CN109397847A

CN109397847A - A kind of printing machine

Info

Publication number: CN109397847A
Application number: CN201811203984.8A
Authority: CN
Inventors: 屈吕成
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-16
Filing date: 2018-10-16
Publication date: 2019-03-01

Abstract

The invention discloses a kind of printing machine, including apparatus main body, it is set to the intracorporal Asperity model printing equipment of described device master, be set to the intracorporal printing mobile device of described device master and is set to the intracorporal printing work device of described device master；Now with the improvement of people's living standards, some daily printed matters in life are required to be also higher and higher, start to be keen to the Asperity model printed matter that appearance has more artistry, the based article is printed at present uses semi-automation mostly, and it is easy to appear dyestuff in printing process, the phenomenon that leading to waste is excessively used, the present invention is directed to design a kind of stamp of concave-convex font and printing that can be achieved to hard paper, full-automatic printing can be completed to the printed matter of the attractive appearances such as high-grade invitation card calendar, an once dyestuff of filling is printed simultaneously, dyestuff is utilized into maximization, avoid a kind of printing machine of the waste of dyestuff.

Description

A kind of printing machine

Technical field

The present invention relates to printing technology, specially a kind of printing machine.

Background technique

Now with the improvement of people's living standards, some daily printed matters in life are required and higher and higher, Start to be keen to the Asperity model printed matter that appearance has more artistry, prints the based article at present and use semi-automation mostly, and And it is easy to appear dyestuff in printing process, the phenomenon that leading to waste is excessively used, therefore design a kind of can be achieved to hard paper The stamp of concave-convex font and printing, full-automatic printing can be completed to the printed matter of the attractive appearances such as high-grade invitation card calendar, together When the primary dyestuff of filling of printing, by dyestuff using maximizing, avoid a kind of printing machine of the waste of dyestuff it is really necessary to.

Summary of the invention

The purpose of the present invention is to provide a kind of printing machines, for overcoming drawbacks described above in the prior art.

A kind of printing machine according to the present invention, including apparatus main body, it is set to described device master intracorporal Asperity model printing Device is set to the intracorporal printing mobile device of described device master and is set to the intracorporal printing work dress of described device master It sets, the Asperity model printing equipment includes being set to the intracorporal first rotation chamber of described device master, on the right side of the first rotation chamber First motor is fixedly installed in inner wall, first motor left end power is connected with extension and is passed through to first rotation Intracavitary first rotating shaft, being fixedly connected in the first rotating shaft can be in the first ratchet of the intracavitary rotation of first rotation, institute State the first ratchet left end be provided with the first of its phase one way engagement in spine bevel gear, it is described first rotation chamber inner left wall in phase Connection is provided with the first crankshaft cavity, is fixedly connected with extension in described first at the axle center of spine bevel gear left end and is passed through to described the It is bent to be fixedly connected with can rotate in first crankshaft cavity first in second shaft for the second shaft in one crankshaft cavity Axis, the first crankshaft upper hinge are connected with the first pull rod that can be moved up and down in first crankshaft cavity, and described first is bent What is be connected in inner wall on the downside of axocoel is provided with the Asperity model printing chamber that Open Side Down, and the Asperity model printing is intracavitary to go up downslide Dynamic to be provided with Asperity model printing block, Asperity model printing block upper end is hingedly coupled to first pull rod lower end, and described What is be connected in one rotation chamber upper inside walls is provided with the second rotation chamber, and spine bevel gear upper end is provided with and its phase in described first The first bevel gear of cooperation is engaged, extension is fixedly connected at the axle center of the first bevel gear upper end and is passed through to second rotation Intracavitary third shaft, be fixedly connected in the third shaft can in the second bevel gear of the intracavitary rotation of second rotation, The second bevel gear right end is provided with the third hand tap gear of meshed cooperation, phase in inner wall on the right side of the second rotation chamber Connection is provided with third rotation chamber, is fixedly connected with extension at third hand tap gear right end axle center and is passed through to the third turn The 4th intracavitary shaft is moved, the 4th of intracavitary rotation can be rotated in the third by, which being fixedly connected in the 4th shaft, bores tooth Wheel, the 4th bevel gear lower end are provided with the 5th bevel gear of meshed cooperation, inner wall on the downside of the third rotation chamber What is be inside connected is provided with the 4th rotation chamber, and extension is fixedly connected at the axle center of the 5th bevel gear lower end and is passed through to described the Four rotate the 5th intracavitary shaft, and being fixedly connected in the 5th shaft can be in the 6th cone of the intracavitary rotation of the 4th rotation Gear, the 6th bevel gear left end are provided with the 7th bevel gear of meshed cooperation.

Further technical solution, the printing mobile device include being set on the right side of the first rotation chamber in inner wall Powered rotation chamber, the first motor right end power, which is connected with to extend, is passed through first rotation intracavitary to the powered rotation Axis, being fixedly connected in first rotation axis can be in the second ratchet of the intracavitary rotation of the powered rotation, second ratchet Right end be provided with the second of its phase one way engagement in spine bevel gear, spine bevel gear lower end is provided in described second mutually nibbles with it The power bevel gear of cooperation is closed, what is be connected in inner wall on the downside of the powered rotation chamber is provided with the second crankshaft cavity, the power Extension is fixedly connected at the axle center of bevel gear lower end to be passed through to the second rotation axis in second crankshaft cavity, second rotation It is fixedly connected with the second crankshaft that can be rotated in second crankshaft cavity on axis, the second crankshaft upper hinge is connected with can be The second pull rod moved left and right in second crankshaft cavity, what is be connected on the right side of second crankshaft cavity in inner wall is provided with printing Mobile cavity, what can be horizontally slipped in the printing mobile cavity is provided with printing work block, and printing work block left end hinge connects It is connected to the second pull rod right end, what is be connected in the printing mobile cavity upper inside walls is provided with first sliding groove, and described first What is be connected in sliding slot upper inside walls is provided with the first limiting slot, printing work block upper end be fixedly connected with extension be passed through to The first fixed block in the first sliding groove, first upper end of fixing block are fixedly connected with extension and are passed through to first limit The first limit plate in slot.

Further technical solution, the printing work device include being set to the printing work block inner opening to the right First switching chamber, first switching is intracavitary to be rotatably provided with the first internal gear, and described first switches in chamber inner left wall What is be connected is provided with the first cam chamber, and extension is fixedly connected at the axle center of first internal gear left end and is passed through to described first Third rotation axis in cam chamber is fixedly connected with can rotate in first cam chamber first in the third rotation axis Cam, first cam left end are provided with the second cam being fixedly connected in the third rotation axis, first cam What is be connected in inner wall on the downside of chamber is provided with the first sliding cavity that Open Side Down, can slide up and down and sets in first sliding cavity It is equipped with printing pushing block, the printing pushing block lower end is fixedly connected with flexible rubber surface block, close to first cam What is be connected in the downside inner wall of chamber inner left wall be provided with the second sliding cavity that Open Side Down, in second sliding cavity can on Lower slider is provided with dyestuff block, and dyestuff block lower end is rotatably provided with dyestuff idler wheel, is provided in the dyestuff block Dyestuff filled cavity, what is be connected in the dyestuff filled cavity inner left wall is provided with the first inclined hole, on the left of first inclined hole in What is be connected in wall is provided with the first cavity, and dye chamber is fixedly installed in first cavity, is provided in the dye chamber Dyestuff chamber, the dyestuff is intracavitary to be placed with printing dyestuff, and what is be connected in inner wall on the right side of the dyestuff chamber is provided with the second inclined hole, Bearing, which is fixedly connected with to extend, at the axle center of the 7th bevel gear left end is passed through fourth rotation intracavitary to first switching Axis is fixedly connected with the change gear for the cooperation that can be meshed with first internal gear in the 4th rotation axis.

Further technical solution, what is be connected on the right side of first sliding cavity in inner wall is provided with the first limit chamber, institute State printing pushing block right end be fixedly connected with extension be passed through to the first limited block in first limit chamber, first limited block What is be connected in lower end and inner wall on the downside of first limit chamber is provided with the first spring, on the right side of second sliding cavity in inner wall What is be connected is provided with the second limit chamber, and the change gear right end is fixedly connected with extension and is passed through to second limit chamber The second limited block, be fixedly connected with the second bullet between inner wall on the downside of second limited block lower end and second limit chamber Spring.

Further technical solution, what is be connected in inner wall on the downside of the printing mobile cavity is provided with printing chamber, the print Brush it is intracavitary be fixedly installed silk screen plate, the transport chamber of left and right opening, the transport chamber are provided on the downside of the printing chamber in inner wall Inside it is fixedly installed electrical rawhide belt wheel.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, when being printed using the present apparatus, make Hard paper is placed on electrical rawhide belt wheel with personnel, starts electrical rawhide belt wheel, when hard paper is moved under Asperity model printing chamber When side, stop electrical rawhide belt wheel, start first motor at this time, the first rotation axis and the second ratchet wheel is driven, due to second One way engagement effect in ratchet and second between spine bevel gear, does not drive spine bevel gear in second to rotate, while first at this time Motor drives first rotating shaft and the first ratchet wheel, passes through unidirectionally nibbling between spine bevel gear in the first ratchet and first at this time Cooperation drives first with spine bevel gear, the second shaft and the first crank rotation in first is driven, by the rotation of the first crankshaft Pull rod and Asperity model printing block move down, so that Asperity model printing block pushes hard paper and forms Asperity model, while passing through the The rotation of spine bevel gear drives first bevel gear, third shaft and second bevel gear rotation in one, and then passes through the second cone tooth Engagement between wheel and third hand tap gear drives third hand tap gear, the 4th shaft and the 4th bevel gear to rotate, Jin Ertong The engagement crossed between the 4th bevel gear and the 5th bevel gear drives the 5th bevel gear, the 5th shaft and the 6th bevel gear to turn It is dynamic, so by the engagement between the 6th bevel gear and the 7th bevel gear drive the 7th bevel gear, the 4th rotation axis and Change gear rotation, and then the first internal gear and third are driven by the engagement between change gear and the first internal gear Rotation axis rotates 180 degree, and the second cam is turned in the second sliding cavity and will be abutted under dyestuff block phase at this time, so that first Inclined hole and the second inclined hole are in its state, and then the intracavitary dyestuff of dyestuff is flowed into and completes to fill in dyestuff filled cavity, dye Material can be flow on dyestuff idler wheel, be again started up electrical rawhide belt wheel at this time, hard paper is moved to silk screen plate lower end, stop electricity again Dynamic belt pulley, inverts first motor at this time, is acted on and being driven by the one way engagement between spine bevel gear in the second ratchet and second Spine bevel gear rotates in second, and then passes through the engagement in second between spine bevel gear and power bevel gear and drive power cone Gear, the second rotation axis and the second crank rotation drive the second pull rod and printing work block by the rotation of the second crankshaft It moves right, dyestuff is applied on silk screen plate by dyestuff idler wheel, first motor is rotated forward after the completion of dyestuff is smeared, it is recessed at this time The downward pneumatics of convex body printing block is primary, while dyestuff block, dyestuff idler wheel, printing pushing block and rubber surface block are restored to first Beginning state, inverts first motor again at this time, and printing work block is restored to initial position, will be located at silk by rubber surface block Dyestuff is pressed down against on web plate, so that dye print completes bumps font and printing on hard paper, it can be real by the present apparatus Now the concave-convex font of hard paper is stamped and printed, the printed matter of the attractive appearances such as high-grade invitation card calendar can be completed entirely certainly Dynamicization printing, while an once dyestuff of filling is printed, by dyestuff using maximizing, the waste of dyestuff is avoided, is worth recommending It uses.

Detailed description of the invention

Fig. 1 is overall structure diagram inside a kind of printing machine of the invention；

Fig. 2 is the enlarged diagram of " A " in Fig. 1.

Specific embodiment

Below with reference to Fig. 1-2, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

Referring to Fig.1-2, a kind of printing machine of embodiment according to the present invention, including apparatus main body 10, it is set to the dress It sets the Asperity model printing equipment in main body 10, the printing mobile device being set in described device main body 10 and is set to described Printing work device in apparatus main body 10, the Asperity model printing equipment include first be set in described device main body 10 Chamber 11 is rotated, is fixedly installed first motor 12 in the first rotation 11 right side inner wall of chamber, 12 left end of first motor is dynamic Force-fitting is connected with the first rotating shaft 13 for extending and being passed through in the first rotation chamber 11, is fixedly connected in the first rotating shaft 13 There is the first ratchet 14 that can be rotated in the first rotation chamber 11,14 left end of the first ratchet is provided with unidirectionally nibbles with its phase Close first in spine bevel gear 15, it is described first rotation 11 inner left wall of chamber in be connected be provided with the first crankshaft cavity 16, institute It states to be fixedly connected with to extend at 15 left end axle center of spine bevel gear in first and be passed through to the second shaft in first crankshaft cavity 16 17, it is fixedly connected with the first crankshaft 18 that can be rotated in first crankshaft cavity 16 in second shaft 17, described first 18 upper hinge of crankshaft is connected with the first pull rod 19 that can be moved up and down in first crankshaft cavity 16, first crankshaft cavity 16 What is be connected in the inner wall of downside is provided with the Asperity model printing chamber 20 that Open Side Down, can go up downslide in the Asperity model printing chamber 20 Dynamic is provided with Asperity model printing block 21, and 21 upper end of Asperity model printing block is hingedly coupled to 19 lower end of the first pull rod, What is be connected in first rotation, 11 upper inside walls of chamber is provided with the second rotation chamber 22,15 upper end of spine bevel gear in described first It is provided with the first bevel gear 23 of meshed cooperation, it is logical that extension is fixedly connected at the 23 upper end axle center of first bevel gear Enter to the third shaft 24 in the second rotation chamber 22, being fixedly connected in the third shaft 24 can be in second rotation The second bevel gear 25 rotated in chamber 22,25 right end of second bevel gear are provided with the third hand tap gear of meshed cooperation 26, described second, which rotates the third that is provided with being connected in 22 right side inner wall of chamber, rotates chamber 27,26 right end of third hand tap gear It is fixedly connected with the 4th shaft 28 for extending and being passed through in third rotation chamber 27 at axle center, is fixed in the 4th shaft 28 The 4th bevel gear 29 rotated in chamber 27 can be rotated in the third by being connected with, and 29 lower end of the 4th bevel gear is provided with and it Be meshed the 5th bevel gear 30 of cooperation, and what is be connected in the third rotation 27 downside inner wall of chamber is provided with the 4th rotation chamber 31, the 5th shaft for extending and being passed through in the 4th rotation chamber 31 is fixedly connected at the 30 lower end axle center of the 5th bevel gear 32, it is fixedly connected with the 6th bevel gear 33 that can be rotated in the 4th rotation chamber 31 in the 5th shaft 32, described the Six bevel gears, 33 left end is provided with the 7th bevel gear 34 of meshed cooperation.

Valuably or illustratively, the printing mobile device includes being set in the first rotation 11 right side inner wall of chamber Powered rotation chamber 35, the 12 right end power of first motor be connected with extension be passed through to the powered rotation chamber 35 First rotation axis 36 is fixedly connected with the second ratchet that can be rotated in the powered rotation chamber 35 in first rotation axis 36 37,37 right end of the second ratchet be provided with the second of its phase one way engagement in spine bevel gear 38, spine bores tooth in described second The power bevel gear 39 that 38 lower ends are provided with meshed cooperation is taken turns, is connected in the 35 downside inner wall of powered rotation chamber It is provided with the second crankshaft cavity 40, extension is fixedly connected at the 39 lower end axle center of power bevel gear and is passed through to second crankshaft The second rotation axis 41 in chamber 40, being fixedly connected in second rotation axis 41 can rotate in second crankshaft cavity 40 Second crankshaft 42,42 upper hinge of the second crankshaft are connected with the second pull rod that can be moved left and right in second crankshaft cavity 40 43, what is be connected in the 40 right side inner wall of the second crankshaft cavity is provided with printing mobile cavity 44, can in the printing mobile cavity 44 What is horizontally slipped is provided with printing work block 45, and it is right that 45 left end of printing work block is hingedly coupled to second pull rod 43 It holds, what is be connected in printing 44 upper inside walls of mobile cavity is provided with first sliding groove 46,46 upper inside walls of first sliding groove What is be inside connected is provided with the first limiting slot 47, and 45 upper end of printing work block is fixedly connected with extension and is passed through to described first The first fixed block 48 in sliding slot 46,48 upper end of the first fixed block are fixedly connected with extension and are passed through to first limiting slot The first limit plate 49 in 47.

Valuably or illustratively, the printing work device includes being set to 45 inner opening of printing work block to the right The first switching chamber 50, be rotatably provided with the first internal gear 51 in the first switching chamber 50, the first switching chamber 50 What is be connected in inner left wall is provided with the first cam chamber 52, is fixedly connected with extension at the 51 left end axle center of the first internal gear It is passed through to the third rotation axis 53 in first cam chamber 52, being fixedly connected in the third rotation axis 53 can be described The first cam 54 rotated in one cam chamber 52,54 left end of the first cam, which is provided with, is fixedly connected on the third rotation axis The second cam 55 on 53, what is be connected in the 52 downside inner wall of the first cam chamber is provided with the first sliding cavity that Open Side Down 56, it can slide up and down in first sliding cavity 56 and be provided with printing pushing block 57,57 lower end of printing pushing block is fixedly connected There is flexible rubber surface block 58, the setting being connected in the downside inner wall of 52 inner left wall of the first cam chamber There is the second sliding cavity 59 that Open Side Down, can slide up and down in second sliding cavity 59 and be provided with dyestuff block 60, the dye Material 60 lower end of block is rotatably provided with dyestuff idler wheel 61, and dyestuff filled cavity 62, the dyestuff are provided in the dyestuff block 60 What is be connected in 62 inner left wall of filled cavity is provided with the first inclined hole 63, and what is be connected in 63 inner left wall of the first inclined hole sets It is equipped with the first cavity 64, dye chamber 65 is fixedly installed in first cavity 64, is provided with dyestuff chamber in the dye chamber 65 66, printing dyestuff is placed in the dyestuff chamber 66, and what is be connected in the 66 right side inner wall of dyestuff chamber is provided with the second inclined hole 67, bearing is fixedly connected with for extending and being passed through to the first switching chamber 50 at the 34 left end axle center of the 7th bevel gear Four rotation axis 68 are fixedly connected with the teeth change for the cooperation that can be meshed with first internal gear 51 in the 4th rotation axis 68 Wheel 69.

Valuably or illustratively, what is be connected in the 56 right side inner wall of the first sliding cavity is provided with the first limit chamber 70, printing 57 right end of pushing block is fixedly connected with extension and is passed through to the first limited block 71 in first limit chamber 70, institute State first spring 72 that is provided with being connected in 71 lower end of the first limited block and the 70 downside inner wall of the first limit chamber, described What is be connected in two sliding cavities, 59 right side inner wall is provided with the second limit chamber 73, and 69 right end of change gear, which is fixedly connected with, to be prolonged Stretch the second limited block 74 being passed through in second limit chamber 73,74 lower end of the second limited block and second limit chamber Second spring 75 is fixedly connected between 73 downside inner walls.

Valuably or illustratively, what is be connected in the printing 44 downside inner wall of mobile cavity is provided with printing chamber 76, institute It states and is fixedly installed silk screen plate 77 in printing chamber 76, the transport chamber of left and right opening is provided in the printing 76 downside inner wall of chamber 78, electrical rawhide belt wheel 79 is fixedly installed in the transport chamber 78.

When original state, Asperity model printing block 21 is moved to top side in Asperity model printing chamber 20, at this time printing work block 45 are moved to the leftmost side in printing mobile cavity 44, and the first cam 54 turns in the first sliding cavity 56 will printing pushing block 57 and rubber Glue ramp blocks 58 push down on, while dyestuff block 60 is moved to top side in the second sliding cavity 59, at this time the first inclined hole 63 and Two inclined holes 67 are in misaligned state, and dyestuff does not flow into dyestuff filled cavity 62.

When being printed using the present apparatus, hard paper is placed on electrical rawhide belt wheel 79 by user of service, is started electronic Belt pulley 79 stops electrical rawhide belt wheel 79, starts first motor at this time when hard paper is moved to Asperity model printing 20 downside of chamber 12, the first rotation axis 36 and the rotation of the second ratchet 37 are driven, due in the second ratchet 37 and second between spine bevel gear 38 One way engagement effect, does not drive in second spine bevel gear 38 to rotate at this time, at the same first motor 12 drive first rotating shaft 13 and The rotation of first ratchet 14 drives first by the one way engagement effect between spine bevel gear 15 in the first ratchet 14 and first at this time Interior spine bevel gear 15, the second shaft 17 and the rotation of the first crankshaft 18 drive the first pull rod 19 by the rotation of the first crankshaft 18 And Asperity model printing block 21 moves down, so that Asperity model printing block 21 pushes hard paper and forms Asperity model, while passing through the The rotation of spine bevel gear 15 drives first bevel gear 23, third shaft 24 and second bevel gear 25 to rotate in one, and then passes through Engagement between second bevel gear 25 and third hand tap gear 26 drives third hand tap gear 26, the 4th shaft 28 and the 4th cone Gear 29 rotates, so by engagement between the 4th bevel gear 29 and the 5th bevel gear 30 drive the 5th bevel gear 30, 5th shaft 32 and the rotation of the 6th bevel gear 33, and then by engaging work between the 6th bevel gear 33 and the 7th bevel gear 34 It is rotated with the 7th bevel gear 34 of drive, the 4th rotation axis 68 and change gear 69, and then by change gear 69 and first Engagement between gear 51 drives the first internal gear 51 and third rotation axis 53 to rotate 180 degree, and second is convex at this time Wheel 55 is turned in the second sliding cavity 59 and will be abutted under 60 phase of dyestuff block, so that the first inclined hole 63 and the second inclined hole 67 are in it State, and then the dyestuff in dyestuff chamber 66 is flowed into and completes to fill in dyestuff filled cavity 62, dyestuff can flow to dyestuff idler wheel 61 On, it is again started up electrical rawhide belt wheel 79 at this time, hard paper is moved to 77 lower end of silk screen plate, stops electrical rawhide belt wheel 79 again, First motor 12 is inverted at this time, drives second by the one way engagement effect between spine bevel gear 38 in the second ratchet 37 and second Interior spine bevel gear 38 rotates, and then passes through the engagement in second between spine bevel gear 38 and power bevel gear 39 and drive power Bevel gear 39, the second rotation axis 41 and the rotation of the second crankshaft 42, by the rotation of the second crankshaft 42 drive the second pull rod 43 with And printing work block 45 moves right, and dyestuff is applied on silk screen plate 77 by dyestuff idler wheel 61, after the completion of dyestuff smearing First motor 12 is rotated forward, the downward pneumatics of Asperity model printing block 21 is primary at this time, while making dyestuff block 60, dyestuff idler wheel 61, print Brush pushing block 57 and rubber surface block 58 restore to original state, first motor 12 are inverted again at this time, by printing work block 45 Restore to initial position, dyestuff on silk screen plate 77 will be located at by rubber surface block 58 and be pressed down against, so that dye print is in hard On matter paper, concave-convex font and printing are completed.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. a kind of printing machine, including apparatus main body, be set to the intracorporal Asperity model printing equipment of described device master, be set to it is described Printing mobile device in apparatus main body and it is set to the intracorporal printing work device of described device master, it is characterised in that: institute Stating Asperity model printing equipment includes being set to the intracorporal first rotation chamber of described device master, on the right side of the first rotation chamber in inner wall Be fixedly installed first motor, first motor left end power be connected with extension be passed through it is intracavitary to first rotation First rotating shaft, be fixedly connected in the first rotating shaft can in the first ratchet of the intracavitary rotation of first rotation, described first Ratchet left end be provided with the first of its phase one way engagement in spine bevel gear, be connected in the first rotation chamber inner left wall It is provided with the first crankshaft cavity, extension is fixedly connected at the axle center of spine bevel gear left end in described first and is passed through to first crankshaft The second intracavitary shaft is fixedly connected with the first crankshaft that can be rotated in first crankshaft cavity, institute in second shaft It states the first crankshaft upper hinge and is connected with the first pull rod that can be moved up and down in first crankshaft cavity, under first crankshaft cavity What is be connected in the inner wall of side is provided with the Asperity model printing chamber that Open Side Down, and the Asperity model prints intracavitary can slide up and down and sets It is equipped with Asperity model printing block, Asperity model printing block upper end is hingedly coupled to first pull rod lower end, first rotation What is be connected in chamber upper inside walls is provided with the second rotation chamber, and spine bevel gear upper end is provided with meshed match in described first The first bevel gear of conjunction, be fixedly connected at the axle center of the first bevel gear upper end extension be passed through it is intracavitary to second rotation Third shaft, be fixedly connected in the third shaft can in the second bevel gear of the intracavitary rotation of second rotation, described the Two bevel gear right ends are provided with the third hand tap gear of meshed cooperation, are connected in inner wall on the right side of the second rotation chamber Be provided with third rotation chamber, be fixedly connected at the third hand tap gear right end axle center extension be passed through to the third rotate it is intracavitary The 4th shaft, the 4th bevel gear of intracavitary rotation can be rotated in the third by being fixedly connected in the 4th shaft, described 4th bevel gear lower end is provided with the 5th bevel gear of meshed cooperation, is connected in inner wall on the downside of the third rotation chamber Be provided with the 4th rotation chamber, extension is fixedly connected at the axle center of the 5th bevel gear lower end and is passed through to the 4th rotation chamber The 5th interior shaft, being fixedly connected in the 5th shaft can be in the 6th bevel gear of the intracavitary rotation of the 4th rotation, institute State the 7th bevel gear that the 6th bevel gear left end is provided with meshed cooperation.

2. a kind of printing machine according to claim 1, it is characterised in that: the printing mobile device is described including being set to Powered rotation chamber on the right side of first rotation chamber in inner wall, the first motor right end power are connected with extension and are passed through to described The first intracavitary rotation axis of powered rotation, being fixedly connected in first rotation axis can be in the intracavitary rotation of the powered rotation Second ratchet, the second ratchet right end be provided with the second of its phase one way engagement in spine bevel gear, spine cone in described second Gear lower end is provided with the power bevel gear of meshed cooperation, the setting being connected in inner wall on the downside of the powered rotation chamber There is the second crankshaft cavity, for extending and being passed through to second crankshaft cavity is fixedly connected at the axle center of power bevel gear lower end Two rotation axis, are fixedly connected with the second crankshaft that can be rotated in second crankshaft cavity in second rotation axis, and described Two crankshaft upper hinges are connected with the second pull rod that can be moved left and right in second crankshaft cavity, on the right side of second crankshaft cavity in What is be connected in wall is provided with printing mobile cavity, and what can be horizontally slipped in the printing mobile cavity is provided with printing work block, institute It states printing work block left end and is hingedly coupled to the second pull rod right end, what is be connected in the printing mobile cavity upper inside walls sets It is equipped with first sliding groove, what is be connected in the first sliding groove upper inside walls is provided with the first limiting slot, on the printing work block End is fixedly connected with extension and is passed through to the first fixed block in the first sliding groove, and first upper end of fixing block is fixedly connected with Extension is passed through to the first limit plate in first limiting slot.

3. a kind of printing machine according to claim 1, it is characterised in that: the printing work device is described including being set to The the first switching chamber of printing work block inner opening to the right, first switching is intracavitary to be rotatably provided with the first internal gear, institute State first cam chamber that is provided with being connected in the first switching chamber inner left wall, fixed company at the axle center of first internal gear left end It is connected to extension to be passed through to the third rotation axis in first cam chamber, being fixedly connected in the third rotation axis can be described The first cam rotated in first cam chamber, first cam left end, which is provided with, to be fixedly connected in the third rotation axis Second cam, what is be connected on the downside of first cam chamber in inner wall is provided with the first sliding cavity that Open Side Down, and described first It can slide up and down in sliding cavity and be provided with printing pushing block, it is oblique that the printing pushing block lower end is fixedly connected with flexible rubber Face block, what is be connected in the downside inner wall of the first cam chamber inner left wall is provided with the second sliding that Open Side Down Chamber can slide up and down in second sliding cavity and be provided with dyestuff block, and dyestuff block lower end is rotatably provided with dyestuff Idler wheel is provided with dyestuff filled cavity in the dyestuff block, and what is be connected in the dyestuff filled cavity inner left wall is provided with first Inclined hole, what is be connected in the first inclined hole inner left wall is provided with the first cavity, and fixed setting is had illicit sexual relations in first cavity Expect room, dyestuff chamber is provided in the dye chamber, the dyestuff is intracavitary to be placed with printing dyestuff, on the right side of the dyestuff chamber in inner wall What is be connected is provided with the second inclined hole, and bearing is fixedly connected with extension and is passed through to described at the axle center of the 7th bevel gear left end First switches the 4th intracavitary rotation axis, is fixedly connected with to be meshed with first internal gear in the 4th rotation axis and match The change gear of conjunction.

4. a kind of printing machine according to claim 1, it is characterised in that: be connected in inner wall on the right side of first sliding cavity Be provided with the first limit chamber, the printing pushing block right end is fixedly connected with extension and is passed through to first in first limit chamber What is be connected in limited block, first limited block lower end and inner wall on the downside of first limit chamber is provided with the first spring, institute State be connected on the right side of the second sliding cavity in inner wall be provided with the second limit chamber, the change gear right end is fixedly connected with extension It is passed through to the second limited block in second limit chamber, second limited block lower end and second limit chamber downside inner wall Between be fixedly connected with second spring.

5. a kind of printing machine according to claim 1, it is characterised in that: be connected in inner wall on the downside of the printing mobile cavity Be provided with printing chamber, the printing is intracavitary to be fixedly installed silk screen plate, is provided with to control in inner wall on the downside of the printing chamber and open Mouthful transport chamber, be fixedly installed electrical rawhide belt wheel in the transport chamber.