CN208216262U

CN208216262U - Automatic die cutting printing machine

Info

Publication number: CN208216262U
Application number: CN201820499858.0U
Authority: CN
Inventors: 刘孝学
Original assignee: Qingdao Xiang Kun Source Clothing Accessories Co Ltd
Current assignee: Qingdao Xiang Kun Source Clothing Accessories Co Ltd
Priority date: 2018-04-09
Filing date: 2018-04-09
Publication date: 2018-12-11
Anticipated expiration: 2028-04-09

Abstract

The utility model discloses a kind of automatic die cutting printing machines, belong to printing equipment field, it is intended to reduce workload when trademark belt uses, its key points of the technical solution are that including cabinet, printing equipment is provided on cabinet, printing equipment output end is provided with push unit, and push unit is provided with backwards to the output end of printing equipment by the cutting mechanism of the spaced cutting of trade mark.The utility model solve trademark belt using when cut, the more problem of workload.

Description

Automatic die cutting printing machine

Technical field

The utility model relates to printing equipment field, in particular to a kind of automatic die cutting printing machine.

Background technique

With China's economic development, commodity become increasingly abundant, and the dosage of commodity packaging sharply increases, and mention to packages printing technology Bigger opportunity and higher requirement are gone out.

When printing trade mark, trademark belt enters printing equipment by discharging device, and material collecting device is entered after being completed for printing and is carried out The printing of trademark belt is realized in rewinding.Trademark belt needs to cut off when using after being completed for printing, and trademark belt cutting work is increased quotient Workload when mark uses.

Utility model content

The purpose of this utility model is to provide a kind of automatic die cutting printing machines, are arranged by using after printing equipment Die cutting mechanism, have printing trade mark when directly trademark belt is cut off, reduce trademark belt using when need to carry out cutting work The advantages of.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of automatic die cutting printing Machine, including cabinet are provided with printing equipment on the cabinet, and the printing equipment output end is provided with push unit, described to push away Moving device is provided with cutting mechanism backwards to one end of printing equipment, and the cutting mechanism includes the mainboard being fixedly installed vertically, institute It states mainboard and is installed with lower axle backwards to the end face of push unit, the reset pressing plate around the rotation of lower axle axis is arranged in the lower axle, Described reset pressing plate one end is fixed with resetting-mechanism, and the reset pressing plate is fixedly installed backwards to one end of resetting-mechanism is located at master Main pressing plate above plate is fixed with attachment base on the mainboard, is fixed on the attachment base and is arranged in main pressing plate towards resetting The upper axis of mechanism one end, the end face of the mainboard towards main pressing plate, which is offered, is embedded in the upper of cooperation towards mainboard one end with main pressing plate One end of indent, the main pressing plate back upward axis is fixed with the cross cutting piece positioned at push unit output end；On the reset pressing plate It is provided with intermittent driving and resets the press mechanism that pressing plate pushes, the press mechanism drives main pressing plate around upper axis by resetting pressing plate Rotation is embedded in upper indent.

By using above-mentioned technical proposal, for trademark belt after printing equipment printing mark, push unit drives trademark belt It is moved along label cloth length direction, after trademark belt is moved to cutting mechanism, press mechanism interval, which drives, resets pressing plate around lower axle axis Line rotation pushes, and resets and main pressing plate is driven to push when pressing plate pushes around the rotation of upper axis axis, is embedded in main pressing plate in upper indent, will Trademark belt compresses, and the trademark belt between reset pressing plate and mainboard will be located at by resetting when pressing plate pushes compresses, while on main pressing plate It is die cut piece and trademark belt compresses, trademark belt is truncated.After press mechanism stops to pressing plate function is resetted, resets pressing plate and resetted The effect of mechanism rotates back into initial position around lower axle axis, and push unit continues to press on trademark belt movement at this time, and trademark belt moves After dynamic certain distance, press mechanism drives again resets the cutting that pressing plate carries out trademark belt, divides trademark belt process automatically Printing and cutting work are completed after die-cutting machine, reduce cutting work when trademark belt uses.

The utility model is further arranged to: the press mechanism includes the lower last item being fixed on mainboard, the pushing The lower platen around the rotation of lower last item axis is arranged on axis, the lower platen is fixed with towards the one end for resetting pressing plate presses with reset The action shaft that plate upper surface compresses, the lower platen are fixed with transmission shaft backwards to the one end for resetting pressing plate, consolidate on the transmission shaft Surely there is lower bearing, the lower bearing side, which contradicts, the driving shaft being set on cabinet, the driving shaft axis and lower bearing axis Line is parallel, and the end that the driving shaft is located at cabinet is installed with the actuator for driving driving shaft around own axis, the master Moving axis side is fixed with lift block, and the lift block is the song that cooperation is contradicted with lower bearing along driving shaft circumferential direction both ends of the surface Face.

By using above-mentioned technical proposal, actuator drives driving shaft rotation, drives lift block around master when driving shaft rotates The rotation of moving axis axis, lift block contradict after turning to corresponding position with lower bearing side, and lift block drives lower bearing along lift block Curved surface movement promotes lower bearing, makes lower bearing that lower platen be driven to rotate around lower last item axis, and action shaft will reset pressing plate and push It driving and resets pressing plate around the rotation of lower axle axis, lower bearing is separated with lift block after lift block continues around the rotation of driving shaft axis, under Press mechanism stops realizing press mechanism to the intermittent driving for resetting pressing plate to pressing plate actuation is resetted.

The utility model is further arranged to: the resetting-mechanism includes being fixed on the release link resetted on pressing plate, described Release link and press mechanism are located at lower axle along pressing plate length direction both ends are resetted, and are fixed in the release link in tension The tension spring of state, the tension spring are fixedly installed on mainboard backwards to one end of release link, and the tension spring axis and lower axle axis be not total Face.

By using above-mentioned technical proposal, press mechanism driving, which resets when pressing plate is rotated around lower axle axis, drives tension spring to draw It stretches, when press mechanism, which stops driving, resets pressing plate, tension spring contraction drive resets pressing plate and rotates around lower axle axis direction, makes to reset Pressing plate, which resets, waits press mechanism to drive again.

The utility model is further arranged to: regulating mechanism is fixed on the mainboard, the regulating mechanism includes fixing It is arranged on the outside of the guide pad of main pressing plate end face, the guide pad in mainboard and is fixed with guide groove plate, on the guide groove plate The guiding groove that guidance guide pad is slided along lower axle axial direction is offered, the guide groove plate is along the both ends of guiding groove length direction It is installed with position adjustable board, the positioning screw rod that rotation is set to mainboard is equipped on the position adjustable board, the positioning screw rod both ends are fixed respectively The stop collar for thering is end face opposite with position adjustable board to contradict.

By using above-mentioned technical proposal, rotation positioning screw rod, positioning screw rod drives mainboard to move along guiding groove length direction It is dynamic, the position of mainboard is adjusted, and then adjust the position of main pressing plate upper mold slice, makes to be die cut when piece is compressed with trademark belt in suitable Position.

The utility model is further arranged to: described positioning screw rod one end is fixed with knob.

By using above-mentioned technical proposal, knob convenient for rotation positioning screw rod, make to transpose screw rod adjustment mainboard position when more Add conveniently.

The utility model is further arranged to: being fixed with limited block on the mainboard, is fixed on the limited block and multiple The gag lever post that position pressing plate is contradicted backwards to the end face of mainboard.

By using above-mentioned technical proposal, gag lever post is oriented to the movement for resetting pressing plate, makes to reset the mobile position of pressing plate Set more accurate, to generate when reducing reset pressing plate around the rotation of lower axle axis along lower axle axis direction shaking.

The utility model is further arranged to: the mainboard is fixed with conveying deckle board backwards to the end face of push unit.

By using above-mentioned technical proposal, conveying deckle board is used to guide cut after the movement of trademark belt completed, make by The trademark belt of automatic die cutting printing machine is moved to suitable position along fixed guide slideway.

The utility model is further arranged to: limit shaft is installed on the mainboard, the limit shaft is located at lower axle and answers It is contradicted between the mechanism of position and with pressing plate lower end surface is resetted.

By using above-mentioned technical proposal, tension spring drives through release link resets pressing plate around the rotation of lower axle axis, limit shaft limit The case where system resets the rotational angle of pressing plate, makes tension spring keep the state of tensioning, reduces tension spring loose or dislocation occurs.

The utility model is further arranged to: being arranged with gasket ring on the limit shaft.

By using above-mentioned technical proposal, gasket ring reduce resetting-mechanism drive reset pressing plate around lower axle axis rotation when with The vibration damage that limit shaft collision generates, while reducing and resetting the noise that pressing plate is generated with limit shaft collision.

In conclusion the utility model has the following beneficial effects:

For trademark belt after printing equipment printing mark, push unit drives trademark belt to move along label cloth length direction, After trademark belt is moved to cutting mechanism, press mechanism interval, which drives, resets pressing plate around the rotation pushing of lower axle axis, resets under pressing plate It drives main pressing plate to rotate around upper axis axis when pressure to push, is embedded in main pressing plate in upper indent, trademark belt is compressed, reset under pressing plate The trademark belt resetted between pressing plate and mainboard will be located at when pressure to compress, while the cross cutting piece on main pressing plate and trademark belt compression, it will Trademark belt truncation.After press mechanism stops to pressing plate function is resetted, effect of the pressing plate by resetting-mechanism is resetted around lower axle axis Initial position is rotated back into, push unit continues to press on trademark belt movement, after trademark belt moves a certain distance, press mechanism at this time Driving resets the cutting that pressing plate carries out trademark belt again, and trademark belt is made to complete to print after the die-cutting machine divided automatically and cut Work reduces cutting work when trademark belt uses.

Detailed description of the invention

Fig. 1 is the overall structure diagram of automatic die cutting printing machine；

Fig. 2 is automatic die cutting printing machine cutting mechanism structural schematic diagram；

Fig. 3 is automatic die cutting printing machine cutting mechanism explosive view.

In figure, 1, cabinet；2, cutting mechanism；21, mainboard；211, attachment base；212, upper indent；22, lower axle；23, it resets Pressing plate；24, main pressing plate；241, connecting plate；25, upper axis；26, it is die cut piece；27, limited block；271, gag lever post；28, limit shaft； 281, gasket ring；3, resetting-mechanism；31, release link；32, tension spring；4, press mechanism；41, lower last item；42, lower platen；43, actuation Axis；44, transmission shaft；45, lower bearing；46, driving shaft；47, lift block；48, upper bearing (metal)；5, regulating mechanism；51, guide pad；52, Guide groove plate；521, guiding groove；53, position adjustable board；54, positioning screw rod；55, stop collar；56, knob；6, conveying deckle board；61, side Hole；7, printing equipment；8, push unit.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

Embodiment

A kind of automatic die cutting printing machine is provided with printing equipment 7, printing dress as shown in Figure 1, including cabinet 1 on cabinet 1 7 are set for the printing mark on trademark belt.7 output end of printing equipment is provided with the push unit 8 on cabinet 1, passage dress It sets 8 drive trademark belts to move along label cloth length direction, push unit 8 is provided with backwards to the output end of printing equipment 7 by trade mark The cutting mechanism 2 of spaced cutting.

As shown in figures 1 and 3, cutting mechanism 2 includes the regulating mechanism 5 being fixed on cabinet 1, and regulating mechanism 5 includes weldering The guide groove plate 52 being connected on cabinet 1 offers on guide groove plate 52 along label cloth length direction and through 52 liang of guide groove plate The guiding groove 521 at end, 521 structure of guiding groove are T-slot structure.Guide groove plate 52 is distinguished along 521 length direction both ends of guiding groove It is fixed with position adjustable board 53 using screw, the axis positioning screw rod parallel with 521 length direction of guiding groove is equipped on position adjustable board 53 54.Positioning 54 both ends of screw rod are fixed with the opposite both ends of the surface limit that both ends of the surface opposite with position adjustable board 53 contradict respectively using screw Position ring 55, positioning screw rod 54 are welded with the knob 56 coaxial with positioning screw rod 54 on the stop collar 55 of 1 one end of cabinet. Sliding is fixed with the guide pad 51 moved along 521 length direction of guiding groove in guiding groove 521.

As shown in figure 3, cutting mechanism 2 includes being welded in guide pad 51 to stretch out the end face of guiding groove 521 and be vertically arranged Mainboard 21, adjusting screw rod rotation are set across mainboard 21, are rotated adjusting screw rod and are realized the moving along guide groove length direction of mainboard 21.

As shown in Figures 2 and 3, mainboard 21 is upper surface, one on 21 upper surface of mainboard backwards to the end face of guide groove plate 52 It is provided with attachment base 211, attachment base 211 is backwards to 8 outlet end of push unit.Axis 25 is fixed on attachment base 211, upper axis 25 exists The screw that rotation is set on attachment base 211 is set as in the present embodiment.Upper 25 outer sheath of axis is equipped with the main pressure for being located at 21 top of mainboard Plate 24.Mainboard 21 offers the upper indent with main pressing plate 24 towards the insertion cooperation of the end face of mainboard 21 backwards to the end face of guide pad 51 212, main pressing plate 24 is embedded in upper indent 212 after the rotation of upper 25 axis of axis.

As shown in figure 3, one end that main pressing plate 24 carries on the back upward axis 25 is fixed with the cross cutting for crush-cutting trademark belt using screw Piece 26.

As shown in Figures 2 and 3, connecting plate 241 is welded on main pressing plate 24, the structure of connecting plate 241 is L-type knot Structure.Connecting plate 241, which is fixed with backwards to one end of main pressing plate 24 using screw, resets pressing plate 23, resets pressing plate 23 towards mainboard 21 End face and mainboard 21 are contradicted backwards to the end face of cabinet 1.It resets and is equipped with the lower axle 22 being fixed on mainboard 21, lower axle on pressing plate 23 22 are set as rotation in the present embodiment sets the screw being fixed on mainboard 21.

It is fixed with resetting-mechanism 3 far from one end of cross cutting piece 26 as shown in Fig. 2, resetting pressing plate 23, resetting-mechanism 3 includes rotation If being fixed on the release link 31 for resetting pressing plate 23, release link 31 is set to the bolt resetted on pressing plate 23 in the present embodiment for rotation. It is arranged with the tension spring 32 in tension in release link 31, is installed in release link 31 and keeps the spiral shell compressed with 32 end of tension spring It is female.Tension spring 32 is fixed on mainboard 21 backwards to one end of release link 31, and 32 axis of tension spring and 22 axis of lower axle are non-coplanar, tension spring 32 Axis in the present embodiment perpendicular to reset pressing plate 23 and with mainboard 21 backwards to the end face of cabinet 1 it is parallel.

As shown in Figures 2 and 3, be fixed with limited block 27 using screw on mainboard 21, be wholely set on limited block 27 with The gag lever post 271 that pressing plate 23 is contradicted backwards to 21 end face of mainboard is resetted, gag lever post 271 resets pressing plate 23 around 22 axis of lower axle for guiding Line rotation.

As shown in Fig. 2, using the limit shaft 28 being welded between resetting-mechanism 3 and lower axle 22, limit on mainboard 21 Axis 28 and reset pressing plate 23 are contradicted towards the end face of guide groove plate 52, and limit shaft 28 is used to limit the angle of rotation for resetting pressing plate 23 Degree.

As shown in figure 3, being arranged with the gasket ring 281 contradicted with reset pressing plate 23 on limit shaft 28, gasket ring 281 reduces limit shaft 28 vibrations generated when being collided with reset pressing plate 23.

As shown in Fig. 2, being provided with press mechanism 4 on mainboard 21, press mechanism 4 includes the lower last item being fixed on mainboard 21 41, lower last item 41 is set to the bolt on mainboard 21 in the present embodiment for rotation.It is arranged on lower last item 41 around lower 41 axis of last item The lower platen 42 of rotation, lower platen 42 are fixed with the action shaft 43 above lower platen 42 towards the one end for resetting pressing plate 23, It is arranged with side on action shaft 43 and resets the upper bearing (metal) 48 that pressing plate 23 is contradicted backwards to 52 end face of guide groove plate.

As shown in Fig. 2, lower platen 42 is fixed with transmission shaft 44 backwards to one end of upper bearing (metal) 48, fixation is arranged on transmission shaft 44 There is lower bearing 45,45 side of lower bearing, which contradicts, the driving shaft 46 being arranged on cabinet 1,46 axis of driving shaft and 45 axis of lower bearing Line is parallel, and the end that driving shaft 46 is arranged in cabinet 1, which is fixed with, drives driving shaft 46 around own axis actuator, actuator It is not drawn into the accompanying drawings, 46 side of driving shaft is fixed with lift block 47, both ends of the surface of the lift block 47 along 46 circumferential direction of driving shaft For the curved surface for contradicting cooperation with lower bearing 45.

As shown in Fig. 2, mainboard 21 is welded with the conveying deckle board 6 for being located at 26 lower section of cross cutting piece backwards to the end face of push unit 8, Conveying deckle board 6 is to be obliquely installed and the U-shaped frame plate structure of opening upwards, 6 bottom end of conveying deckle board open up there are two with along conveying frame The square hole 61 of 6 width direction of plate setting.

A kind of automatic die cutting printing machine, the course of work are as follows:

For trademark belt after 7 printing mark of printing equipment, push unit 8 drives trademark belt to move along label cloth length direction Dynamic, after trademark belt is moved to cutting mechanism 2, press mechanism 4, which intermittently drives, resets pressing plate 23 around the rotation pushing of 22 axis of lower axle, again Position pressing plate 23 drives main pressing plate 24 to rotate around upper 25 axis of axis and pushes when pushing, and is embedded in main pressing plate 24 in upper indent 212, by quotient Marker tape compresses, and the trademark belt between reset pressing plate 23 and mainboard 21 will be located at by resetting when pressing plate 23 pushes compresses, while main pressing plate Cross cutting piece 26 on 24 is compressed with trademark belt, and trademark belt is extruded and is truncated.After press mechanism 4 stops to the effect of pressing plate 23 is resetted, It resets pressing plate 23 and is rotated back into initial position around 22 axis of lower axle by the effect of resetting-mechanism 3, push unit 8 continues to push away at this time Dynamic trademark belt is mobile, and after trademark belt moves a certain distance, press mechanism 4 drives again resets cutting for the progress trademark belt of pressing plate 23 It cuts, makes trademark belt complete to print and cut work after the die-cutting machine divided automatically, reduce cutting work when trademark belt uses Make.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims

1. a kind of automatic die cutting printing machine, including cabinet (1), printing equipment (7), the printing are provided on the cabinet (1) Device (7) output end is provided with push unit (8), it is characterised in that: the push unit (8) backwards to printing equipment (7) one End is provided with cutting mechanism (2), and the cutting mechanism (2) includes the mainboard (21) being fixedly installed vertically, mainboard (21) back It is installed with lower axle (22) to the end face of push unit (8), answering around the rotation of lower axle (22) axis is arranged on the lower axle (22) Position pressing plate (23), described reset pressing plate (23) one end are fixed with resetting-mechanism (3), and the reset pressing plate (23) is backwards to resetting-mechanism (3) one end is fixedly installed the main pressing plate (24) above mainboard (21), is fixed with attachment base on the mainboard (21) (211), the upper axis (25) for being arranged in main pressing plate (24) towards resetting-mechanism (3) one end, institute are fixed on the attachment base (211) The end face for stating mainboard (21) towards main pressing plate (24), which is offered, is embedded in the upper of cooperation towards mainboard (21) one end with main pressing plate (24) One end of indent (212), main pressing plate (24) back upward axis (25) is fixed with the cross cutting piece positioned at push unit (8) output end (26)；Described reset is provided with the press mechanism (4) that intermittent driving resets pressing plate (23) pushing on pressing plate (23), the lower press Structure (4) drives main pressing plate (24) to be embedded in upper indent (212) around upper axis (25) rotation by resetting pressing plate (23).

2. automatic die cutting printing machine according to claim 1, it is characterised in that: the press mechanism (4) includes being fixed on Lower last item (41) on mainboard (21) is arranged with the lower platen around the rotation of lower last item (41) axis on the lower last item (41) (42), the lower platen (42) is fixed with the actuation compressed with reset pressing plate (23) upper surface towards the one end for resetting pressing plate (23) Axis (43), the lower platen (42) is fixed with transmission shaft (44) backwards to the one end for resetting pressing plate (23), on the transmission shaft (44) It is fixed with lower bearing (45), lower bearing (45) side, which contradicts, the driving shaft (46) being set on cabinet (1), the active Axis (46) axis is parallel with lower bearing (45) axis, and the end that the driving shaft (46) is located at cabinet (1) is installed with drive actively For axis (46) around the actuator of own axis, driving shaft (46) side is fixed with lift block (47), the lift block It (47) is the curved surface that cooperation is contradicted with lower bearing (45) along driving shaft (46) circumferential direction both ends of the surface.

3. automatic die cutting printing machine according to claim 1, it is characterised in that: the resetting-mechanism (3) includes being fixed on The release link (31) on pressing plate (23) is resetted, the release link (31) and press mechanism (4) are located at lower axle (22) along reset Pressing plate (23) length direction both ends are fixed with the tension spring (32) in tension, the tension spring on the release link (31) (32) one end backwards to release link (31) is fixedly installed on mainboard (21), and tension spring (32) axis and lower axle (22) axis be not total Face.

4. automatic die cutting printing machine according to claim 1, it is characterised in that: be fixed with adjusting machine on the mainboard (21) Structure (5), the regulating mechanism (5) includes the guide pad (51) for being fixed on mainboard (21) backwards to main pressing plate (24) end face, described to lead It is arranged and is fixed with guide groove plate (52) on the outside of to block (51), guidance guide pad (51) is offered on the guide groove plate (52) under The guiding groove (521) of axis (22) axial direction sliding, the guide groove plate (52) are solid along the both ends of guiding groove (521) length direction Equipped with position adjustable board (53), the positioning screw rod (54) that rotation is set to mainboard (21), the positioning spiral shell are equipped on the position adjustable board (53) Bar (54) both ends are respectively fixed with the stop collar (55) that end face opposite with position adjustable board (53) contradicts.

5. automatic die cutting printing machine according to claim 4, it is characterised in that: described positioning screw rod (54) one end is fixed with Knob (56).

6. automatic die cutting printing machine according to claim 1, it is characterised in that: be fixed with limited block on the mainboard (21) (27), the gag lever post (271) for being fixed on the limited block (27) and resetting end face conflict of pressing plate (23) backwards to mainboard (21).

7. automatic die cutting printing machine according to claim 1, it is characterised in that: the mainboard (21) is backwards to push unit (8) end face is fixed with conveying deckle board (6).

8. automatic die cutting printing machine according to claim 3, it is characterised in that: be installed with limit shaft on the mainboard (21) (28), the limit shaft (28) is located between lower axle (22) and resetting-mechanism (3) and contradicts with pressing plate (23) lower end surface is resetted.

9. automatic die cutting printing machine according to claim 8, it is characterised in that: be arranged with gasket ring on the limit shaft (28) (281)。