CN109016841A

CN109016841A - A kind of ink jet printing device and its operating method

Info

Publication number: CN109016841A
Application number: CN201810955933.4A
Authority: CN
Inventors: 聂峥荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-21
Filing date: 2018-08-21
Publication date: 2018-12-18

Abstract

The invention discloses a kind of ink jet printing device and its operating methods, including apparatus main body and it is set to the intracorporal printing equipment of described device master, the printing equipment includes being set in described device main body and the first cavity of opening upwards, the first sliding block that can be horizontally slipped is provided in first cavity, what the lower end of the first cavity inner left wall was connected is provided with guide groove, left and right array and what is be connected be provided with the first rotation slot in the downside inner wall of the guide groove, the first roller is rotatably provided between the front and back side inner wall of first rotation slot, left and right array and what is be connected be provided with the second rotation slot in the upper inside walls of the guide groove, second tin roller is rotatably provided in second rotation slot；The present invention is directed to simple, the small volumes that designs a kind of structure, and are able to achieve paper feed, inkjet printing, drying function and have equipment and its operating method compared with the higher print quality of same volume laser printer.

Description

A kind of ink jet printing device and its operating method

Technical field

The present invention relates to printer technology field, specifically a kind of ink jet printing device and its operating method.

Background technique

Nowadays most commonly used printer is generally divided into two kinds, and one kind is laser printer, and one kind is ink-jet printer, Printing of inkjet printer is high-quality for laser printer, and dust pollution is lower, but print speed is lower, and ink-jet The general volume of formula printer is larger, occupies larger space, therefore it is simple to design a kind of structure, small volume, and is able to achieve paper feed, Inkjet printing, drying function and has a kind of ink jet printing device compared with the higher print quality of same volume laser printer and its behaviour Make method it is really necessary to.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of ink jet printing device and its operating methods, are able to solve The problems in above-mentioned present technology.

The present invention is achieved through the following technical solutions: a kind of ink jet printing device of the invention and its operation side Method, including apparatus main body and be set to the intracorporal printing equipment of described device master, the printing equipment include be set to it is described In apparatus main body and the first cavity of opening upwards, it is provided with the first sliding block that can be horizontally slipped in first cavity, it is described What the lower end of the first cavity inner left wall was connected is provided with guide groove, left and right array and is connected in the downside inner wall of the guide groove Be provided with the first rotation slot, be rotatably provided with the first roller between the front and back side inner wall of first rotation slot, it is described Left and right array and what is be connected be provided with the second rotation slot in the upper inside walls of guide groove, rotatably sets in second rotation slot It is equipped with second tin roller, is connected in the front inner wall of second rotation slot and is provided with third rotation slot, the second tin roller Extension is fixedly connected at axle center to be passed through in the third rotation slot and be fixedly connected with and can rotate in the third rotation slot Third roller, between the second tin roller of left and right array distribution and be located between the front and back side inner wall of the third rotation slot Rotatably be provided with the 4th roller that axle center is slightly above the third roller, wherein the third roller and the 4th roller it Between rotating around the first transmission belt is equipped with, what is be connected in the inner left wall of the third rotation slot is provided with the 4th rotation slot, institute State and be rotatably provided with the 5th roller in the 4th rotation slot, the 5th roller be located at the leftmost side the third roller it Between be arranged with the second transmission belt, the front side of the 5th roller and be located in the 4th rotation slot and be coaxially connected with the first cone tooth Wheel, the upside engagement of the first bevel gear are connected with second bevel gear, fixed company at the axle center of the second bevel gear It is connected to the first rotation axis, upper inside walls of the guide groove and what is be connected between second rotation slot be provided with the second sky Chamber, what is be connected in the upper inside walls of second cavity is provided with third cavity, solid in the rear side inner wall of the third cavity Surely it is provided with first motor, the front end power of the first motor is connected with the first lead screw, can slide in the third cavity Dynamic being provided with is connected with the second sliding block with first threads of lead screw, is provided with the first ink jet in second sliding block Road is fixedly connected with the ink jet for extending and being passed through in second cavity, the ink-jet on the downside end face of second sliding block The second ink-jet pipeline that Open Side Down and upper end is connected with the first ink-jet pipeline is provided in pipe, the third cavity What is be connected in upper inside walls is provided with the 4th cavity, is placed on lower end and the first ink-jet pipeline in the 4th cavity The third ink-jet pipeline being connected is held, is provided with the 5th cavity, the third ink jet in the upper inside walls of the 4th cavity The upper end in road is connected with the 5th cavity, is provided with the 6th cavity in the upper inside walls of the 5th cavity, and the described 6th What is be connected between the downside inner wall of cavity and the upper inside walls of the 5th cavity is provided with first through hole, wherein described It is provided with the third sliding block that can slide up and down in six cavitys, is provided with the 7th cavity in the third sliding block, wherein the third The Four-slider that can be matched with the first through hole, setting in the Four-slider are fixedly connected on the downside end face of sliding block There is the second through-hole for running through and being connected with the 7th cavity up and down, what is be connected in the upper inside walls of the 6th cavity sets It is equipped with the 8th cavity, it is sliding that the 5th for extending and being passed through in the 8th cavity is fixedly connected on the upside end face of the third sliding block Block, the second motor is fixedly installed in the upper inside walls of the 8th cavity, and the lower end power of second motor is cooperatively connected There are the first threaded rod for engaging and being cooperatively connected with the 5th sliding block, the setting being connected in the right side inner wall of the 8th cavity There is the 9th cavity, it is sliding that the 6th for extending and being passed through in the 9th cavity is fixedly connected in the right end face of the 5th sliding block Block, what the lower end of inner wall was connected on rear side of the 9th cavity be provided with extend back and be connected with the 8th cavity the Ten cavitys are provided with first in the inner left wall of the 6th cavity and begin to speak, and described first begins to speak interior slidable setting the 7th Sliding block, being provided with for being connected in the described first upper inside walls begun to speak second are begun to speak, and described second, which begins to speak, interior rotatably sets Be equipped with the second lead screw, be fixedly connected on the upside end face of the 7th sliding block extension be passed through described second begin to speak in and with it is described The 8th sliding block that second threads of lead screw is cooperatively connected is provided with third in the described second right side inner wall begun to speak and begins to speak, and described the The right end extension of two lead screws be passed through the third begin to speak in and be fixedly connected with the first rotating block, first rotating block with it is described It is fixedly connected with the first torque spring between the inner wall that third is begun to speak, is provided with the 4th in the described second inner left wall begun to speak and opens Chamber, the left end of second lead screw extend be passed through the described 4th begin to speak in and be fixedly connected with and can begin to speak interior rotation the described 4th Third hand tap gear, the third hand tap gear lower end engagement is connected with the 4th bevel gear, the axis of the 4th bevel gear The second rotation axis is fixedly connected at the heart, wherein the upper end of first rotation axis and the lower end of the second rotation axis are connected to and cut On changing device.

As a preferred technical solution, when the 5th sliding block declines to greatest extent described in the 6th sliding block downside end face It is abutted against with the downside inner wall of the 9th cavity, the lower end surface of the 5th sliding block is by the constraint and institute moved down at this time It states the 5th sliding block and first threaded rod is opposing stationary, at this time when first threaded rod is continued to rotate due to the described 6th The constraint that the back end surface of sliding block loses inner wall on rear side of the 9th cavity is transferred in the tenth cavity, i.e., when the described 5th is sliding The 5th sliding block can be driven to turn an angle since first threaded rod continues to rotate when block declines to greatest extent.

As a preferred technical solution, the switching device include be set to described first begin to speak in inner left wall the 5th Begin to speak, wherein the upper end of first rotation axis extend be passed through the described 5th begin to speak in and be fixedly connected with can be the described 5th It begins to speak the second rotating block of interior rotation, is provided with the first spline of opening upwards in second rotating block, described second turn The lower end of moving axis extend be passed through the described 5th begin to speak in and be fixedly connected with the third rotation that can begin to speak interior rotation the described 5th Block is provided with the second spline that Open Side Down, second rotating block and the third rotating block in the third rotating block Between be provided with first sliding shoe that can slide up and down, third motor, the third are fixedly installed in first sliding shoe The upper end of motor is connected with the first spline block that can be matched with second spline, the third by shaft power The lower end of motor is connected with the second spline block that can be matched with first spline by shaft power, and the described 5th Left and right is perforative in the inner left wall begun to speak is provided with third through-hole, is fixedly connected in the left end face of first sliding shoe Extend the second sliding shoe outside the third through-hole left end face.

Second rotation slot positioned at the rightmost side is connected with first cavity as a preferred technical solution, when The paper of the leftmost side in the first cavity can be brought into second cavity when positioned at the second tin roller rotation of the rightmost side And it is moved to the left by the second tin roller and first roller drive.

It is fixedly installed the first heat block in the inner left wall of first cavity as a preferred technical solution, it is described Be fixedly installed the second heat block in the downside inner wall of second cavity, wherein first heat block can by the first cavity most The paper in left side preheat and then accelerates the rate of drying of ink marks, and the ink marks that second heat block can finish printing carries out Further drying.

Upper end of inner wall or so is perforative on the right side of the 7th cavity as a preferred technical solution, is provided with the first conducting Hole, being provided with for being connected between the right side inner wall that the 6th cavity inner left wall is begun to speak with described first can be with described first The second via hole that via hole is connected, when first via hole is connected with second via hole described in first begin to speak Interior ink will go into the 7th cavity.

The sliding slot of opening to the right is provided in the right side inner wall of first cavity as a preferred technical solution, it is described First movement block is slidably provided in sliding slot, between the inner left wall of the sliding slot and the right side inner wall of first cavity What is be connected is provided with the first threading hole, is fixedly connected between the first movement block and the right end face of first sliding block First bracing wire is fixedly installed the first in command, the inner left wall of second cavity in the right end face of the first movement block What is be inside connected is provided with the atrium of opening to the left, and user of service can be taken out printed paper by the atrium, Perforative up and down in described first upper inside walls begun to speak to be provided with the first ink-feeding hole, there is sealed set at first ink-feeding hole Sealing cover.

What is be connected in the downside inner wall of first cavity as a preferred technical solution, is provided with the first guide runner, It is fixedly connected on the downside end face of first sliding block and extends the first slider guide for being passed through in first guide runner, described the The first return spring is fixedly connected between the right end face of one slider guide and the right side inner wall of first guide runner.

The specific steps of this method:

Firstly, third electric motor starting, and then the rotation of the second spline block is driven by shaft, and then drives the by the second rotating block The rotation of one rotation axis, and then first bevel gear rotation is driven by the first rotation axis, and then drive second to pass by the 5th roller Dynamic band rotation, and then the third roller for being located at the leftmost side is driven to rotate, at this time by being set around the 4th roller and the first rotation axis On the first transmission belt can drive left and right array distribution third roller turn to it is identical so that left and right array distribution setting Second tin roller rotates in same direction, and the paper for being located at the leftmost side in the first cavity can be displaced through the second cavity by second tin roller at this time, First heat block and the starting of the second heat block at this time, and then the paper of printing is heated；

Secondly, the second electric motor starting, and then the decline of the 5th sliding block is driven by the first threaded rod, and then drive by third sliding block Four-slider declines and is caught in first through hole, and when the 5th sliding block declines to greatest extent, the first threaded rod is continued to rotate at this time, And then driving the 5th sliding block to rotate backward, and then third sliding block is driven to turn over 180 degree, the first via hole goes to a left side at this time Side and it is connected with the second via hole, at this time since the elastic force effect of the first torque spring drives the rotation of the first rotating block, in turn Driven by the second lead screw and second begin to speak to move to the right, so drive the 7th sliding block move to the right and by first begin to speak in Ink is pressed through the second via hole, and the first via hole enters in the 7th cavity, and passes through the second through-hole, the 5th cavity, the Three ink-jet pipelines and the first ink-jet pipeline squeeze out outside the lower ending opening of the second ink-jet pipeline, while first motor starts, in turn By the first lead screw drive the second sliding block be moved forward and backward in third cavity, and cooperate with the rolling of second tin roller can to paper into Row inkjet printing；

Finally, when printing is completed, the second motor reversal, and then the 5th sliding block is first driven to rotate backward, before the 6th sliding block Side end face turns to the first threaded rod when abutting against with the front end face of the 9th cavity and the rising of the 5th sliding block is driven to restore to initial State, while the right-end openings of the second via hole are separated, the first torque spring stops operating, while third motor continues to rotate Paper is moved in atrium, user of service can take out print paper at this time, when first begin to speak in ink used when, User of service dials up the second sliding shoe, and then drives the first sliding shoe to begin to speak interior rising the 5th, and then drive the first flower Key block is caught in the second spline, and the second spline block detaches outside the first spline at this time, and third motor rotates at this time, Jin Ertong It crosses the second rotation axis and drives the rotation of the 4th bevel gear, and then the rotation of the second lead screw is driven by third hand tap gear, and then pass through the Two, which begin to speak, drives the 7th sliding block to move to the left, and user of service can be oily to the first begin to speak interior addition by the first ink-feeding hole at this time Ink, while the rotational torque of the second lead screw can be stored in the first torque spring by the deformation of the first torque spring, when first When paper in cavity has used, user of service pulls to the right the first in command, and then first movement block is driven to move to the right, into And pulling the first sliding block to move to the right by the first bracing wire, user of service can be into the first cavity on the left of the first sliding block at this time Add paper.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, when carrying out inkjet printing by the present apparatus, Third electric motor starting, and then the rotation of the second spline block is driven by shaft, and then the first rotation axis is driven by the second rotating block Rotation, and then first bevel gear rotation is driven by the first rotation axis, and then the rotation of the second transmission belt is driven by the 5th roller, The third roller for being located at the leftmost side is driven to rotate in turn, at this time the first biography by being set around in the 4th roller and the first rotation axis It is identical that dynamic band can drive the third roller of left and right array distribution to turn to, so that the second tin roller of left and right array distribution setting is same To rotation, the paper that be located at the leftmost side in the first cavity can be displaced through the second cavity by second tin roller at this time, and first adds at this time Heat block and the second heat block start, and then heat to the paper of printing, at this time the second electric motor starting, and then pass through the first spiral shell Rasp bar drive the 5th sliding block decline, and then by third sliding block drive Four-slider decline and be caught in first through hole, at this time when The first threaded rod continues to rotate when 5th sliding block declines to greatest extent, and then the 5th sliding block is driven to rotate backward, and then drives the Three sliding blocks turn over 180 degree, and the first via hole goes to left side and is connected with the second via hole at this time, at this time due to first The elastic force effect of torque spring drives the rotation of the first rotating block, and then drives second to begin to speak to move to the right by the second lead screw, And then drive the 7th sliding block move to the right and by first begin to speak in ink be pressed through the second via hole, the first via hole into Enter into the 7th cavity, and the second spray is squeezed out by the second through-hole, the 5th cavity, third ink-jet pipeline and the first ink-jet pipeline Outside the lower ending opening of black pipeline, while first motor starts, and then drives the second sliding block in third cavity by the first lead screw It is moved forward and backward, and cooperating can be to paper progress inkjet printing with the rolling of second tin roller, when printing is completed, the second motor is anti- Turn, and then the 5th sliding block is first driven to rotate backward, when the front end face of the 6th sliding block turns to the front end face with the 9th cavity The first threaded rod drives the 5th sliding block to rise and restores to original state when abutting against, at the same the right-end openings of the second via hole by every Disconnected, the first torque spring stops operating, while third motor continues to rotate and paper is moved in atrium, at this time user of service Print paper can be taken out, when first begin to speak in ink used when, user of service dials up the second sliding shoe, and then band Dynamic first sliding shoe is begun to speak interior rising the 5th, and then the first spline block is driven to be caught in the second spline, at this time the second spline Block detaches outside the first spline, and third motor rotates at this time, and then drives the rotation of the 4th bevel gear by the second rotation axis, into And the rotation of the second lead screw is driven by third hand tap gear, and then begin to speak that the 7th sliding block is driven to move to the left by second, at this time User of service can be begun to speak interior addition ink by the first ink-feeding hole to first, while the rotational torque of the second lead screw can pass through first The deformation of torque spring is stored in the first torque spring, and when the paper in the first cavity has used, user of service is drawn to the right The dynamic first in command, and then drive first movement block to move to the right, and then pull the first sliding block sidesway to the right by the first bracing wire Dynamic, user of service can add paper into the first cavity on the left of the first sliding block at this time, and present apparatus structure is simple, multiple functional, Paper feed can be automatically completed, is printed, the processes such as drying, while the present apparatus is small in size, weight is low, is worth being recommended to use.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is the first schematic diagram of internal structure of a kind of ink jet printing device of the invention and its operating method；

Fig. 2 is the second schematic diagram of internal structure of a kind of ink jet printing device of the invention and its operating method；

Fig. 3 is the structural schematic diagram in direction " A-A " in Fig. 1；

Fig. 4 is the structural schematic diagram in direction " B-B " in Fig. 1；

Fig. 5 is the structural schematic diagram in direction " C-C " in Fig. 1；

Fig. 6 is the enlarged diagram of " D " in Fig. 1；

Fig. 7 is the enlarged diagram of " E " in Fig. 2.

Specific embodiment

As shown in Fig. 1-Fig. 7, a kind of ink jet printing device of the invention and its operating method, including apparatus main body 11 and The printing equipment being set in described device main body 11, the printing equipment include being set in described device main body 11 and being open The first upward cavity 21 is provided with the first sliding block 25 that can be horizontally slipped, first cavity 21 in first cavity 21 What the lower end of inner left wall was connected is provided with guide groove 34, left and right array and what is be connected set in the downside inner wall of the guide groove 24 It is equipped with the first rotation slot 32, is rotatably provided with the first roller 33, institute between the front and back side inner wall of first rotation slot 32 It states left and right array in the upper inside walls of guide groove 34 and what is be connected is provided with the second rotation slot 39, it can in second rotation slot 39 Rotation is provided with second tin roller 41, is connected in the front inner wall of second rotation slot 39 and is provided with third rotation slot 63, Being fixedly connected with that extension is passed through in the third rotation slot 63 and is fixedly connected at the axle center of the second tin roller 41 can be in institute It states the third roller 74 rotated in third rotation slot 63, between the second tin roller 41 of left and right array distribution and is located at described the The 4th roller 64 that axle center is slightly above the third roller 74 is rotatably provided between the front and back side inner wall of three rotation slots 63, Wherein, rotating around equipped with the first transmission belt 65, a left side for the third rotation slot 63 between the third roller 74 and the 4th roller What is be connected in the inner wall of side is provided with the 4th rotation slot 66, is rotatably provided with the 5th roller in the 4th rotation slot 66 69, the 5th roller 69 and the second transmission belt 68 is arranged between the third roller 74 of the leftmost side, the described 5th The front side of roller 69 and be located at the 4th rotation slot 66 in be coaxially connected with first bevel gear 71, the first bevel gear 71 Upside engagement is connected with second bevel gear 72, is fixedly connected with the first rotation axis at the axle center of the second bevel gear 72 73, upper inside walls of the guide groove 34 and what is be connected between second rotation slot 39 be provided with the second cavity 34, institute State be connected in the upper inside walls of the second cavity 34 be provided with third cavity 107, in the rear side inner wall of the third cavity 107 It is fixedly installed first motor 108, the front end power of the first motor 108 is connected with the first lead screw 94, the third It is slidably provided with to be threadedly engaged with first lead screw 94 in cavity 107 and is connected with the second sliding block 93, second sliding block It is provided with the first ink-jet pipeline 92 in 93, is fixedly connected with extension on the downside end face of second sliding block 93 and is passed through described second Ink jet 95 in cavity 34, is provided with that Open Side Down and upper end is connected with the first ink-jet pipeline 92 in the ink jet 95 The second logical ink-jet pipeline 96, what is be connected in the upper inside walls of the third cavity 107 is provided with the 4th cavity 91, and described The third ink-jet pipeline 89 that lower end is connected with 92 upper end of the first ink-jet pipeline is placed in four cavitys 91, the described 4th is empty The 5th cavity 88 is provided in the upper inside walls of chamber 91, the upper end of the third ink-jet pipeline 89 is connected with the 5th cavity 88 It is logical, be provided with the 6th cavity 62 in the upper inside walls of the 5th cavity 88, the downside inner wall of the 6th cavity 62 with it is described What is be connected between the upper inside walls of 5th cavity 88 is provided with first through hole 87, wherein is provided in the 6th cavity 62 The third that can slide up and down sliding block 55 is provided with the 7th cavity 56 in the third sliding block 55, wherein the third sliding block 55 The Four-slider 61 that can be matched with the first through hole 87, setting in the Four-slider 61 are fixedly connected on the end face of downside There is the second through-hole 59 for running through and being connected with the 7th cavity 56 up and down, is connected in the upper inside walls of the 6th cavity 62 Logical is provided with the 8th cavity 47, and extension is fixedly connected on the upside end face of the third sliding block 55 and is passed through the 8th cavity The 5th sliding block 53 in 47 is fixedly installed the second motor 46, second motor in the upper inside walls of the 8th cavity 47 46 lower end power is connected with the first threaded rod 48 for engaging and being cooperatively connected with the 5th sliding block 53, the 8th cavity What is be connected in 47 right side inner wall is provided with the 9th cavity 51, is fixedly connected with and prolongs in the right end face of the 5th sliding block 53 The 6th sliding block 49 being passed through in the 9th cavity 51 is stretched, what the lower end of the 51 rear side inner wall of the 9th cavity was connected is provided with The tenth cavity 52 for extending back and being connected with the 8th cavity 47 is provided in the inner left wall of the 6th cavity 62 First begins to speak 37, and described first, which begins to speak, is slidably arranged the 7th sliding block 38 in 37, described first begin to speak 37 upper inside walls in Being provided with for being connected second begins to speak 82, and described second, which begins to speak, is rotatably provided with the second lead screw 79 in 82, and the described 7th is sliding It it is fixedly connected with extension on the upside end face of block 38 is passed through described second and begin to speak to be threadedly engaged in 82 and with second lead screw 79 8th sliding block 81 of connection, described second begin to speak 81 right side inner wall in be provided with third and begin to speak 83, second lead screw 79 Right end extension is passed through the third and begins to speak in 83 and be fixedly connected with the first rotating block 85, first rotating block 85 and described the Three begin to speak 83 inner wall between be fixedly connected with the first torque spring 84, described second begin to speak 82 inner left wall in be provided with Four begin to speak 77, and the left end of second lead screw 79, which extends, to be passed through the described 4th begin to speak in 77 and be fixedly connected with can be the described 4th It begins to speak the third hand tap gears 78 rotated in 77, the lower end engagement of the third hand tap gear 78 is connected with the 4th bevel gear 76, Be fixedly connected with the second rotation axis 75 at the axle center of 4th bevel gear 76, wherein the upper end of first rotation axis 73 with The lower end of second rotation axis 75 is connected in switching device.

Valuably, when the 5th sliding block 53 declines to greatest extent described in the 6th sliding block 49 downside end face and described the The downside inner wall of nine cavitys 51 abuts against, and the lower end surface of the 5th sliding block 53 described at this time is by the constraint moved down and described Five sliding blocks 53 and first threaded rod 48 are opposing stationary, at this time when first threaded rod 48 is continued to rotate due to described The constraint that the back end surface of six sliding blocks 49 loses the 51 rear side inner wall of the 9th cavity is transferred in the tenth cavity 52, that is, works as institute Described 53 turns of 5th sliding block can be driven since first threaded rod 48 continues to rotate when the 5th sliding block 53 declines to greatest extent by stating Dynamic certain angle.

Valuably, the switching device include be set to described first begin to speak in 37 inner left walls the 5th begin to speak 20, In, the upper end of first rotation axis 72, which extends, to be passed through the described 5th and begins to speak in 20 and be fixedly connected with and can begin to speak the described 5th The second rotating blocks 97 rotated in 20, are provided with the first spline 98 of opening upwards in second rotating block 97, and described the The lower ends of two rotation axis 75, which extends, to be passed through the described 5th and begins to speak in 20 and be fixedly connected with to begin to speak to rotate in 20 the described 5th Third rotating block 106, the second spline 105 that Open Side Down, second rotation are provided in the third rotating block 106 First sliding shoe 102 that can slide up and down, first sliding shoe 102 are provided between block 97 and the third rotating block 106 It is inside fixedly installed third motor 103, the upper end of the third motor 103 is connected with by shaft power can be with described The first spline block 104 that two splines 105 match, the lower end of the third motor 103 are connected with by shaft power The the second spline block 99 that can be matched with first spline 98, the described 5th begin to speak 20 inner left wall in left and right it is perforative It is provided with third through-hole 30, is fixedly connected in the left end face of first sliding shoe 102 and extends the third through-hole 30 The second sliding shoe 101 outside left end face.

Valuably, second rotation slot 39 positioned at the rightmost side is connected with first cavity 21, most right when being located at The paper of the leftmost side in first cavity 21 can be brought into second cavity 34 simultaneously by the second tin roller 41 of side when rotating It is moved to the left by the second tin roller 41 and first roller 33 drive.

Valuably, the first heat block 60, second cavity are fixedly installed in the inner left wall of first cavity 21 The second heat block 35 is fixedly installed in 34 downside inner wall, wherein first heat block 60 can by the first cavity 21 most The paper in left side preheat and then accelerates the rate of drying of ink marks, second heat block 35 can by the ink marks that finish of printing into The further drying of row.

Valuably, upper end of the 56 right side inner wall of the 7th cavity or so is perforative is provided with the first via hole 58, described 6th cavity, 62 inner left wall begin to speak with described first 37 right side inner wall between be connected be provided with and can be led with described first The second via hole 57 that through-hole 58 is connected, when first via hole 58 is connected with second via hole 57 described in One ink begun to speak in 37 will go into the 7th cavity 56.

Valuably, opening sliding slot 29 to the right is provided in the right side inner wall of first cavity 21, in the sliding slot 29 It slidably is provided with first movement block 27, between the inner left wall of the sliding slot 29 and the right side inner wall of first cavity 21 What is be connected is provided with the first threading hole 31, fixed between the first movement block 27 and the right end face of first sliding block 25 It is connected with the first bracing wire 26, the first in command 28 is fixedly installed in the right end face of the first movement block 27, described second is empty What is be connected in the inner left wall of chamber 34 is provided with the atrium 36 of opening to the left, and user of service can be incited somebody to action by the atrium 36 Printed paper takes out, described first begin to speak 37 upper inside walls in it is perforative up and down be provided with the first ink-feeding hole 42, it is described Sealed set has sealing cover 43 at first ink-feeding hole 42.

Valuably, what is be connected in the downside inner wall of first cavity 21 is provided with the first guide runner 22, and described first It is fixedly connected on the downside end face of sliding block 25 and extends the first slider guide 23 for being passed through in first guide runner 22, described first The first return spring 24 is fixedly connected between the right end face of slider guide 23 and the right side inner wall of first guide runner 22.

The specific steps of this method:

Firstly, third motor 103 starts, and then the rotation of the second spline block 99 is driven by shaft, and then pass through the second rotating block 97 drive the rotation of the first rotation axis 73, and then drive first bevel gear 71 to rotate by the first rotation axis 72, and then pass through the 5th Roller 69 drives the rotation of the second transmission belt 68, and then the third roller 74 for being located at the leftmost side is driven to rotate, at this time by being set around The first transmission belt 65 on 4th roller 64 and the first rotation axis 72 can drive the third roller 74 of left and right array distribution to turn to phase Together, so that the second tin roller 41 of left and right array distribution setting rotates in same direction, second tin roller 41 can be by the first cavity 21 at this time The interior paper positioned at the leftmost side is displaced through the second cavity 34, at this time the first heat block 60 and the starting of the second heat block 35, in turn The paper of printing is heated；

Secondly, the second motor 46 starts, and then the decline of the 5th sliding block 53 is driven by the first threaded rod 48, and then sliding by third Block 55 drives Four-slider 61 to decline and is caught in first through hole 87, at this time the first spiral shell when the 5th sliding block 53 declines to greatest extent Rasp bar 48 continues to rotate, and then the 5th sliding block 53 is driven to rotate backward, and then third sliding block 55 is driven to turn over 180 degree, this When the first via hole 58 go to left side and be connected with the second via hole 57, at this time since the elastic force of the first torque spring 84 acts on It drives the first rotating block 85 to rotate, and then drives second to begin to speak 81 to move to the right by the second lead screw 79, and then drive the 7th Sliding block 38 moves to the right and the ink that first begins to speak in 37 is pressed through the second via hole 57, and the first via hole 58 enters In 7th cavity 56, and squeezed out by the second through-hole 59, the 5th cavity 88, third ink-jet pipeline 89 and the first ink-jet pipeline 92 Outside the lower ending opening of second ink-jet pipeline 96, while first motor 108 starts, and then drives the second sliding block by the first lead screw 94 93 are moved forward and backward in third cavity 107, and cooperating can be to paper progress inkjet printing with the rolling of second tin roller 41；

Finally, when printing is completed, the second motor 46 inverts, and then the 5th sliding block 53 is first driven to rotate backward, when the 6th sliding block 49 front end face turns to the first threaded rod 48 when abutting against with the front end face of the 9th cavity 51 and drives on the 5th sliding block 53 It rises and restores to original state, while the right-end openings of the second via hole 57 are separated, the first torque spring 84 stops operating, simultaneously Third motor 103, which continues to rotate, is moved to paper in atrium 36, and user of service can take out print paper at this time, when first The ink in 37 begin to speak when having used, user of service dials up the second sliding shoe 101, and then the first sliding shoe 102 is driven to exist 5th, which begins to speak, rises in 20, and then the first spline block 104 is driven to be caught in the second spline 105, and the second spline block 99 is de- at this time It separates out outside the first spline 98, third motor 103 rotates at this time, and then drives 76 turns of the 4th bevel gear by the second rotation axis 75 It is dynamic, and then the rotation of the second lead screw 79 is driven by third hand tap gear 78, so by second begin to speak the 7th sliding block 38 of 81 drive to Left side is mobile, and user of service can begin to speak to add ink, while the second lead screw 79 in 37 to first by the first ink-feeding hole 42 at this time Rotational torque can be stored in the first torque spring 84 by the deformation of the first torque spring 84, the paper in the first cavity 21 When having used, user of service pulls to the right the first in command 28, and then drives first movement block 27 to move to the right, and then pass through First bracing wire 26 pulls the first sliding block 25 to move to the right, and user of service can be to first cavity 21 in 25 left side of the first sliding block at this time Interior addition paper.

When original state, the upside end face of the 5th sliding block 53 and the upper inside walls of the 8th cavity 47 are abutted against, and at this time the 6th The upside end face of sliding block 49 and the upper inside walls of the 9th cavity 51 abut against, the upside end face of third sliding block 55 and the 6th cavity 62 Upper inside walls abut against, the first via hole 58 is located at the right side of third sliding block 55, the right-end openings of the second via hole 57 at this time It is opened by the left end face partition of third sliding block 55, second begins to speak 81 to begin to speak to move to left to greatest extent in 82 second at this time, the 7th is sliding The first of the right side of block 38 is begun to speak in 37 full of ink, and the first torque spring 84 be in impaction state, at the same the second spline 105 and First spline block 104 is mutually disengaged, and the second spline block 99 engages into the first spline 98, the back end surface of the second sliding block 93 with The rear side inner wall of third cavity 107 abuts against.

When carrying out inkjet printing by the present apparatus, third motor 103 starts, and then drives the second spline block 99 by shaft Rotation, and then the rotation of the first rotation axis 73 is driven by the second rotating block 97, and then the first cone is driven by the first rotation axis 72 Gear 71 rotates, and then drives the rotation of the second transmission belt 68 by the 5th roller 69, and then the third for being located at the leftmost side is driven to roll Cylinder 74 rotates, and can drive left and right array by the first transmission belt 65 being set around in the 4th roller 64 and the first rotation axis 72 at this time The third roller 74 of distribution turn to it is identical so that the second tin roller 41 of left and right array distribution setting rotates in same direction, at this time the Two rollers 41 can by the first cavity 21 be located at the leftmost side paper be displaced through the second cavity 34, at this time the first heat block 60 and The starting of second heat block 35, and then the paper of printing is heated, the second motor 46 starts at this time, and then passes through the first screw thread Bar 48 drives the decline of the 5th sliding block 53, and then drives Four-slider 61 to decline by third sliding block 55 and be caught in first through hole 87 Interior, when the 5th sliding block 53 declines to greatest extent, the first threaded rod 48 is continued to rotate at this time, and then drives the 5th sliding block 53 backward Rotation, so drive third sliding block 55 turn over 180 degree, at this time the first via hole 58 go on the left of and with the second via hole 57 are connected, and at this time since the elastic force effect of the first torque spring 84 drives the rotation of the first rotating block 85, and then pass through second Thick stick 79 drives second to begin to speak 81 to move to the right, and then the ink for driving the 7th sliding block 38 to move to the right and first begins to speak in 37 Water is pressed through the second via hole 57, and the first via hole 58 enters in the 7th cavity 56, and empty by the second through-hole the 59, the 5th Chamber 88, third ink-jet pipeline 89 and the first ink-jet pipeline 92 squeeze out outside the lower ending opening of the second ink-jet pipeline 96, while first Motor 108 start, and then by the first lead screw 94 drive the second sliding block 93 be moved forward and backward in third cavity 107, and cooperate with The rolling of second tin roller 41 can carry out inkjet printing to paper, when printing is completed, the reversion of the second motor 46, and and then first drive the Five sliding blocks 53 rotate backward, when the front end face of the 6th sliding block 49, which is turned to, to be abutted against with the front end face of the 9th cavity 51 One threaded rod 48 drives the rising of the 5th sliding block 53 to restore to original state, while the right-end openings of the second via hole 57 are separated, First torque spring 84 stops operating, while third motor 103 continues to rotate and paper is moved in atrium 36, uses at this time Personnel can take out print paper, and when the ink that first begins to speak in 37 has used, user of service dials up the second sliding shoe 101, and then drive the first sliding shoe 102 to begin to speak to rise in 20 the 5th, and then the first spline block 104 is driven to be caught in the second spline In slot 105, the second spline block 99 is detached outside the first spline 98 at this time, and third motor 103 rotates at this time, and then passes through second Rotation axis 75 drives the rotation of the 4th bevel gear 76, and then drives the rotation of the second lead screw 79 by third hand tap gear 78, and then pass through Second the 7th sliding block 38 of 81 drive of beginning to speak moves to the left, and user of service can begin to speak 37 to first by the first ink-feeding hole 42 at this time Interior addition ink, while the rotational torque of the second lead screw 79 can be stored in the first torsion bullet by the deformation of the first torque spring 84 In spring 84, when the paper in the first cavity 21 has used, user of service pulls to the right the first in command 28, and then drives first to move Motion block 27 moves to the right, and then pulls the first sliding block 25 to move to the right by the first bracing wire 26, and user of service can be at this time Paper is added in first cavity 21 in 25 left side of the first sliding block.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of ink jet printing device and its operating method, including apparatus main body and it is set to the intracorporal printing of described device master Device, the printing equipment include being set in described device main body and the first cavity of opening upwards, in first cavity It is provided with the first sliding block that can be horizontally slipped, what the lower end of the first cavity inner left wall was connected is provided with guide groove, described Left and right array and what is be connected be provided with the first rotation slot, the front and back side inner wall of first rotation slot in the downside inner wall of guide groove Between be rotatably provided with the first roller, left and right array and what is be connected be provided with second turn in the upper inside walls of the guide groove Slot is moved, second tin roller is rotatably provided in second rotation slot, is connected in the front inner wall of second rotation slot It is provided with third rotation slot, extension is fixedly connected at the axle center of the second tin roller and is passed through in the third rotation slot and fixes It is connected with the third roller that can be rotated in the third rotation slot, between the second tin roller of left and right array distribution and is located at The 4th roller that axle center is slightly above the third roller is rotatably provided between the front and back side inner wall of the third rotation slot, Wherein, rotating around equipped with the first transmission belt, the inner left wall of the third rotation slot between the third roller and the 4th roller What is be inside connected is provided with the 4th rotation slot, and the 5th roller, the 5th rolling are rotatably provided in the 4th rotation slot It cylinder and is arranged with the second transmission belt between the third roller of the leftmost side, the front side of the 5th roller and is located at described First bevel gear is coaxially connected in 4th rotation slot, the upside engagement of the first bevel gear is connected with the second cone tooth Wheel, is fixedly connected with the first rotation axis at the axle center of the second bevel gear, the upper inside walls of the guide groove and is located at described the What is be connected between two rotation slots is provided with the second cavity, and what is be connected in the upper inside walls of second cavity is provided with third Cavity is fixedly installed first motor in the rear side inner wall of the third cavity, and the front end power of the first motor, which cooperates, to be connected It is connected to the first lead screw, is slidably provided in the third cavity and is connected with the second cunning with first threads of lead screw Block is provided with the first ink-jet pipeline in second sliding block, and it is logical that extension is fixedly connected on the downside end face of second sliding block Enter the ink jet in second cavity, is provided with that Open Side Down in the ink jet and upper end and the first ink-jet pipeline phase Second ink-jet pipeline of connection, what is be connected in the upper inside walls of the third cavity is provided with the 4th cavity, and the described 4th is empty The intracavitary third ink-jet pipeline for being placed with lower end and being connected with the first ink-jet pipeline upper end, in the upside of the 4th cavity The 5th cavity is provided in wall, the upper end of the third ink-jet pipeline is connected with the 5th cavity, the 5th cavity The 6th cavity, phase between the downside inner wall of the 6th cavity and the upper inside walls of the 5th cavity are provided in upper inside walls Connection is provided with first through hole, wherein the third sliding block that can slide up and down is provided in the 6th cavity, the third is sliding The 7th cavity is provided in block, wherein being fixedly connected on the downside end face of the third sliding block can be with the first through hole phase The Four-slider of cooperation is provided with the second through-hole for running through and being connected with the 7th cavity up and down in the Four-slider, What is be connected in the upper inside walls of 6th cavity is provided with the 8th cavity, fixed company on the upside end face of the third sliding block It is connected to the 5th sliding block for extending and being passed through in the 8th cavity, the second electricity is fixedly installed in the upper inside walls of the 8th cavity Machine, the lower end power of second motor are connected with the first threaded rod for engaging and being cooperatively connected with the 5th sliding block, institute The 9th cavity that is provided with being connected in the right side inner wall of the 8th cavity is stated, is fixedly connected in the right end face of the 5th sliding block There is extension to be passed through the 6th sliding block in the 9th cavity, what the lower end of inner wall was connected on rear side of the 9th cavity be provided with to Extend afterwards and the tenth cavity that is connected with the 8th cavity, is provided with first in the inner left wall of the 6th cavity and opens Chamber, described first begins to speak the 7th sliding block of interior slidable setting, and what is be connected in the described first upper inside walls begun to speak is provided with Second begins to speak, described second begin to speak it is interior be rotatably provided with the second lead screw, it is fixed on the upside end face of the 7th sliding block to connect Be connected to extend be passed through described second begin to speak in and with second threads of lead screw be cooperatively connected the 8th sliding block, described second begins to speak Right side inner wall in be provided with third and begin to speak, the right end extension of second lead screw be passed through the third begin to speak in and be fixedly connected There is the first rotating block, the first torque spring, institute are fixedly connected between the inner wall that first rotating block and the third are begun to speak State and be provided with the 4th in the inner left wall that second begins to speak and begin to speak, the left end of second lead screw extend be passed through the described 4th begin to speak in And it is fixedly connected with the third hand tap gear that can begin to speak interior rotation the described 4th, the lower end engagement cooperation of the third hand tap gear connects It is connected to the 4th bevel gear, is fixedly connected with the second rotation axis at the axle center of the 4th bevel gear, wherein first rotation axis Upper end and the lower end of the second rotation axis be connected in switching device.

2. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: sliding the described 5th The downside end face of 6th sliding block and the downside inner wall of the 9th cavity described in when block declines to greatest extent abut against, described at this time The lower end surface of 5th sliding block is opposing stationary by the constraint and the 5th sliding block that move down and first threaded rod, at this time When first threaded rod is continued to rotate since the back end surface of the 6th sliding block loses inner wall on rear side of the 9th cavity Constraint be transferred in the tenth cavity, i.e., when the 5th sliding block declines to greatest extent due to first threaded rod continue Rotation can drive the 5th sliding block to turn an angle.

3. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: the switching device It begins to speak the in inner left wall the 5th to begin to speak including being set to described first, wherein the upper end of first rotation axis, which extends, to be passed through Described 5th begin to speak in and be fixedly connected with the second rotating block that can begin to speak interior rotation the described 5th, in second rotating block Be provided with the first spline of opening upwards, the lower end of second rotation axis extend be passed through the described 5th begin to speak in and fixed connect It is connected to the third rotating block that can begin to speak interior rotation the described 5th, the second flower that Open Side Down is provided in the third rotating block Keyway, is provided with first sliding shoe that can slide up and down between second rotating block and the third rotating block, and described first Third motor is fixedly installed in sliding shoe, the upper end of the third motor is connected with by shaft power can be with described The first spline block that two splines match, the lower end of the third motor is connected with by shaft power can be with described The second spline block that one spline matches, left and right is perforative in the 5th inner left wall begun to speak is provided with third through-hole, The second sliding shoe extended outside the third through-hole left end face is fixedly connected in the left end face of first sliding shoe.

4. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: positioned at the rightmost side Second rotation slot is connected with first cavity, can be by the first sky when being located at the second tin roller rotation of the rightmost side The paper of the intracavitary leftmost side is brought into second cavity and is driven to the left by the second tin roller and first roller Side is mobile.

5. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: first cavity Inner left wall in be fixedly installed the first heat block, be fixedly installed the second heating in the downside inner wall of second cavity Block, wherein the paper of the leftmost side in the first cavity can preheat and then accelerate the dry speed of ink marks by first heat block Degree, second heat block can further be dried the ink marks that printing finishes.

6. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: the 7th cavity The upper end of right side inner wall or so is perforative to be provided with the first via hole, what the 6th cavity inner left wall was begun to speak with described first What is be connected between the inner wall of right side is provided with the second via hole that can be connected with first via hole, when first conducting Described in when hole is connected with second via hole first begin to speak in ink will go into the 7th cavity.

7. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: first cavity Right side inner wall in be provided with opening sliding slot to the right, be slidably provided with first movement block, the sliding slot in the sliding slot Inner left wall and the right side inner wall of first cavity between be connected be provided with the first threading hole, the first movement block It is fixedly connected with the first bracing wire between the right end face of first sliding block, is fixed in the right end face of the first movement block It is provided with the first in command, what is be connected in the inner left wall of second cavity is provided with the atrium of opening to the left, user Member can be taken out printed paper by the atrium, perforative up and down in the described first upper inside walls begun to speak to be provided with First ink-feeding hole, sealed set has sealing cover at first ink-feeding hole.

8. a kind of ink jet printing device according to claim 1 and its operating method, it is characterised in that: first cavity Downside inner wall in be connected be provided with the first guide runner, it is logical that extension is fixedly connected on the downside end face of first sliding block Enter the first slider guide in first guide runner, the right side of the right end face of first slider guide and first guide runner The first return spring is fixedly connected between inner wall;The specific steps of this method: