body comprises a pad printing supporting base, a pad printing head power mechanism, an oil groove mechanism and a cleaning mechanism, wherein the pad printing head power mechanism is arranged on the supporting base, and the oil groove mechanism and the cleaning mechanism are fixed on the base. The pushing mechanism is arranged below the pad printing section of the guide groove part and comprises a workpiece chuck, a lifting air cylinder and an advancing and retreating air cylinder. The lifting air cylinder is used for pushing the workpiece chuck to move up and down, and the advancing and retreating air cylinder is used for pushing front and back. The heating solidifying box is provided with a heating cavity used for penetrating of the heat solidifying section of the guide groove part., Pad printing machining of continuous feeding and continuous heating solidifying is achieved in the guide groove mode, and automatic pad printing machining of wireless receiver workpieces and other products is achieved. Pad printing efficiency is greatly improved, and manual operation of an operator is not needed in the whole process of the pad printing machining.

Description

The full-automatic transfer printing equipment of guide type
Technical field
The present invention relates to a kind of transfer printing equipment, more particularly refer to the full-automatic transfer printing equipment of a kind of guide type.
Background technology
In prior art, the wireless receiver of the wireless products such as Wireless Keyboard, wireless mouse, the signs such as LOGO that need to print product on the surface of its product, this sign are located on the bonnet of wireless receiver, and the structure of bonnet is as shown in Figure 1.Prior art mode great majority are to adopt half manual half mechanical system to carry out bat printing processing, and the employing also had will be carried out bat printing processing after bonnet and the installation of wireless receiver body again.No matter be directly bonnet to be carried out to bat printing processing, or the wireless receiver installed after this is carried out to bat printing processing, because automaticity is not high, the inefficiency of bat printing processing.
Therefore, be necessary to develop the transfer printing equipment that can a kind ofly can realize the processing of automation bat printing.
Summary of the invention
The object of the invention is to overcome the defect of prior art, provide a kind of for the full-automatic transfer printing equipment of guide type.
For achieving the above object, the present invention is by the following technical solutions:
The full-automatic transfer printing equipment of guide type, comprise base; Guide groove part, be provided with for accommodating by the guide groove of bat printing workpiece, and described guide groove part is fixed in base, comprises feed zone, bat printing section and thermosetting section; Printer device, be fixed in base and be positioned at the top of guide groove part bat printing section, comprises the bat printing bearing, is located at the bat printing head actuating unit on bearing, and be fixed in oil groove mechanism and the cleaning mechanism on base; Propulsive mechanism, be located at the below of guide groove part bat printing section, comprises Workpiece clamping head, be used to promoting the lift cylinder that Workpiece clamping head moves up and down and the advance and retreat cylinder promoted for front and back; The case that is heating and curing, be provided be used to passing the heating chamber of guide groove part thermosetting section; Feed mechanism, be connected in the guide groove part feed zone.
Also comprise that the guide groove that guide groove part is provided with is the 1-3 bar; Described feed mechanism is 1-3, and described feed mechanism is vibrator feeder; The bat printing head of printer device comprises the bat printing die of 1-3 row.
Also comprise and also comprise binder cylinder and the backgauge cylinder that is positioned at the guide groove part top, described binder cylinder is corresponding with the original position of the Workpiece clamping head of propulsive mechanism; During bat printing, the material blocking block that backgauge cylinder below connects blocks workpiece, and after bat printing completed, Workpiece clamping head unclamped the clamping to workpiece, and lift cylinder descends, and is promoted backward by the advance and retreat cylinder, and rollback is to original position; The binder cylinder is pushed down the workpiece on guide groove downwards, and lift cylinder rises, and Workpiece clamping head is clamped the workpiece between material blocking block and briquetting, and the backgauge cylinder rises, and the advance and retreat cylinder promotes forward, and workpiece enters the bat printing station.
The feed zone top that also comprises described guide groove part is provided with the brush and for the sweep up dust cylinder that sweeps up dust of brush transverse movement of driving of sweeping up dust.
Its further technical scheme is: also comprise the bat printing slide rail be fixedly connected with base, reach the bat printing slide unit be slidably connected with the bat printing slide rail, described bat printing slide unit is fixed with described oil groove mechanism and cleaning mechanism.
Its further technical scheme is: described Workpiece clamping head is air-cylinder type chuck or electromagnetic type chuck.
Its further technical scheme is: the movable end of described binder cylinder is fixed with briquetting.
Its further technical scheme is: the distance between described material blocking block and briquetting is 2-5 times of Workpiece length, and the bat printing head of printer device comprises the bat printing die that 2-5 is capable.
Its further technical scheme is: also comprise the electric cabinet of being located on base, on described electric cabinet, also be provided with console, described console is provided with control button and display screen; Described is the wireless receiver bonnet by the bat printing workpiece.
Its further technical scheme is: described bat printing head actuating unit is the rotary power structure; Described rotary power structure comprises: the main shaft connected with the bearing rotation; Be located at the motor of bearing one side, the output shaft of motor connects with spindle drive; Sliding chute seat, be fixedly linked in the opposite side of bearing, and sliding chute seat is provided with chute, and described chute comprises the vertical slot that is positioned at the main shaft both sides and the cross transition groove communicated with two vertical slot; Swing arm, an end and the main shaft of described swing arm are fixedly connected, and the other end is provided with straight trough; The axle of pulling pin, the stage casing of the described axle of pulling pin is slidably connected in the straight trough of swing arm, and one end and chute are slidably connected, the other end and the bat printing bar is rotary is fixedly connected; The bat printing bar, upper end is fixedly connected with the axle of pulling pin, and lower end is provided with bat printing head holder; Stage casing is provided with vertical slide rail section; Bat printing head holder, be fixed in the lower end of bat printing bar, the removable bat printing head that is connected with in the lower end of described bat printing head holder; With bearing, be fixedly connected and be positioned at the horizontal slide rail of sliding chute seat below; The slide unit sub-assembly, comprise the horizontal slide unit that is slidably connected with horizontal slide rail and the vertical slide unit be slidably connected with vertical slide rail section; Wherein, the reciprocating type rotation of motor, drive by swing arm the axle reciprocating in chute of pulling pin, and the axle of pulling pin is done up and carried-move horizontally-the past bat printing action pressed down by bat printing bar, bat printing head holder drive bat printing head.
The present invention's beneficial effect compared with prior art is: the present invention has adopted the guide groove part structure, by feed mechanism, will need the workpiece of bat printing processing to deliver to one by one in guide groove, pass through again propulsive mechanism, in groups workpiece is pushed into to the below of printer device, after completing bat printing, move to again in the case that is heating and curing that is set in guide groove part thermosetting section, in the guide groove mode, realize feeding in continuous material, continuous bat printing, the bat printing processing that laser heating solidifies, realize the automation bat printing processing of the products such as wireless receiver workpiece, greatly improved bat printing efficiency, a whole bat printing process, manual operation without operating personnel.Wherein the rotary power structure of printer device employing is by the rotating of a motor, by three, be slidably connected the reciprocating that structure realizes two directions of bat printing head, its structure is quite simple, cost is low, occupy little space, be easy to safeguard, can be used as the standarized component in automation equipment, easily be automated the bat printing operation in equipment.
The invention will be further described below in conjunction with the drawings and specific embodiments.
The accompanying drawing explanation
Fig. 1 is the amplification stereogram of wireless receiver bonnet of the prior art;
Fig. 2 is the isometric front view of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Fig. 3 is stereogram and the partial enlarged drawing thereof that saves console, bat printing head actuating unit and bearing in Fig. 2;
Fig. 4 is another angle stereogram of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Fig. 5 saves the stereogram of console, bat printing head actuating unit and bearing in Fig. 4;
Fig. 6 is the stereogram of the left rear side direction of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Fig. 7 saves the stereogram of console, bat printing head actuating unit and bearing in Fig. 6;
Fig. 8 is left view and the partial enlarged drawing thereof of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Fig. 9 is the stereogram (saving console, bat printing head actuating unit and bearing) of the left rear side direction of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Figure 10 is the rotary power structural upright structure chart one of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Figure 11 is the rotary power structural upright structure chart two of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Figure 12 is the rotary power structural upright structure chart three of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Figure 13 is the rotary power structural upright structure chart four of the full-automatic transfer printing equipment specific embodiment of guide type of the present invention;
Figure 14 is the chute trajectory shape schematic diagram of the rotary power structure of full-automatic another specific embodiment of transfer printing equipment of guide type of the present invention.
Reference numeral
Reference numeral in Fig. 2-Fig. 9
32 base 33 electric cabinets
34 console 341 control buttons
342 display screen 42 guide groove parts
420 guide groove 421 feed zones
422 bat printing section 423 thermosetting sections
427 cylinder 428 fixed heads that sweep up dust
52 printer device 521 bearings
522 bat printing head actuating unit 523 oil groove mechanisms
524 cleaning mechanism 525 bat printing slide rails
526 bat printing slide unit 527 bat printing cylinders
62 propulsive mechanism 621 Workpiece clamping heads
622 lift cylinder 623 advance and retreat cylinders
6231 slide block 6232 slide rails
624 binder cylinder 6241 briquettings
6242 holder 625 backgauge cylinders
6251 material blocking blocks 72 case that is heating and curing
721 heating chamber 722 fans
728 stock guide 82 feed mechanisms
S bonnet 424 bat printing stations
Reference numeral in Figure 10-Figure 14
10 bearing 11 support plates
20 motor 21 reducing gears
22 disc 23 sensors
30 sliding chute seat 300 cushion pads
301 proximity transducer 31 chutes
311 vertical slot 312 cross transition grooves
40 swing arm 400 straight troughs
401 counting sensing chip 12 cavitys
50 axle 51 spill spin blocks of pulling pin
511 connection slot 512 briquettings
513 hold-down screw 60 bat printing bars
70 bat printing head holder 79 bat printing heads
80 horizontal slide rail 90 slide unit sub-assemblies
The vertical slide unit of 91 horizontal slide unit 92
93 gusset pieces
The specific embodiment
In order to more fully understand technology contents of the present invention, below in conjunction with specific embodiment, technical scheme of the present invention is further introduced and explanation, but be not limited to this.
As Fig. 2-shown in Figure 9, the full-automatic transfer printing equipment of guide type of the present invention is for the specific embodiment of the bat printing processing of wireless receiver bonnet, and it comprises with lower member:
Base 32; Base is provided with electric cabinet 33, on electric cabinet 33, also is provided with console 34, and console 34 is provided with control button 341 and display screen 342.In electric cabinet, be provided with the controller electrically connected with parts such as the magnetic valve of each cylinder, motors.Base 32 is provided with a plurality of pillars, for fixing all parts.
Guide groove part 42, be provided with for accommodating by the guide groove 420 of the bat printing workpiece bonnet S of wireless receiver (the present embodiment for), and guide groove part 42 is fixed in base 32, comprises feed zone 421, bat printing section 422 and thermosetting section 423; The guide groove that guide groove part is provided with is 2.In the present embodiment, adopted split-type structural, feed zone 421 is fixedly connected with feed mechanism 82, and bat printing section 422 and thermosetting section 423 are the integral type structure.
Printer device 52, be fixed in base 32 and be positioned at the top of guide groove part bat printing section 422, comprises bat printing bearing 521, is located at the bat printing head actuating unit 522 on bearing 521, and be fixed in oil groove mechanism 523 and cleaning mechanism 524 on base 32; The bat printing head of printer device 52 comprises the bat printing die of 2 row, 3 row, once can carry out bat printing to six bonnet S.Also comprise the bat printing slide rail 525 be fixedly connected with base 32, reach the bat printing slide unit 526 be slidably connected with bat printing slide rail 525, bat printing slide unit 526 is fixed with described oil groove mechanism 523 and cleaning mechanism 524.Bat printing slide unit 526 is realized the movement of position by bat printing cylinder 527, when needs clean the bat printing head, cleaning mechanism 524 is moved to the below of bat printing head, when needs dip in printing ink, oil groove mechanism 523 is moved to the below of bat printing head.
Propulsive mechanism 62, be located at the below of guide groove part bat printing section 422, comprises Workpiece clamping head 621, be used to promoting the lift cylinder 622 that Workpiece clamping head 621 moves up and down and the advance and retreat cylinder 623 promoted for front and back; Also comprise the binder cylinder 624 and the backgauge cylinder 625 that are positioned at the guide groove part top, the movable end of binder cylinder 624 is fixed with briquetting 6241.The movable end of backgauge cylinder 625 is fixed with material blocking block 6251, and binder cylinder 624 is corresponding with the original position of the Workpiece clamping head 621 of propulsive mechanism, during bat printing, the material blocking block 6251 that backgauge cylinder 625 belows connect blocks by feed mechanism and pushes through next bonnet S, after bat printing completes, Workpiece clamping head 621 unclamps the clamping to bonnet S, lift cylinder 622 (adopts two bar cylinders, do not need guiding mechanism) descend, by advance and retreat cylinder 623, promote backward (movable end and the lift cylinder of advance and retreat cylinder 623 are fixedly connected), (advance and retreat cylinder 623 adopts the single pole cylinder to original position to drive the lift cylinder rollback, its movable end is fixed on slide block 6231, slide block 6231 is slidably connected with the slide rail 6232 be fixed on base again), binder cylinder 624 is pushed down the bonnet S on guide groove downwards, lift cylinder 622 risings (movable end and the mounting working chuck of lift cylinder are fixed together), drive the below that Workpiece clamping head upwards moves to bonnet, Workpiece clamping head 621 is clamped the bonnet S between material blocking block 6251 and briquetting 6241, backgauge cylinder 625 rises, material blocking block 6251 is upwards mentioned, allow the bonnet S can be from guide groove, passing through, advance and retreat cylinder 623 promotes forward, make 3 row 2 be listed as totally 6 bonnet S and enter bat printing station 424, now the bonnet on original bat printing station is pushed to the thermosetting section in the case that is heating and curing, be heating and curing, the bonnet of originally thermosetting section is pushed in the rewinding box.By the control of controller, can realize circulation and the synchronous working of each cylinder and motor.In order to allow Workpiece clamping head when clamping bonnet, not there will be empty folder, at the movable end of binder cylinder 624, be fixed with the holder 6242 to the material sensor be positioned at above briquetting 6241, to the material sensor detected bonnet here after (in the present embodiment, being that three bonnets will be arranged in each guide groove), just make lift cylinder 622 risings and Workpiece clamping head 621 carry out holding action.Workpiece clamping head 621 in the present embodiment is air-cylinder type chuck (also can adopt the electromagnetic type chuck in other embodiment), is two guide grooves due to what adopt, and therefore, the collet segment of Workpiece clamping head 621 is two pairs.Distance between material blocking block 6251 and briquetting 6241 is 3 times of bonnet length.
The case 72 that is heating and curing, be provided be used to passing the heating chamber 721 of guide groove part thermosetting section 423, is blown into air downwards by fan 722, is provided with heating below fan 722, by air, the bonnet after the guide groove bat printing is heating and curing.The outer end of guide groove part thermosetting section 423 is connected with stock guide 728, and the below of stock guide is provided with the rewinding box, be used to collecting bat printing workpiece afterwards.
Feed mechanism 82, be vibrator feeder (motor of Vibration on Start-up loader namely can constantly provide regularly arranged bonnet for guide groove part); Be connected in guide groove part feed zone 421.Feed mechanism is 2, feed zone 421 tops of guide groove part 42 are provided with the brush that the sweeps up dust (fixed head 428 that has only shown the brush that sweeps up dust in figure, for clearing away the dust of rear cap surface, to improve the cleannes of rear cap surface) and for the sweep up dust cylinder 427 that sweeps up dust of brush transverse movement of driving.
In other embodiment, the guide groove on guide groove part can be also one or three, and feed mechanism can be also one or three.Bat printing head actuating unit also can adopt other servo control mechanism or actuating unit.Guide groove part also can adopt monolithic construction.
As shown in Figure 10-14, the structure chart of the rotary power structure of printer device of the present invention and bearing part, it comprises:
Bearing 10, a side of bearing 10 is provided with motor 20, and motor 20 is to be fixedly connected with bearing by the reducing gear 21 be connected with, and bearing 10 is provided with the main shaft (internal structure, not shown) that rotation connects, the output shaft driving coupling of main shaft and motor 20.On main shaft, be fixedly connected above the disc 22(that is useful on sensed position and be provided with sensing hole or induction groove, at least to there be two, for responding to two extreme positions of swing arm), bearing 10 is provided with the sensor corresponding with disc 22 23, sensor 23 is be used to collecting the anglec of rotation of swing arm, and then the control signal of change motor, realize the commutation of motor.In the present embodiment, bearing 10 comprises two support plates 11 (what adopt in the present embodiment is integral structure) that are connected across together, middle cavity 12 is be used to passing the workpiece (bonnet of wireless receiver) that needs bat printing, and the present embodiment is for the full-automatic bat printing operation of guide type.
Sliding chute seat 30, be fixedly linked in the opposite side of bearing 10, sliding chute seat 30 is provided with chute 31, what chute 31 comprised the vertical slot 311 that is arranged in the main shaft both sides and cross transition groove 312(the present embodiment of communicating with two vertical slot 311 adopts is horizontal straight trough, right angle turn is wide arc transition, in order to improve mobile speed, can increase the transition arc radius of right angle turn); The lower end of vertical slot is provided with cushion pad 300, and cushion pad is the impulsive force in order to reduce the axle of pulling pin and to arrive chute, and can reduce noise.
Swing arm 40, an end and the main shaft of swing arm 40 are fixedly connected, and the other end is provided with straight trough 400(can be referred to as kidney slot again, two ends are circular shape); Swing arm 40 outer ends are provided with counting sensing chip 401, and the upper end of sliding chute seat 30 is provided with the proximity transducer corresponding with counting sensing chip 401 301.Swing arm 40 is be used to transmitting the rotary power of motor, and straight trough 400 is pulled pin axle while in chute, sliding be used to allowing, according to the variation of the distance of chute diverse location and the alignment of shafts and freely slide.
The axle 50 of pulling pin, the stage casing of the axle 50 of pulling pin is slidably connected in the straight trough 400 of swing arm 40, and one end and chute 31 are slidably connected, the other end and bat printing bar 60 is rotary is fixedly connected.In order to realize this rotary being fixedly connected, what the present embodiment adopted is split-type structural, increased a spill spin block 51, spill spin block 51 connects with axle 50 rotations of pulling pin by bearing, and spill spin block 51 is provided with connection slot 511, briquetting 512 and the hold-down screw 513 be fixedly connected with bat printing bar 60; Pull pin axle 50 for the transmission of power by swing arm to the bat printing bar, and need in chute, move, therefore, the trajectory shape of chute is exactly the motion track of bat printing bar and bat printing head.
Bat printing bar 60, upper end is fixedly connected with the axle 50 of pulling pin, and lower end is provided with bat printing head holder 70; Stage casing is provided with vertical slide rail section.For the ease of forming vertical slide rail section, the bat printing bar directly adopts line slide rail spare, to save processing cost.
Bat printing head holder 70, be fixed in the lower end of bat printing bar 60, the removable bat printing head 79 that is connected with in the lower end of bat printing head holder 70; In the present embodiment, bat printing head holder 70 connects for the fixing dovetail groove of screw, connecting with the removable of bat printing head 79.
Laterally slide rail 80, be fixedly connected with bearing 10 and be positioned at sliding chute seat 30 belows; Laterally slide rail mainly works the guide effect while moving horizontally, and makes the movement in the horizontal direction of bat printing bar be subject to the constraint of horizontal slide rail.
Slide unit sub-assembly 90, comprise the horizontal slide unit 91 that is slidably connected with horizontal slide rail 80, with bat printing bar 60(be vertical slide rail section) the vertical slide unit 92 that is slidably connected; Also comprise be used to connecting the gusset piece 93 of horizontal slide unit 91 and vertical slide unit 92.
Wherein, the reciprocating type rotation of motor, drive by swing arm the axle reciprocating in chute of pulling pin, and the axle of pulling pin drives by bat printing bar, bat printing head holder the bat printing action that the bat printing head is done " up carrying "-" moving horizontally "-" toward pressing down ".
In other embodiment, also can be located at swing arm for the disc of sensed position.In other embodiment, laterally slide unit and vertical slide unit can directly be fixedly connected.In another specific embodiment as shown in figure 14, the track of cross transition groove also can adopt half-circle-arc shape.While adopting this structure, the length of two vertical slot will reduce, the axle of also namely pulling pin is only straight line and moves up and down near two extreme positions the time, this structure, all for circular arc, is adopted in all the other positions, because middle cross transition groove is arc track, can improve movement, and then improve the production efficiency of bat printing, but shortcoming is that the length of two vertical slot is shorter, is suitable between pad-transfer printing ink groove and bat printing workpiece in the printer device or transfer printing equipment without any barrier.
In sum, the present invention has adopted the guide groove part structure, by feed mechanism, will need the workpiece of bat printing processing to deliver to one by one in guide groove, pass through again propulsive mechanism, in groups workpiece is pushed into to the below of printer device, after completing bat printing, move to again in the case that is heating and curing that is set in guide groove part thermosetting section, in the guide groove mode, realize feeding in continuous material, continuous bat printing, the bat printing processing that laser heating solidifies, realize the automation bat printing processing of the products such as wireless receiver workpiece, greatly improved bat printing efficiency, a whole bat printing process, manual operation without operating personnel.Wherein the rotary power structure of printer device employing is by the rotating of a motor, by three, be slidably connected the reciprocating that structure realizes two directions of bat printing head, its structure is quite simple, cost is low, occupy little space, be easy to safeguard, can be used as the standarized component in automation equipment, easily be automated the bat printing operation in equipment.
Above-mentionedly only with embodiment, further illustrate technology contents of the present invention, so that the reader is easier to understand, but do not represent that embodiments of the present invention only limit to this, any technology of doing according to the present invention is extended or recreation, all is subjected to protection of the present invention.Protection scope of the present invention is as the criterion with claims.

Claims (10)

1. the full-automatic transfer printing equipment of guide type is characterized in that comprising:
Base;
Guide groove part, be provided with for accommodating by the guide groove of bat printing workpiece, and described guide groove part is fixed in base, comprises feed zone, bat printing section and thermosetting section;
Printer device, be fixed in base and be positioned at the top of guide groove part bat printing section, comprises the bat printing bearing, is located at the bat printing head actuating unit on bearing, and be fixed in oil groove mechanism and the cleaning mechanism on base;
Propulsive mechanism, be located at the below of guide groove part bat printing section, comprises Workpiece clamping head, be used to promoting the lift cylinder that Workpiece clamping head moves up and down and the advance and retreat cylinder promoted for front and back;
The case that is heating and curing, be provided be used to passing the heating chamber of guide groove part thermosetting section;
Feed mechanism, be connected in the guide groove part feed zone.
2. the full-automatic transfer printing equipment of guide type according to claim 1, is characterized in that the guide groove that guide groove part is provided with is the 1-3 bar; Described feed mechanism is 1-3, and described feed mechanism is vibrator feeder; The bat printing head of printer device comprises the bat printing die of 1-3 row.
3. the full-automatic transfer printing equipment of guide type according to claim 1, characterized by further comprising the binder cylinder and the backgauge cylinder that are positioned at the guide groove part top, and described binder cylinder is corresponding with the original position of the Workpiece clamping head of propulsive mechanism; During bat printing, the material blocking block that backgauge cylinder below connects blocks workpiece, and after bat printing completed, Workpiece clamping head unclamped the clamping to workpiece, and lift cylinder descends, and is promoted backward by the advance and retreat cylinder, and rollback is to original position; The binder cylinder is pushed down the workpiece on guide groove downwards, and lift cylinder rises, and Workpiece clamping head is clamped the workpiece between material blocking block and briquetting, and the backgauge cylinder rises, and the advance and retreat cylinder promotes forward, and workpiece enters the bat printing station.
4. the full-automatic transfer printing equipment of guide type according to claim 1, the feed zone top that it is characterized in that described guide groove part are provided with the brush and for the sweep up dust cylinder that sweeps up dust of brush transverse movement of driving of sweeping up dust.
5. the full-automatic transfer printing equipment of guide type according to claim 1, characterized by further comprising the bat printing slide rail be fixedly connected with base, reach the bat printing slide unit be slidably connected with the bat printing slide rail, described bat printing slide unit is fixed with described oil groove mechanism and cleaning mechanism.
6. the full-automatic transfer printing equipment of guide type according to claim 1, is characterized in that described Workpiece clamping head is air-cylinder type chuck or electromagnetic type chuck.
7. the full-automatic transfer printing equipment of guide type according to claim 3, is characterized in that the movable end of described binder cylinder is fixed with briquetting.
8. the full-automatic transfer printing equipment of guide type according to claim 7, it is characterized in that between described material blocking block and briquetting distance for the 2-5 of Workpiece length doubly, the bat printing head of printer device comprises the bat printing die that 2-5 is capable.
9. the full-automatic transfer printing equipment of guide type according to claim 1, characterized by further comprising the electric cabinet of being located on base, on described electric cabinet, also is provided with console, and described console is provided with control button and display screen; Described is the wireless receiver bonnet by the bat printing workpiece.
10. the full-automatic transfer printing equipment of guide type according to claim 1, is characterized in that described bat printing head actuating unit is the rotary power structure; Described rotary power structure comprises:
The main shaft connected with the bearing rotation;
Be located at the motor of bearing one side, the output shaft of motor connects with spindle drive;
Sliding chute seat, be fixedly linked in the opposite side of bearing, and sliding chute seat is provided with chute, and described chute comprises the vertical slot that is positioned at the main shaft both sides and the cross transition groove communicated with two vertical slot;
Swing arm, an end and the main shaft of described swing arm are fixedly connected, and the other end is provided with straight trough;
The axle of pulling pin, the stage casing of the described axle of pulling pin is slidably connected in the straight trough of swing arm, and one end and chute are slidably connected, the other end and the bat printing bar is rotary is fixedly connected;
The bat printing bar, upper end is fixedly connected with the axle of pulling pin, and lower end is provided with bat printing head holder; Stage casing is provided with vertical slide rail section;
Bat printing head holder, be fixed in the lower end of bat printing bar, the removable bat printing head that is connected with in the lower end of described bat printing head holder;
With bearing, be fixedly connected and be positioned at the horizontal slide rail of sliding chute seat below;
The slide unit sub-assembly, comprise the horizontal slide unit that is slidably connected with horizontal slide rail and the vertical slide unit be slidably connected with vertical slide rail section;
Wherein, the reciprocating type rotation of motor, drive by swing arm the axle reciprocating in chute of pulling pin, and the axle of pulling pin is done up and carried-move horizontally-the past bat printing action pressed down by bat printing bar, bat printing head holder drive bat printing head.
CN201310307130.5A 2013-07-22 2013-07-22 The full-automatic transfer printing equipment of guide type Expired - Fee Related CN103407285B (en)

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CN108447891A (en) * 2018-05-07 2018-08-24 京东方科技集团股份有限公司 A kind of production method of display panel, display panel and printer device

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CN201685519U (en) * 2010-05-19 2010-12-29 东莞市世安气动液压设备有限公司 Intelligent servo keyboard pad printer
CN202573336U (en) * 2012-05-14 2012-12-05 宁波市鄞州鑫泰电气科技有限公司 Automatic transfer printing machine of steering shell
CN203381330U (en) * 2013-07-22 2014-01-08 深圳雷柏科技股份有限公司 Guide groove type full-automatic transfer printing equipment

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106113923A (en) * 2016-08-16 2016-11-16 昆山倚天自动化科技股份有限公司 A kind of rotary type multi-station pad printer
CN108162578A (en) * 2017-12-25 2018-06-15 东莞市益汇知识产权服务有限公司 Erasing rubber pad printing machine and its tampon-printing process
CN108447891A (en) * 2018-05-07 2018-08-24 京东方科技集团股份有限公司 A kind of production method of display panel, display panel and printer device

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