CN109177494A

CN109177494A - A kind of print control program and printer

Info

Publication number: CN109177494A
Application number: CN201811027869.XA
Authority: CN
Inventors: 何龙飞
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-04
Filing date: 2018-09-04
Publication date: 2019-01-11

Abstract

The invention discloses a kind of print control program and printers, this method institute use device includes apparatus main body and is set to the intracorporal printing equipment of described device master, the printing equipment includes being set in described device main body simultaneously the first cavity of opening upwards, what the lower end of the first cavity inner left wall was connected is provided with the second cavity, what is be connected between the second cavity upper inside walls and the first cavity inner left wall is provided with the first rotation chamber, first rotation is intracavitary to be rotatably provided with the first rotating wheel, the front end power of first rotating wheel is cooperatively connected in the first motor being fixed in the second cavity front inner wall；The present invention is directed to design one kind to be printed by air pressure, it is smaller that noise is generated in print procedure, while directlying adopt ink printed, do not have ink powder and be vaporized in air, and then ensure the device and its application method of user of service's health of human body.

Description

A kind of print control program and printer

Technical field

The present invention relates to printer technology field, specifically a kind of print control program and printer.

Background technique

It inevitably to be used to printer during our routine office works and carry out print job, but existed in conventional printer The noise for carrying out generation when print job is larger, will affect surrounding people's office, while the part ink powder meeting sprayed in printing In the air of volatilization, user of service's sucking is larger to Health Impact, therefore, designs one kind and is beaten by air pressure Print generates noise smaller in print procedure, while directlying adopt ink printed, does not have ink powder and is vaporized in air, in turn Ensure that a kind of print control program of user of service's health of human body and printer are necessary.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of print control program and printers, are able to solve above-mentioned The problems in present technology.

The present invention is achieved through the following technical solutions: of the invention a kind of print control program and printer, this Method institute use device includes apparatus main body and is set to the intracorporal printing equipment of described device master, and the printing equipment includes Simultaneously the first cavity of opening upwards is set in described device main body, and what the lower end of the first cavity inner left wall was connected sets It is equipped with the second cavity, what is be connected between the second cavity upper inside walls and the first cavity inner left wall is provided with first Chamber is rotated, first rotation is intracavitary to be rotatably provided with the first rotating wheel, the front end power cooperation of first rotating wheel It is connected in the first motor being fixed in the second cavity front inner wall, in the inner left wall of the first rotation chamber It is provided with the second rotation chamber being connected with second cavity, the intracavitary bilateral symmetry of the second rotation and rotatable setting There is the second rotating wheel, the first rotation axis, the rear end of first rotation axis are fixedly installed at the axle center of second rotating wheel It is rotatablely connected with by bearing on the rear side inner wall of the second rotation chamber, second rotating wheel being symmetrical set On be arranged with printer belt, the third rotation being connected with second cavity is provided in the inner left wall of the second rotation chamber Chamber, the third rotation is intracavitary to be rotatably provided with third rotating wheel, is fixedly installed at the axle center of the third rotating wheel The rear end of second rotation axis, second rotating wheel is rotatablely connected with the rear side inner wall that the third rotates chamber by bearing On, wherein the 4th rotation is provided in the front inner wall of the first rotation chamber, the second rotation chamber and third rotation chamber The front end extension of chamber, first rotation axis and second rotation axis is passed through the described 4th and rotates intracavitary and pass through between each other First transmission drive is cooperatively connected in the front end of the first motor, and the upper end of the second rotation chamber inner left wall is connected Be provided with the 5th rotation chamber, it is described 5th rotation it is intracavitary is rotatably provided with the 4th rotating wheel, the 4th rotating wheel Front end power is cooperatively connected on the second motor being fixed in the 5th rotation chamber front inner wall, and the described 5th rotates What is be connected in the inner left wall of chamber is provided with the 6th rotation chamber, front and back side inner wall of the 4th rotation chamber close to downside inner wall Between be rotatably provided with the 5th rotating wheel, the 6th rotation chamber can be rotated between the front and back side inner wall of inner left wall Be provided with the 6th rotating wheel, wherein be arranged between the 4th rotating wheel, the 5th rotating wheel and the 6th rotating wheel with The cleaning band that the printer belt offsets, what is be connected in the upper inside walls of the second rotation chamber is provided with third cavity, described Third motor is fixedly installed in the rear side inner wall of third cavity, the front end power of the third motor is connected with first Thick stick, it is capable of sliding back and forth in the third cavity to be provided with the first sliding block being cooperatively connected with first threads of lead screw, it is described What column and fixation were gone into battle in the downside end face of the first sliding block is provided with ink-jet needle tubing, is provided with the 4th cavity in first sliding block, Wherein, the ink-jet needle tubing is connected with the 4th cavity, and what is be connected in the upper inside walls of the 4th cavity is provided with First ink guide tube, what is be connected in the upper inside walls of the third cavity is provided with the 5th cavity, wherein first ink guide tube Upper end extend and be passed into the 5th cavity, the 6th that opening upwards are provided in the upper inside walls of the 5th cavity is empty Chamber is fixedly installed the first fixed block on the downside inner wall of the 6th cavity, is provided in first fixed block to downward Protrude into the second ink guide tube being connected in the 5th cavity and with first ink guide tube, inner wall on the right side of second ink guide tube Upper end or so run through and what is be connected is provided with first through hole, wherein being provided in the 6th cavity can slide up and down Second sliding block, the right end of the second sliding block downside inner wall are fixedly installed the second fixed block, setting in second fixed block There is the 7th cavity for extending upwardly into that in second sliding block and Open Side Down, wherein the right side of inner wall on the downside of the 6th cavity The 8th cavity that can be matched with second fixed block that is provided with being connected is held, is consolidated on the downside inner wall of the 8th cavity Surely it is provided with the third fixed block that can be matched with the 7th cavity, and is located in the 7th cavity and is slidably provided with Third sliding block is fixedly installed the first spring between the third sliding block upside end face and the upper inside walls of the 7th cavity, The 9th cavity is provided in the inner left wall of 7th cavity and in second sliding block, wherein the 9th cavity Upper inside walls and the upper inside walls of the 7th cavity between be connected be provided with the first snorkel, in the 9th cavity It slidably is provided with Four-slider, be provided with that Open Side Down in the downside inner wall of the 9th cavity first is begun to speak, described First begins to speak be connected between right side inner wall and the downside inner wall of the 9th cavity be provided with third ink guide tube, described first Begin to speak it is interior be slidably provided with the 5th sliding block, the upper inside walls of the 5th sliding block and the described first upper inside walls begun to speak it Between be fixedly installed second spring.

It is provided with the first rotation slot in the downside inner wall of second cavity as a preferred technical solution, described first Rotatably be provided with the first push belt in rotation slot, first push belt paper to be printed can be held up upwards and with institute It states printer belt to abut against, the second rotation being connected with second cavity is provided in the inner left wall of first rotation slot Slot is rotatably provided with the first runner in second rotation slot, be provided in the right side inner wall of first rotation slot with The third rotation slot that second cavity is connected, is rotatably provided with the second runner in the third rotation slot, and described First rotating shaft is fixedly installed at the axle center of two runners, the rear end of the first rotating shaft is rotatablely connected with described by bearing On the rear side inner wall of third rotation slot, it is provided in the front inner wall of the third rotation slot and is connected with the 4th rotation chamber The 4th rotation slot, the front end of the first rotating shaft, which extends, to be passed through in the 4th rotation slot and is fixedly connected with the first cone tooth Wheel, wherein the first rotating shaft is cooperatively connected with device power in the front end of the first motor by the second rotation, meanwhile, The first rotating shaft is with the steering of the first rotating wheel on the contrary, the rear end of the first bevel gear, which is engaged, is connected with the second cone tooth It takes turns, is fixedly connected with the second shaft at the axle center of the second bevel gear, is provided in the right side inner wall of the 4th rotation slot Opening second beginning to speak to the right, described second begins to speak setting of being connected between inner left wall and the right side inner wall of second cavity It is equipped with the first ventilation shaft, the right end extension of second shaft is passed through described second and begins to speak interior and be fixedly connected with the first rotation Block is fixedly installed turbofan on first rotating block, is provided with isolation iron net at the described second right-end openings begun to speak.

Locking dress is provided between second sliding block and the 6th cavity inner left wall as a preferred technical solution, It sets, the locking device includes the first sliding being set on the upside of the described device main body on the right side of the 6th cavity on end face The right end extension of block, first sliding shoe is passed through in the 6th cavity and is provided with bevel structure, wherein described second is sliding The first groove that is open to the right and can match with first sliding shoe, the institute on the downside of first sliding shoe are provided in block The first guide runner for being provided with opening upwards in apparatus main body is stated, is fixedly connected with and prolongs on the downside end face of first sliding shoe Stretch the first slider guide being passed through in first guide runner, the left end face of first slider guide and first guide runner The first return spring is fixedly connected between inner left wall.

Controller is provided on the ink-jet needle tubing as a preferred technical solution, the controller includes being set to institute The first empty slot being connected in the first sliding block and with the ink-jet needle tubing is stated, is fixedly installed in the upper inside walls of first cavity There is the first electromagnet, first electromagnet can realize power on/off by process control, and then regulate and control whether to generate magnetism, Be provided with the Magnetic force ball that can slide up and down in first empty slot, the Magnetic force ball can be under the attraction of first electromagnet on The connection between the first empty slot lower opening and the ink-jet needle tubing is risen and then controlled, and then realizes ink-jet.

The second sliding shoe is rotatably provided in first cavity as a preferred technical solution, described second is sliding Third spring, a left side for first cavity are fixedly installed between the right end face of motion block and the right side inner wall of first cavity The first heat block is fixedly installed in the inner wall of side, first heat block can be used to carry out the paper for being ready for printing pre- Heat, and then accelerate ink marks rate of drying, it is fixedly installed second respectively in the upper inside walls and downside inner wall of second cavity Heat block and third heat block, second heat block can dry stamping ink mark with the third heat block.

It is provided with sealing ring between the third sliding block and the inner wall of the 7th cavity as a preferred technical solution, The sealing ring can keep the air-tightness in the 7th cavity on the upside of the third sliding block, fix in first snorkel It is provided with constant pressure valve, the pressure that the constant pressure valve can control the described 7th empty chamber air to apply the 9th cavity, in turn The uniformity of ink-jet is controlled, is fixedly installed pull handle on the upside end face of second sliding block.

The 6th rotation is intracavitary as a preferred technical solution, is placed with clean water, the clean water can will it is described clearly The clean prepared Chinese ink attached that takes is cleaned.

What the left end of second cavity was connected as a preferred technical solution, is provided with the taking-up slot of opening to the left, Wherein, the aperture for taking out slot is greater than the aperture of second cavity and then personnel convenient to use take out the paper that printing is completed ?.

The specifically used step of this method:

Firstly, the second sliding block is put into the 6th cavity by user of service, third fixed block is caught in the second sliding block and pushes at this time Third sliding block moves up in the second sliding block, and then compresses to the air in the second sliding block on the upside of third sliding block, into And be inflated into the 9th cavity on the upside of Four-slider, Four-slider is pressed down against ink at this time, meanwhile, in the second sliding block During decline, the second fixed block be gradually caught in first begin to speak in, and then the 5th sliding block is pushed to rise, and gradually makes first Through-hole is connected with third ink guide tube, and when third ink guide tube is connected with first through hole, ink in the 9th cavity passes through the Two fixed blocks enter in the 4th cavity, while can lead by first when the second sliding block declines to greatest extent in the 6th cavity Sliding block is locked, and is printed preparation work at this time and is completed；

Secondly, when being printed, first motor starting, and then drive the first rotating wheel to rotate by shaft, and then by first Paper in cavity pushes in the second cavity, while first motor drives the second rotation chamber and the by the first belting The rotation of three rotating wheels, and then paper is driven to move to the left, in the process, the first electromagnet of process control obtains electric or power-off, So that the ink in the 4th cavity can be entered in ink-jet needle tubing by the first empty slot, and cooperate with the rotation of third motor The first sliding block can be driven to be moved forward and backward, and then sprayed on printer belt, and pattern is printed on paper when printer belt rolls, this When the second electric motor starting, and then the rotation of the 4th rotating wheel is driven by shaft, and then drive cleaning band rotation, at this time can will be remaining In the ink mark erasing on printer belt, meanwhile, during the rotation of the first rotating wheel the can be driven by the second belting The rotation of one shaft, forward (FWD) move the rotation of the second runner, and then assist the first rotating wheel to push paper, while first rotating shaft drives first Bevel gear rotation, and then the rotation of the second shaft is driven by second bevel gear, and then turbofan is driven by the first rotating block Rotation, and then to being aerated in the second cavity, paper ink marks can be accelerated with the second heat block and third heat block at this time by cooperating Rate of drying, and when ink has used, user of service only needs to pull the first slider guide to the left and then can be to the second sliding block It is unlocked, user of service can change the outfit to the second sliding block at this time.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, when being printed by the present apparatus, use Second sliding block is put into the 6th cavity by personnel, and third fixed block is caught in the second sliding block and pushes third sliding block second at this time It moves up, and then the air in the second sliding block on the upside of third sliding block is compressed, and then on Four-slider in sliding block It being inflated in 9th cavity of side, Four-slider is pressed down against ink at this time, meanwhile, during the decline of the second sliding block, Second fixed block be gradually caught in first begin to speak in, and then the 5th sliding block is pushed to rise, and gradually first through hole is led with third Black pipe is connected, and when third ink guide tube is connected with first through hole, the ink in the 9th cavity is entered by the second fixed block It can be locked by the first slider guide into the 4th cavity, while when the second sliding block declines to greatest extent in the 6th cavity Tightly, printing preparation work is completed at this time, at this point, when being printed, first motor starting, and then first turn is driven by shaft Wheel rotation, and then the paper in the first cavity is pushed in the second cavity, while first motor is filled by the first transmission belt The second rotation chamber of drive and the rotation of third rotating wheel are set, and then paper is driven to move to the left, in the process, process control the One electromagnet obtains electric or power-off, so that the ink in the 4th cavity can be entered in ink-jet needle tubing by the first empty slot, and Cooperation can drive the first sliding block to be moved forward and backward with the rotation of third motor, and then spray on printer belt, and roll in printer belt When pattern is printed on paper, the second electric motor starting at this time, and then the rotation of the 4th rotating wheel is driven by shaft, and then drive clear Clean band rotation, the ink mark erasing that can will be remained on printer belt at this time, meanwhile, it can pass through during the rotation of the first rotating wheel Second belting drives first rotating shaft rotation, and forward (FWD) moves the rotation of the second runner, and then the first rotating wheel is assisted to push paper, First rotating shaft drives first bevel gear rotation simultaneously, and then drives the rotation of the second shaft by second bevel gear, and then pass through the One rotating block drives turbofan rotation, and then to being aerated in the second cavity, cooperates at this time with the second heat block and third Heat block can accelerate the rate of drying of paper ink marks, and when ink has used, user of service only needs to pull first to lead to the left Sliding block in turn can be unlocked the second sliding block, and user of service can change the outfit to the second sliding block at this time, and the present apparatus uses newly The printing principle of formula carries out spraying printing to ink by pressure-air in printing, so reduces and is consumed in printing Electric energy, while present apparatus structure is simple, easy to operate, 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 schematic diagram of internal structure of a kind of print control program and printer of the invention；

Fig. 2 is the structural schematic diagram in direction " A-A " in Fig. 1；

Fig. 3 is the enlarged diagram of " B " in Fig. 1；

Fig. 4 is the enlarged diagram of " C " in Fig. 1；

Fig. 5 is the inner wall structure diagram of controller in the present invention；

Fig. 6 is the distribution schematic diagram of the first sliding block and ink-jet needle tubing in the present invention.

Specific embodiment

As shown in figs 1 to 6, of the invention a kind of print control program and printer, this method institute's use device include dress The printing equipment setting main body 11 and being set in described device main body 11, the printing equipment include being set to described device master First cavity 21 of the interior simultaneously opening upwards of body 11, what the lower end of 21 inner left wall of the first cavity was connected is provided with the second sky Chamber 39, what is be connected between 39 upper inside walls of the second cavity and 39 inner left wall of the first cavity is provided with the first rotation Chamber 62, it is described first rotation chamber 62 in be rotatably provided with the first rotating wheel 66, the front end power of first rotating wheel 66 It is cooperatively connected in the first motor 72 being fixed in 39 front inner wall of the second cavity, described first rotates chamber 66 The second rotation chamber 47 being connected with second cavity 39, left and right pair in the second rotation chamber 47 are provided in inner left wall Claim and be rotatably provided with the second rotating wheel 49, is fixedly installed the first rotation axis at the axle center of second rotating wheel 49 69, the rear end of first rotation axis 69 is rotatablely connected on the rear side inner wall of the second rotation chamber 49 by bearing, It is arranged with printer belt 48 on second rotating wheel 49 being symmetrical set, is set in the inner left wall of the second rotation chamber 49 It is equipped with the third rotation chamber 45 being connected with second cavity 39, is rotatably provided with third in the third rotation chamber 45 Rotating wheel 46, is fixedly installed the second rotation axis 68 at the axle center of the third rotating wheel 46, after second rotating wheel 68 End is rotatablely connected with the third by bearing and rotates on the rear side inner wall of chamber 45, wherein described first rotates chamber 66, the Two rotation chambers 47 and the third rotation chamber 45 front inner wall in be provided with the 4th rotation chamber 67, first rotation axis 69 and The front end of second rotation axis 68, which extends, to be passed through in the 4th rotation chamber 67 and between each other by the first transmission drive It is cooperatively connected in the front end of the first motor 72, what the upper end of the second rotation 47 inner left wall of chamber was connected be provided with the Five rotation chambers 52 are rotatably provided with the 4th rotating wheel 51 in the 5th rotation chamber 52, before the 4th rotating wheel 51 End power is cooperatively connected on the second motor being fixed in the 5th rotation 52 front inner wall of chamber, and the described 5th rotates What is be connected in the inner left wall of chamber 52 is provided with the 6th rotation chamber 54, and the 4th rotation chamber 54 is close to the front and back of downside inner wall The 5th rotating wheel 55, front and back side inner wall of the 6th rotation chamber 54 close to inner left wall are rotatably provided between the inner wall of side Between be rotatably provided with the 6th rotating wheel 56, wherein the 4th rotating wheel 51, the 5th rotating wheel 55 with described 6th turn It is arranged with the cleaning band 53 to offset with the printer belt 48 between driving wheel 56, is connected in the upper inside walls of the second rotation chamber 47 Logical is provided with third cavity 82, and third motor, the third electricity are fixedly installed in the rear side inner wall of the third cavity 82 The front end power of machine is connected with the first lead screw 85, capable of sliding back and forth in the third cavity 82 to be provided with and described first Lead screw 85 is threadedly engaged the first sliding block 104 of connection, and the downside end face of first sliding block 104 is gone into battle being provided with of column and fixation Ink-jet needle tubing 86 is provided with the 4th cavity 20 in first sliding block 104, wherein the ink-jet needle tubing 86 and the described 4th empty Chamber 20 is connected, and what is be connected in the upper inside walls of the 4th cavity 20 is provided with the first ink guide tube 83, the third cavity What is be connected in 82 upper inside walls is provided with the 5th cavity 81, wherein the upper end of first ink guide tube 83, which extends, is passed into institute It states in the 5th cavity 81, is provided with the 6th cavity 61 of opening upwards in the upper inside walls of the 5th cavity 81, the described 6th It is fixedly installed the first fixed block 77 on the downside inner wall of cavity 61, is provided in first fixed block 77 and extends down into institute The second ink guide tube 78 being connected in the 5th cavity 81 and with first ink guide tube 83 is stated, in 78 right side of the second ink guide tube Upper end of wall or so is run through and what is be connected is provided with first through hole 79, wherein being provided in the 6th cavity 61 can be upper and lower Second sliding block 88 of sliding, the right end of the 88 downside inner wall of the second sliding block are fixedly installed the second fixed block 92, and described second The 7th cavity 89 for extending upwardly into that in second sliding block 88 and Open Side Down is provided in fixed block 92, wherein described the What the right end of six cavitys, 61 downside inner wall was connected is provided with the 8th cavity 63 that can be matched with second fixed block 77, institute State the third fixed block 64 for being fixedly installed and being matched on the downside inner wall of the 8th cavity 63 with the 7th cavity 89, and position In being slidably provided with third sliding block 94 in the 7th cavity 89, the 94 upside end face of third sliding block is empty with the described 7th It is fixedly installed the first spring 91 between the upper inside walls of chamber 89, in the inner left wall of the 7th cavity 89 and is located at described the The 9th cavity 30 is provided in two sliding blocks 88, wherein the upper inside walls of the 9th cavity 30 are upper with the 7th cavity 89 What is be connected between the inner wall of side is provided with the first snorkel 97, is slidably provided with Four-slider in the 9th cavity 30 98, be provided with that Open Side Down in the downside inner wall of the 9th cavity 30 first begins to speak 101, and described first begins to speak 101 right sides What is be connected between inner wall and the downside inner wall of the 9th cavity 30 is provided with third ink guide tube 99, and described first begins to speak 101 It is interior to be slidably provided with the 5th sliding block 102, the upper inside walls of the 5th sliding block 102 with described first begin to speak 101 upside Second spring 103 is fixedly installed between inner wall.

Valuably, the first rotation slot 36, first rotation slot 36 are provided in the downside inner wall of second cavity 39 It is interior to be rotatably provided with the first push belt 37, first push belt 37 paper to be printed can be held up upwards and with it is described Printer belt 48 abuts against, and second to be connected with second cavity 39 is provided in the inner left wall of first rotation slot 36 Rotation slot 42, is rotatably provided with the first runner 43 in second rotation slot 42, in the right side of first rotation slot 36 It is provided with the third rotation slot 34 being connected with second cavity 39 in wall, is rotatably arranged in the third rotation slot 34 There is the second runner 35, first rotating shaft 74, the rear end of the first rotating shaft 74 are fixedly installed at the axle center of second runner 35 It is rotatablely connected with by bearing on the rear side inner wall of the third rotation slot 34, the front inner wall of the third rotation slot 34 It is inside provided with the 4th rotation slot 32 being connected with the 4th rotation chamber 67, the front end of the first rotating shaft 74, which extends, is passed through institute It states in the 4th rotation slot 32 and is fixedly connected with first bevel gear 76, wherein the first rotating shaft 74 passes through the second rotation band dress Power is set to be cooperatively connected in the front end of the first motor 72, meanwhile, the steering of the first rotating shaft 74 and the first rotating wheel 66 On the contrary, the rear end engagement of the first bevel gear 76 is connected with second bevel gear 33, the axle center of the second bevel gear 33 Place is fixedly connected with the second shaft 29, and opening second beginning to speak to the right is provided in the right side inner wall of the 4th rotation slot 32 25, described second begins to speak be connected between 25 inner left walls and the right side inner wall of second cavity 39 be provided with the first ventilation Pipeline 31, the right end extension of second shaft 29 are passed through described second and begin to speak in 25 and be fixedly connected with the first rotating block 27, Be fixedly installed turbofan 26 on first rotating block 27, described second begin to speak 25 right-end openings at be provided with isolation iron Net 24.

Beneficial, it is provided with locking device between second sliding block 88 and 61 inner left wall of the 6th cavity, it is described Locking device includes the first sliding shoe 57 being set on the 11 upside end face of described device main body on 61 right side of the 6th cavity, The right end extension of first sliding shoe 57 is passed through in the 6th cavity 61 and is provided with bevel structure, wherein described second The first groove 40 that is provided with opening in sliding block 88 to the right and can be matched with first sliding shoe 57, first sliding shoe The first guide runner 58 of opening upwards, the lower side of first sliding shoe 57 are provided in the described device main body 11 of 57 downsides The first slider guide 50 for extending and being passed through in first guide runner 58, the left side of first slider guide 57 are fixedly connected on face The first return spring 59 is fixedly connected between end face and the inner left wall of first guide runner 58.

Valuably, controller is provided on the ink-jet needle tubing 86, the controller includes being set to first sliding block The first empty slot 107 being connected in 104 and with the ink-jet needle tubing 86, fixation is set in the upper inside walls of first cavity 107 Be equipped with the first electromagnet 105, first electromagnet 105 can realize power on/off by process control, and then regulate and control whether It generates magnetic, is provided with the Magnetic force ball 108 that can slide up and down in first empty slot 107, the Magnetic force ball 108 can be described the Rise under the attraction of one electromagnet 105 and then controls between 107 lower opening of the first empty slot and the ink-jet needle tubing 86 Connection, and then realize ink-jet.

Valuably, the second sliding shoe 22 is rotatably provided in first cavity 21, the second sliding shoe 22 Third spring 23, a left side for first cavity 21 are fixedly installed between right end face and the right side inner wall of first cavity 21 The first heat block 65 is fixedly installed in the inner wall of side, first heat block 65 can be used to carry out the paper for being ready for printing Preheating, and then accelerate ink marks rate of drying, it is fixedly installed respectively in the upper inside walls and downside inner wall of second cavity 39 Second heat block 41 and third heat block 38, second heat block 41 can carry out stamping ink mark with the third heat block 38 Drying.

Valuably, sealing ring 93 is provided between the third sliding block 94 and the inner wall of the 7th cavity 89, it is described close Seal ring 93 can keep the air-tightness in the 7th cavity 89 of 94 upside of third sliding block, consolidate in first snorkel 97 Surely it is provided with constant pressure valve 95, the constant pressure valve 95 can control air in the 7th cavity 89 to apply the 9th cavity 30 Pressure, and then the uniformity of ink-jet is controlled, pull handle 96 is fixedly installed on the upside end face of second sliding block 88.

Valuably, it is placed with clean water in the 6th rotation chamber 54, the clean water can will be stained on the cleaning band 53 Attached prepared Chinese ink is cleaned.

Valuably, what the left end of second cavity 39 was connected is provided with the taking-up slot 44 of opening to the left, wherein described The aperture for taking out slot 44 is greater than the aperture of second cavity 39 and then personnel convenient to use take out the paper that printing is completed.

The specifically used step of this method:

Firstly, the second sliding block 88 is put into the 6th cavity 61 by user of service, third fixed block 64 is caught in the second sliding block 88 at this time It is interior and third sliding block 94 is pushed to move up in the second sliding block 88, and then in the second sliding block 88 of 94 upside of third sliding block Air is compressed, and then is inflated into the 9th cavity 30 of 98 upside of Four-slider, and Four-slider 98 squeezes downwards at this time Ink is pressed, meanwhile, during the decline of the second sliding block 88, the second fixed block 77 is gradually caught in first and begins to speak in 101, and then pushes away Dynamic 5th sliding block 102 rises, and first through hole 79 is gradually made to be connected with third ink guide tube 99, when third ink guide tube 99 and the When one through-hole 79 is connected, the ink in the 9th cavity 30 is entered in the 4th cavity 20 by the second fixed block 77, is worked as simultaneously Second sliding block 88 can be locked when declining to greatest extent in the 6th cavity 61 by the first slider guide 57, at this time printing preparation Work is completed；

Secondly, first motor 72 starts when being printed, and then the rotation of the first rotating wheel 66 is driven by shaft, and then will Paper in first cavity 21 pushes in the second cavity 39, while first motor 72 drives second by the first belting It rotates chamber 49 and third rotating wheel 46 rotates, and then paper is driven to move to the left, in the process, the first electromagnetism of process control Iron 105 obtains electric or power-off, so that the ink in the 4th cavity 20 can enter ink-jet needle tubing 86 by the first empty slot 107 It is interior, and cooperating can drive the first sliding block 104 to be moved forward and backward with the rotation of third motor, and then spray on printer belt 48, and Pattern is printed on paper by printer belt 48 when rolling, at this time the second electric motor starting, and then drives the 4th rotating wheel 51 by shaft Rotation, and then cleaning band 53 is driven to rotate, the ink mark erasing on printer belt 48 can will be remained at this time, meanwhile, in the first rotation First rotating shaft 74 can be driven to rotate by the second belting during 66 rotation of wheel, forward (FWD) moves the rotation of the second runner 35, And then the first rotating wheel 66 is assisted to push paper, while first rotating shaft 74 drives first bevel gear 76 to rotate, and then pass through second Bevel gear 33 drives the rotation of the second shaft 29, and then drives turbofan 26 to rotate by the first rotating block 27, and then to second It is aerated in cavity 39, cooperates the dry speed that can accelerate paper ink marks with the second heat block 41 and third heat block 38 at this time Degree, and when ink has used, user of service only needs to pull the first slider guide 57 to the left and then can carry out to the second sliding block 88 Unlock, user of service can change the outfit to the second sliding block 88 at this time.

When original state, paper, while the second sliding block are placed in first cavity 21 in 22 left side of the second sliding shoe 88 are located at outside the 6th cavity 61, and the downside end face of third sliding block 94 and the lower ending opening of the 7th cavity 89 are flush at this time, Four-slider 98 rises to greatest extent in the 9th cavity 30 at this time, and the 5th sliding block 102 is in the case where first begins to speak in 101 to greatest extent The left end opening for dropping third ink guide tube 99 at this time is separated by the 5th sliding block 102, while the first electromagnet 105 must not Electricity, Magnetic force ball 108 separate the first empty slot 107 with ink-jet needle tubing 86.

When being printed by the present apparatus, the second sliding block 88 is put into the 6th cavity 61 by user of service, and third is solid at this time Determine block 64 to be caught in the second sliding block 88 and third sliding block 94 is pushed to move up in the second sliding block 88, and then to third sliding block 94 Air in second sliding block 88 of upside is compressed, and then is inflated into the 9th cavity 30 of 98 upside of Four-slider, Four-slider 98 is pressed down against ink at this time, meanwhile, during the decline of the second sliding block 88, the second fixed block 77 is gradually caught in First begins to speak in 101, and then pushes the 5th sliding block 102 to rise, and first through hole 79 is gradually made to be connected with third ink guide tube 99 Logical, when third ink guide tube 99 is connected with first through hole 79, the ink in the 9th cavity 30 is entered by the second fixed block 77 Into the 4th cavity 20, while can be by the first slider guide 57 when the second sliding block 88 declines to greatest extent in the 6th cavity 61 It is locked, prints preparation work at this time and complete, at this point, first motor 72 starts when being printed, and then pass through shaft band Dynamic first rotating wheel 66 rotation, and then the paper in the first cavity 21 is pushed in the second cavity 39, while first motor 72 It drives the second rotation chamber 49 and third rotating wheel 46 to rotate by the first belting, and then paper is driven to move to the left, In the process, the first electromagnet of process control 105 electric or power-off so that ink in the 4th cavity 20 can be by the One empty slot 107 enters in ink-jet needle tubing 86, and cooperating can drive the first sliding block 104 to be moved forward and backward with the rotation of third motor, And then spray on printer belt 48, and pattern is printed on paper when printer belt 48 rolls, the second electric motor starting at this time, in turn The rotation of the 4th rotating wheel 51 is driven by shaft, and then cleaning band 53 is driven to rotate, can will be remained on printer belt 48 at this time Ink mark erasing, meanwhile, during the rotation of the first rotating wheel 66 74 turns of first rotating shaft can be driven by the second belting Dynamic, forward (FWD) moves the rotation of the second runner 35, and then assists the first rotating wheel 66 to push paper, while first rotating shaft 74 drives the first cone Gear 76 rotates, and then drives the rotation of the second shaft 29 by second bevel gear 33, and then drive whirlpool by the first rotating block 27 It takes turns fan 26 to rotate, and then to being aerated in the second cavity 39, cooperates at this time with the second heat block 41 and third heat block 38 It can accelerate the rate of drying of paper ink marks, and when ink has used, user of service only needs to pull the first slider guide 57 to the left And then the second sliding block 88 can be unlocked, user of service can change the outfit to the second sliding block 88 at this time.

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 print control program and printer, this method institute use device includes apparatus main body and is set to described device Main intracorporal printing equipment, the printing equipment include being set in described device main body simultaneously the first cavity of opening upwards, institute That states that the lower end of the first cavity inner left wall is connected is provided with the second cavity, the second cavity upper inside walls and described first What is be connected between cavity inner left wall is provided with the first rotation chamber, and first rotation is intracavitary to be rotatably provided with first turn The front end power of driving wheel, first rotating wheel is cooperatively connected in first be fixed in the second cavity front inner wall On motor, the second rotation chamber being connected with second cavity is provided in the inner left wall of the first rotation chamber, it is described Second rotates intracavitary bilateral symmetry and is rotatably provided with the second rotating wheel, is fixedly installed at the axle center of second rotating wheel There is the first rotation axis, the rear end of first rotation axis is rotatablely connected in the rear side of the second rotation chamber by bearing On wall, it is arranged with printer belt on second rotating wheel that is symmetrical set, is set in the inner left wall of the second rotation chamber It is equipped with the third rotation chamber being connected with second cavity, the third rotation is intracavitary to be rotatably provided with third rotation It takes turns, the second rotation axis is fixedly installed at the axle center of the third rotating wheel, the rear end of second rotating wheel can by bearing Rotation is connected on the rear side inner wall of third rotation chamber, wherein the first rotation chamber, the second rotation chamber and described the The 4th rotation chamber, the front end extension of first rotation axis and second rotation axis are provided in the front inner wall of three rotation chambers The described 4th is passed through to rotate intracavitary and be cooperatively connected by the first transmission drive in the front end of the first motor between each other, What the upper end of the second rotation chamber inner left wall was connected is provided with the 5th rotation chamber, and the 5th rotation is intracavitary rotatable It is provided with the 4th rotating wheel, the front end power of the 4th rotating wheel is cooperatively connected before being fixed at the 5th rotation chamber On the second motor in the inner wall of side, the described 5th rotates the 6th rotation chamber that is provided with being connected in the inner left wall of chamber, described 4th rotation chamber is rotatably provided with the 5th rotating wheel, the 6th rotation chamber between the front and back side inner wall of downside inner wall The 6th rotating wheel is rotatably provided between the front and back side inner wall of inner left wall, wherein the 4th rotating wheel, the 5th The cleaning band to offset with the printer belt, the upside of the second rotation chamber are arranged between rotating wheel and the 6th rotating wheel What is be connected in inner wall is provided with third cavity, and third motor is fixedly installed in the rear side inner wall of the third cavity, described The front end power of third motor is connected with the first lead screw, capable of sliding back and forth in the third cavity to be provided with and described The first sliding block that one threads of lead screw is cooperatively connected, what column and fixation were gone into battle in the downside end face of first sliding block is provided with ink-jet needle Pipe is provided with the 4th cavity in first sliding block, wherein and the ink-jet needle tubing is connected with the 4th cavity, and described the What is be connected in the upper inside walls of four cavitys is provided with the first ink guide tube, and what is be connected in the upper inside walls of the third cavity sets It is equipped with the 5th cavity, is passed into the 5th cavity wherein the upper end of first ink guide tube extends, the 5th cavity It is provided with the 6th cavity of opening upwards in upper inside walls, it is fixed that first is fixedly installed on the downside inner wall of the 6th cavity Block is provided with for extending down into and being connected in the 5th cavity and with first ink guide tube in first fixed block The upper end or so of two ink guide tubes, the second ink guide tube right side inner wall runs through and what is be connected is provided with first through hole, wherein institute It states and is provided with second sliding block that can slide up and down in the 6th cavity, the right end of inner wall is fixedly installed the on the downside of second sliding block Two fixed blocks are provided with the 7th cavity for extending upwardly into that in second sliding block and Open Side Down in second fixed block, Wherein, it is empty that the right end of the 6th cavity downside inner wall was connected is provided with can match with second fixed block the 8th Chamber, is fixedly installed the third fixed block that can be matched with the 7th cavity on the downside inner wall of the 8th cavity, and position In being slidably provided with third sliding block in the 7th cavity, the third sliding block upside end face is upper with the 7th cavity The first spring is fixedly installed between the inner wall of side, the inner left wall of the 7th cavity is interior and is located at setting in second sliding block There is the 9th cavity, wherein what is be connected between the upper inside walls of the 9th cavity and the upper inside walls of the 7th cavity sets It is equipped with the first snorkel, is slidably provided with Four-slider in the 9th cavity, in the downside inner wall of the 9th cavity Be provided with that Open Side Down first is begun to speak, and described first begins to speak is connected between right side inner wall and the downside inner wall of the 9th cavity Logical to be provided with third ink guide tube, described first, which begins to speak, interior is slidably provided with the 5th sliding block, the upside of the 5th sliding block Second spring is fixedly installed between inner wall and the described first upper inside walls for beginning to speak.

2. a kind of print control program according to claim 1 and printer, it is characterised in that: under second cavity It is provided with the first rotation slot in the inner wall of side, the first push belt is rotatably provided in first rotation slot, described first pushes away It send band that can hold up upwards paper to be printed and is abutted against with the printer belt, set in the inner left wall of first rotation slot It is equipped with the second rotation slot being connected with second cavity, is rotatably provided with the first runner in second rotation slot, The third rotation slot being connected with second cavity, the third rotation are provided in the right side inner wall of first rotation slot It is rotatably provided with the second runner in slot, is fixedly installed first rotating shaft at the axle center of second runner, described first turn The rear end of axis is rotatablely connected on the rear side inner wall of the third rotation slot by bearing, the front side of the third rotation slot The 4th rotation slot being connected with the 4th rotation chamber is provided in inner wall, the front end extension of the first rotating shaft is passed through described In 4th rotation slot and it is fixedly connected with first bevel gear, wherein the first rotating shaft is matched by the second rotation band device power The front end for being connected to the first motor is closed, meanwhile, the steering of the first rotating shaft and the first rotating wheel is on the contrary, first cone The rear end engagement of gear is connected with second bevel gear, and the second shaft is fixedly connected at the axle center of the second bevel gear, Be provided with opening second beginning to speak to the right in the right side inner wall of 4th rotation slot, described second begin to speak inner left wall with it is described What is be connected between the right side inner wall of second cavity is provided with the first ventilation shaft, and the right end extension of second shaft is passed through institute State second begin to speak in and be fixedly connected with the first rotating block, be fixedly installed turbofan on first rotating block, described the Isolation iron net is provided at two right-end openings begun to speak.

3. a kind of print control program according to claim 1 and printer, it is characterised in that: second sliding block and institute It states and is provided with locking device between the 6th cavity inner left wall, the locking device includes being set on the right side of the 6th cavity The right end extension of the first sliding shoe on the upside of described device main body on end face, first sliding shoe is passed through in the 6th cavity And it is provided with bevel structure, wherein be provided with opening in second sliding block to the right and can match with first sliding shoe The first groove, the first guide runner of opening upwards is provided in the described device main body on the downside of first sliding shoe, it is described It is fixedly connected on the downside end face of first sliding shoe and extends the first slider guide for being passed through in first guide runner, described first The first return spring is fixedly connected between the left end face of slider guide and the inner left wall of first guide runner.

4. a kind of print control program according to claim 1 and printer, it is characterised in that: set on the ink-jet needle tubing It is equipped with controller, the controller includes being set to the first sky being connected in first sliding block and with the ink-jet needle tubing Slot is fixedly installed the first electromagnet in the upper inside walls of first cavity, and first electromagnet can pass through process control And then realize power on/off, and then regulate and control whether to generate magnetism, it is provided with the Magnetic force ball that can slide up and down in first empty slot, institute The first empty slot lower opening and the ink-jet can be risen under the attraction of first electromagnet and then control by stating Magnetic force ball Connection between needle tubing, and then realize ink-jet.

5. a kind of print control program according to claim 1 and printer, it is characterised in that: can in first cavity Rotation is provided with the second sliding shoe, solid between the right end face of the second sliding shoe and the right side inner wall of first cavity Surely it is provided with third spring, the first heat block, first heat block are fixedly installed in the inner left wall of first cavity It can be used to preheat the paper for being ready for printing, and then accelerate ink marks rate of drying, in the upside of second cavity It is fixedly installed the second heat block and third heat block respectively in wall and downside inner wall, second heat block adds with the third Heat block can dry stamping ink mark.

6. a kind of print control program according to claim 1 and printer, it is characterised in that: the third sliding block and institute It states and is provided with sealing ring between the inner wall of the 7th cavity, the sealing ring can keep the 7th sky on the upside of the third sliding block Intracavitary air-tightness is fixedly installed constant pressure valve in first snorkel, and the constant pressure valve can control in the 7th cavity The pressure that air applies the 9th cavity, and then the uniformity of ink-jet is controlled, it is solid on the upside end face of second sliding block Surely it is provided with pull handle.

7. a kind of print control program according to claim 1 and printer, it is characterised in that: the 6th rotation is intracavitary It is placed with clean water, the clean water can clean the prepared Chinese ink attached on the cleaning band.

8. a kind of print control program according to claim 1 and printer, it is characterised in that: a left side for second cavity Hold what is be connected to be provided with the taking-up slot of opening to the left, wherein the aperture for taking out slot is greater than the aperture of second cavity And then personnel convenient to use take out the paper that printing is completed;The specifically used step of this method: