CN204296172U

CN204296172U - Printing equipment

Info

Publication number: CN204296172U
Application number: CN201420697218.2U
Authority: CN
Inventors: 顾全根; 顾丽芳
Original assignee: KUNSHAN ZHOUZHUANG TOWN DAWN PRINTING FACTORY
Current assignee: KUNSHAN ZHOUZHUANG TOWN DAWN PRINTING FACTORY
Priority date: 2014-11-19
Filing date: 2014-11-19
Publication date: 2015-04-29
Anticipated expiration: 2024-11-19

Abstract

The utility model discloses a kind of printing equipment, current existing printing equipment, complicated operation, function singleness, inefficiency, its drip irrigation device is: a kind of printing equipment, mainly comprise, feeding device, printing equipment, transfer, cutting device, crimping unit, cutting means and delivery device, so not only printing functionality can be realized, turning to of printing equipment can also be realized, save space, time in need, also can the paper printed be cut, flanging, cut, and, delivery device is added at the end of printing equipment, ensure that the continuity of printing equipment work, improve production efficiency.

Description

Printing equipment

Technical field

The utility model relates to a kind of Paper Converting Equipment, and more particularly, it relates to a kind of printing equipment.

Background technology

Printing equipment in the market, mostly just separately there is printing functionality, printing equipment and other production processes are provided separately, some paper, after finishing printing, according to client's needs, some printed matters also need to carry out cutting as required, flanging, need the paper printed to be transported to again on other production lines to process, production process will limit very complicated, production efficiency will be very beneath, and reliability is not high yet, and in process of production, at the end of printing equipment, the collection by manually carrying out finished product mostly, the amount of labour is excessive, reliability is low, and more existing printing equipments, production line is long, very high to site requirements during installation, lay inconvenient.

Utility model content

For prior art exist deficiency, the purpose of this utility model is to provide a kind of diverse in function, and production efficiency is high, easy and simple to handle, continuity high and be easy to lay printing equipment.

For achieving the above object, the utility model adopts following technical scheme, and a kind of printing equipment, mainly comprises:

Feeding device, comprise material loading support, described material loading support is provided with material roller, and described upper material roller two ends are rotated and are provided with fork, the other end that described fork and upper material roller are rotationally connected is connected with material loading holder pivots, and described material loading support is provided with the Lift Part driving fork to rotate;

Printing equipment, is arranged at feeding device downstream, comprises some printing elements that head and the tail link together;

Transfer, is arranged at printing equipment downstream, and described transfer mainly comprises turning rack, and described turning rack is provided with can at horizontal rotation in surface slewing rollers;

Cutting device, be arranged at transfer downstream, mainly comprise and cut support, cutting part and separating component, described separating component is arranged on cutting part downstream, described cutting part comprises rotation and is arranged at two registration rollers of cutting on support, two described registration rollers be arranged in parallel, described cutting part also comprises the some cutting knifes set gradually perpendicular to registration roller, described cutting knife is positioned in the middle part of two registration rollers, described cutting knife contacts with paper, described cutting knife is provided with dust exhaust apparatus, described separating component mainly comprises separating support, described separating support slides and is provided with some cross rolls, between described cross roll and registration roller, angle is 45 °, described separating support is positioned at cross roll rotated down and is provided with some live-rollers, described separating support is parallel to live-roller and is provided with cleaning plant, crimping unit, is arranged on cutting device downstream, comprises flanging support, and described flanging support is provided with the base plate for compressing printing paper, and the both sides that described frame is positioned at base plate are equipped with the flanging frame for the printing paper flanging that is shaped,

Cutting means, be arranged on crimping unit downstream, mainly comprise and cut support, described cut on support rotate be provided with rotor and drive rotor rotate cut motor, the described support that cuts is positioned at rotor rotated down and is provided with breaking out cut roller, is provided with the gap passed through for paper between described breaking out cut roller and rotor;

Delivery device, be arranged on shear downstream, comprise collection platform, described collection platform is provided with paper pressing device, described collection platform is provided with chute away from cutting means one end, described chute is arranged along the throughput direction of paper, in described chute, slippage is connected with guide plate, described guide plate is provided with switching cylinder near cutting means side, described guide plate is connected with switching cylinder, described collection platform is connected with at least two relative to the opposite side be connected with guillotine and guides collecting part, and described guiding collecting part is connected with guide plate.

Preferably, described Lift Part comprises fork, material loading cylinder, described fork one end and material loading support hinged, the other end and upper material roller are rotationally connected, and cylinder barrel and the material loading support of described material loading cylinder are hinged, hinged in the middle part of described material loading cylinder piston rod and fork.

Preferably, described printing element mainly comprises frame, ink container is provided with bottom described frame, distributor rollers is provided with in described ink container, described frame is provided with the anilox roll in the tangent contact of distributor rollers, described frame is provided with the printing scraper tangent with anilox roll, and described frame is rotated and is provided with the forme drum that contact tangent with anilox roll, described frame is provided with the impression roller tangent with forme drum.

Preferably, described turning rack is provided with the sliding tray run through up and down, described slewing rollers two ends are arranged with retainer ring, described retainer ring cylindrical is radially provided with locating dowel, described locating dowel slippage is connected in sliding tray, the part that sliding tray is stretched out at described locating dowel two ends is provided with external screw thread, and described locating dowel end is connected with nut by external screw thread.

Preferably, described cutting knife comprises knife rest, described knife rest is provided with blade, described knife rest is positioned at insert periphery and is provided with baffle ring, described knife rest is positioned at baffle ring end and is provided with air intake duct, described air intake duct one end is positioned at cutting knife periphery, and the other end is connected with air pump and dust collect plant, described cleaning plant comprises the hairbrush coaxially arranged with live-roller, and described hairbrush abuts with live-roller.

Preferably, described flanging frame comprises the preliminary guide bracket be fixed on successively on described flanging support, preliminarily forming frame, secondary forming frame, secondary boot frame, three form-holder, described preliminary guide bracket comprises the bearing be fixedly connected on described flanging support, the side of described bearing is provided with through hole, in described through hole, activity is equipped with guide post, the locking mechanism slided for restricted guidance bar is provided with in described bearing, described guide post near one end of base plate in the arcuation end be bent upwards, described arcuation end is upwards extended with end of the branch, on described end of the branch, turning set is provided with sleeve.Preferably, guide collecting part to comprise two transfer rollers described in each, be provided with conveyer belt between described two transfer rollers, described conveyer belt is obliquely installed, and described conveyer belt is positioned at one end, upside and is connected with guide plate.

Preferably, Destaticizing device is connected with above described collection platform.

Preferably, described paper pressing device comprises two belt wheels rotating and be arranged on above collection platform, is connected between two described belt wheels by belt, is provided with the deceleration gap passed through for paper between described belt and collection platform.

The utility model hinge structure is compared to be had: feeding device, printing equipment, transfer, cutting device, crimping unit, cutting means and delivery device are cascaded, so not only can realize printing functionality, turning to of printing equipment can also be realized, save space, time in need, also can the paper printed be cut, flanging, cut, and, delivery device is added at the end of printing equipment, ensure that the continuity of printing equipment work, improve production efficiency.

Accompanying drawing explanation

Fig. 1 is printing equipment general assembly schematic diagram;

Fig. 2 is feeding device structural representation;

Fig. 3 is feeding device working state figure;

Fig. 4 is printing element structural representation;

Fig. 5 is printing element working state figure;

Fig. 6 is transfer structural representation;

Fig. 7 is A portion enlarged drawing in Fig. 6;

Fig. 8 is cutting device structural representation;

Fig. 9 is B portion enlarged drawing in Fig. 8;

Figure 10 is cutter structure figure;

Figure 11 is cutting device working state figure;

Figure 12 is crimping unit structural representation;

Figure 13 is the structural blast figure figure of flanging frame;

Figure 14 is cutting means structural representation;

Figure 15 is cutting mechanism device schematic diagram two;

Structural representation when Figure 16 is delivery device first guiding collecting part collection;

Figure 17 is delivery device structural representation;

Structural representation when Figure 18 is delivery device second guiding collecting part collection.

In figure: 1, material loading support; 11, upper material roller; 12, fork; 13, material loading cylinder; 131, cylinder barrel; 2, frame; 21, impression roller; 22, anilox roll; 23, distributor rollers; 24, scraper; 25, forme drum; 26, ink container; 3, turning rack; 31, sliding tray; 32, slewing rollers; 33, retainer ring; 331, locating dowel; 34, groove is run through; 4, support is cut; 41, registration roller; 42, cutting knife; 421, knife rest; 422, blade; 423, baffle ring; 43, air intake duct; 44. slide rails; 5, separating support; 51, cross roll; 52, guide rail; 521, V-type groove; 53, fixed block; 531, V-block; 54, live-roller; 55, hairbrush; 6, flanging support; 61, base plate; 62, flanging frame; 621, preliminary guide bracket; 6211, bearing; 6212, guide post; 622, preliminarily forming frame; 623, secondary forming frame; 624, secondary boot frame; 625, three form-holder; 63. chutes; 64. bolts; 7, support is cut; 71, rotor; 72, breaking out cut roller; 73, guide roller; 8, collection platform; 81, belt wheel; 82, belt; 83, transfer roller; 84. conveyer belts; 85. collecting boxs; 86. switch cylinder; 87. Destaticizing devices; 88. deceleration rods; 89. guide plates; 9 conveying rollers; 10 paper.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model printing equipment embodiment is described further.

A kind of printing equipment, mainly comprise the feeding device be cascaded successively, printing equipment, transfer, cutting device, crimping unit, cutting means and delivery device, wherein, cutting device and crimping unit can need to select to open or close according to processing, its course of work is roughly: paper 10 to be processed is sent to printing equipment printing through feeding device, due to hall space limited length, printing equipment needs to turn to, transfer is transported to after being completed for printing, turn to complete after, paper 10 is transported to cutting device and carries out transverse cuts to the paper 10 printed, and the paper 10 of well cutting is separated, if the paper printed 10 does not need cutting, cutting knife 42 is moved to two ends, paper 10 enters crimping unit afterwards, this device is the same with cutter sweep, alternative unlatching or closedown, as needed to close, only preliminary guide bracket 621 need be packed up, paper 10 can pass from the gap between base plate 61 and flanging support 6, and pre-flanging operation is not carried out to paper 10, paper 10 enters cutting means immediately, longitudinal cutting is carried out to paper 10, form finished product, cut complete after paper 10 collect through delivery device.

Feeding device mainly comprises material loading support 1, material loading support 1 is provided with material roller 11, upper material roller 11 two ends are provided with Lift Part, Lift Part comprises fork 12, material loading cylinder 13, fork 12 is arranged at material roller 11 two ends, fork 12 one end and material loading support 1 hinged, the other end and upper material roller 11 are rotationally connected, the cylinder barrel 131 of material loading cylinder 13 is hinged with material loading support 1, hinged in the middle part of the piston rod of material loading cylinder 13 and fork 12, when material loading, the paper tube sleeve being wound with paper 10 is located on material roller 11, when needs material loading, the piston rod being positioned at the material loading cylinder 13 at material roller 11 two ends stretches out simultaneously, fork 12 is fallen, when fork 12 drops to contour with paper web, namely can very easily paper tube sleeve be set on upper material roller 11, material loading cylinder 13 is regained subsequently, fork 12 raises, by paper web band overhead, the paper 10 be wrapped on paper web is transported on conveying roller 9, by material loading cylinder 13, semi-automatic material loading can be realized, save manpower, easy and simple to handle.

Paper 10, after feeding device material loading is complete, can be input to printing equipment and carries out printing operation.

Printing equipment is arranged at feeding device output, printing equipment has some printing elements to be in series, multiple printing element is set, each printing element can carry out printing operation separately, also can combine on paper 10, carry out the printing of multiple patterns, different printing needs can be met, printing element mainly comprises frame 2, frame 2 is rotated and is provided with some parallel conveying rollers 9, conveying roller 9 mainly plays the effect of conveying and tensioning paper 10, frame 2 is rotated and is provided with the forme drum 25 that contact tangent with anilox roll 22, frame 2 is provided with the impression roller 21 tangent with forme drum 25, paper 10 is under the conveying of conveying roller 9, pass between forme drum 25 and impression roller 21, ink container 26 is provided with bottom frame 2, distributor rollers 23 is provided with in ink container 26, frame 2 is provided with the anilox roll 22 that contact tangent with distributor rollers 23, during work, distributor rollers 23 constantly rotates, ink in ink container 26 is coated in the anilox roll 22 of rotation, in order to make anilox roll 22 inking water distribution more even, frame 2 is provided with and the scraper 24 of fitting tangent with anilox roll 22, can be even by the ink smear in anilox roll 22, anilox roll 22 contacts with forme drum 25 is tangent, and operationally, anilox roll 22 and forme drum 25 are all in rotary state, namely such ink is applied on forme drum 25, can print paper 10, conveying roller 9 constantly rotates, paper 10 is constantly transported between impression roller 21 and forme drum 25, can continuously print paper 10, use different forme drums 25, different patterns can be printed, impression roller 21 abuts with forme drum 25, can prevent paper 10 from departing from impression roller 21 when printing, cause printing unsuccessfully.

Paper 10, after finishing printing, by the transmission of conveying roller 9, enters transfer.

Transfer is set, mainly consider, in most cases, hall space is limited, but printing equipment production line is mostly very long, if straight laying is gone down, be easy to like this cause space cannot lay not, therefore need to arrange transfer on printing equipment, paper 10 from printing equipment export after, enter transfer, transfer mainly comprises turning rack 3, turning rack 3 is provided with can at the slewing rollers 32 of horizontal rotation in surface, slewing rollers 32 are obliquely installed relative to the conveying roller 9 be arranged on printing equipment, under normal circumstances, angle between slewing rollers 32 and conveying roller 9 is 45 °, conveying roller 9 carries the paper 10 of coming, pass through from the conveying roller 9 tilted, the vertical duction of paper 10 can be realized, but in real process, in order to more installation environment can be adapted to, just equipment is rotated 90 ° possibly cannot satisfy the demand, different places, to install demand be also different, therefore slewing rollers 32 are arranged to rotation, can be as required, adopt steering angle flexibly, turning rack 3 is positioned at and runs through groove 34 top and bottom and be equipped with the sliding tray 31 run through up and down, described turning rack 3 is provided with perpendicular to sliding tray 31 and runs through groove 34, slewing rollers 32 two ends are provided with rotating shaft, rotating shaft is arranged with retainer ring 33, retainer ring 33 is positioned over and runs through in groove 34, retainer ring 33 cylindrical is radially provided with locating dowel 331, locating dowel 331 slippage is connected in sliding tray 31, slip fixed leg, the angle between slewing rollers 32 and conveying roller 9 can be regulated, turn to flexibly, the part that sliding tray 31 is stretched out at locating dowel 331 two ends is provided with external screw thread, locating dowel 331 end is connected with nut by external screw thread, after regulating the distance between slewing rollers 32 and locating dowel 331, tightening nut, the fixing of locating dowel 331 can be realized, and then realize the fixing of retainer ring 33 and slewing rollers 32.

Paper 10 turn to complete after, by the transmission of conveying roller 9, enter into cutting device.

Cutting device, be arranged at transfer downstream, some paper 10, after finishing printing, what need to carry out longitudinally (being namely parallel to the direction of paper sheet delivery) to paper 10 cuts process, paper 10 is cut into some deciles along the longitudinal, cutting device mainly comprises cuts support 4, cutting part and separating component, cutting part carries out longitudinal cutting to paper 10, the paper 10 of separating component to well cutting is separated, cutting part comprises rotation and is arranged at two registration rollers 41 of cutting on support 4, two registration roller 41 settings parallel to each other, cutting part also comprises the some cutting knifes 42 set gradually perpendicular to registration roller 41, cutting knife 42 comprises knife rest 421, knife rest 421 is provided with blade 422, knife rest 421 is positioned at outside blade 422 and is arranged with baffle ring 423, cutting knife 42 is positioned in the middle part of two registration rollers 41, paper 10 transmits through conveying roller 9, when two registration rollers 41, contact with the cutting knife 42 be arranged on below registration roller 41, because when cutting, paper 10 easily produces paper scrap, paper scrap is easily gathered on the knife rest 421 of cutting knife 42, will be very difficult when clearing up, therefore, cutting knife 42 is provided with dust exhaust apparatus, knife rest 421 is positioned at baffle ring 423 end and is provided with air intake duct 43, it is peripheral that air intake duct 43 one end is positioned at cutting knife 42, the other end is connected with air pump and dust collect plant (not shown in FIG.), what select in dust collect plant the present embodiment is collecting bag, cut complete after, point paper 10 cut needed carries out lock out operation, conveniently following process is carried out to paper 10, separating component is arranged on cutting part downstream, mainly comprise separating support 5, separating support 5 slides and is provided with some cross rolls 51, between cross roll 51 and registration roller 41, angle is 45 °, setting parallel to each other, in the present embodiment, the quantity of cutting knife 42 is two, paper 10 slitting becomes three pieces, therefore cross roll 51 quantity is 3 in the present embodiment, setting parallel to each other, the paper 10 cut is divided to slide along the cross roll 51 of correspondence respectively, separating support 5 is provided with guide rail 52, guide rail 52 is provided with V-type groove 521, cross roll 51 two ends are rotated and are provided with fixed block 53, fixed block 53 is provided with the V-block 531 corresponding with V-type groove 521, fixed block 53 is coordinated by V-type groove 521 and V-block 531, slippage is connected on corresponding guide rail 52, the distance between cross roll 51 can be regulated as required, correspondingly with cross roll 51 on separating support 5 be provided with three groups of live-rollers 54, with cross roll 51 one_to_one corresponding, arrange with cross roll 51 below, one group of live-roller 51 is made up of four live-rollers 51 parallel to each other, arrange from the paper 10 of separator well on cross roll 51, the paper 10 exported from three groups of live-rollers 54 stacks gradually together, output to next step operation, because paper 10 is when cutting, in the easy residual powder of paper 10 boundary, therefore on separating support 5, be parallel to live-roller 54 be provided with cleaning plant, cleaning plant comprises the coaxial hairbrush 55 arranged with live-roller 54, hairbrush 55 abuts with live-roller 54, hairbrush 55 is set, the powder at paper 10 edge can be brushed, it is avoided to impact subsequent handling.

Certainly, some paper 10, after cutting is complete, does not need to carry out cutting, therefore, be provided with slide rail 44 cutting on support 4, knife rest 421 can slide on slide rail 44, when not needing to use cutting knife 42, cutting knife 42 is moved to slide rail 44 two ends, such scraper 24 does not just contact with the paper 10 on registration roller 41, paper 10 can directly be output through the transmission of registration roller 41, the now effect of cross roll 51 and the effect of slewing rollers 32 similar, only paper 10 is played and changes the effect of its direction of motion.

Paper 10 from cutting device out after, by the transmission of conveying roller 9, enter into crimping unit.

The same with cutting device, crimping unit can be selected to open or close, and when not needing to use flanging function, crimping unit can be closed, can not carry out pre-flanging operation to paper.

Crimping unit comprises flanging support 6, flanging support 6 is equipped with one piece of base plate 61, the paper of required flanging is layered on base plate 61 times, so just can compress paper by base plate 61, facilitate follow-up flanging work, the both sides of base plate 61 are provided with flanging frame 62, and flanging frame 62 is used to carry out flanging, shaping to paper.

Flanging frame 62 comprises preliminary guide bracket 621, preliminarily forming frame 622, secondary forming frame 623, secondary boot frame 624, three form-holder 625, be fixed on flanging support 6 successively, and preliminary guide bracket 621 is near printing equipment, the paper printed so just can be shaped fast through preliminary guide bracket 621, preliminarily forming frame 622, secondary forming frame 623, secondary boot frame 624, three form-holder 625 successively, substantially increases operating efficiency, and preliminary guide bracket 621, all independently between preliminarily forming frame 622 etc. are each, can according to the needs of printing sheets product, come suitably to adjust, effectively meet the symmetry of paper flanging, the particular/special requirement such as asymmetric, wherein, preliminary guide bracket 621 is preliminary bending before guiding paper to carry out first time flanging, 622, preliminarily forming frame can allow paper carry out preliminarily forming, 623, secondary forming frame can allow paper first time flanging complete, secondary boot frame 624 guides paper to carry out the preliminary bending of second time flanging money, three times form-holder 625 can allow paper second time flanging complete.

Preliminary guide bracket 621 is used for the preliminary guiding to paper, comprise a bearing 6211, bearing 6211 is fixed on fixing flanging support 6, the side of bearing 6211 offers a through hole, inside through hole, wear guide post 6212 (it should be noted that herein, guide post 6212 is higher than base plate 61), guide post 6212 can be movable back and forth in through hole, can be suitable for the guiding to different in width paper like this.

Guide post 6212 near one end of base plate 61 in the arcuation be bent upwards, form an arcuation end (to it should be noted that herein, arc is minor arc), arcuation end is upwards extended with an end of the branch, end of the branch becomes a stepped ramp type with arcuation end, end of the branch is then overlapped a sleeve, such guide post 6212 is when normally working, paper and barrel contacts, band moving sleeve rotates around end of the branch, the sliding friction achieving paper and end of the branch is to the transformation of the rolling friction of paper and sleeve, reduce frictional force that paper is subject to simultaneously, in paper transport process, also the effect of protection paper can be played to a certain extent.

Certainly, can also overlap a self-lubricating bearing on end of the branch, the outer ring of self-lubricating bearing and sleeve are fixed together, such sleeve when rotated, can reduce the friction between sleeve and end of the branch further.

A locking mechanism is set in bearing 6211, locking mechanism is used for fixing guide post 6212 and bearing 6211, locking mechanism comprises the spring steel ball being arranged on through-hole wall and the groove be arranged on guide post 6212, by coordinating of spring steel ball and groove, location and the locking of guide post 6212 conveniently can be realized.

Consider that flanging frame 62 is not using, stay on base plate 61 if continue, then can affect the shaping of paper, therefore preliminary guide bracket 621, preliminarily forming frame 622, secondary forming frame 623, secondary boot frame 624, three form-holder 625 are all offered the chute 63 of a bar shaped, the length of chute 63 arranges along the length direction of flanging frame 62, bolt 64 is fixed with regard to and flanging support 6 rear through chute 63, like this when assist formation frame does not use, suitably unclamp bolt 64, slip flanging frame 62, make flanging frame 62 away from base plate 61 until flanging frame 62 no longer contacts with base plate 61, and then tight a bolt 64, the fixing of flanging frame 62 can either be realized like this, also achieve the disengaging of flanging frame 62 and base plate 61, do not affect the shaping of paper, but also do not take up space.

When not needing to use crimping unit, pulled open by flanging frame 62, paper directly can skid off between base plate 61 and flanging support 6, does not carry out pre-flanging operation.

Paper 10, from after crimping unit is sent, by the transmission of conveying roller 9, enters cutting means.

Cutting means mainly comprises and cuts support 7, cut rotation on support 7 and be provided with rotor 71, rotor 71 one end is connected with the motor shaft cutting motor, rotor 71 periphery is connected with cutting knife, cutting knife is axially arranged along rotor 71, fast slitting paper can be come by the rotation of rotor 71 like this, rotor 71 can be installed at least one cutting knife, raising can be gone up largely like this and cut efficiency.Be provided with breaking out cut roller 72 below rotor 71, breaking out cut roller 72 with cut support 7 and be rotationally connected, can prop up paper by breaking out cut roller 72, facilitate cutting knife to cut like this, breaking out cut roller 72 rotates simultaneously, also can contribute to the transmission of paper.Be provided with guide roller 73 between conveying roller and rotor 71, described guide roller 73 two ends are supported on and cut on support 7, by guide roller 73, paper are guided to the position with gap level, can facilitate cutting of paper like this.

Paper 10 from cutting means export after, enter delivery device.

Collection platform 8 with cut support and be connected, cut complete after paper can be sent on collection platform 8, rotate above collection platform 8 and be provided with two belt wheels 81, connected by belt 82 between two belt wheels 81, the two ends of belt wheel 81 are supported on collection platform 8, belt wheel 81 is connected with driving motor output shaft, belt 82 is driven to rotate by driving motor, the transmission gap that paper supply passes through is formed between belt 82 and collection platform 8, paper enters when arriving collection platform 8 and transmits in gap, by the friction between paper and belt 82, paper is driven to continue to transmit backward on collection platform 8, prevent sheet stacking in the junction of cutting means and collection platform 8, avoid having influence on cutting of paper, ensure the continuity of whole equipment work.Then paper can arrive reduction roll 88, encounter reduction roll 88 due to paper to rub with reduction roll 88, reduction roll 88 can not be subject to driven by motor, constantly pushing by rear paper after paper slows down, the paper in front stacked (paper at rear and the paper in front partly overlap) is made to get up to enter deceleration gap, the paper excessive velocities that spreads out of can be avoided like this and bad collection, also avoid paper at random or free-and-easyly to come, reduction roll 88 rotates and is arranged on above collection platform 8, and is provided with the deceleration gap passed through for paper between collection platform 8.

Paper after cutting is stacked after deceleration gap to be promoted forward by the paper at rear, guides on collecting part through guide plate 89 to the first, to be transported to by paper in the collecting box 85 guided below collecting part by guiding the conduction of collecting part; When collecting box 85 is filled, switch cylinder 86 action, guide plate 89 moves along the throughput direction of paper, makes guide plate 89 guide collecting part to be connected with second, paper can enter second collecting box 85 along second guide member, at this moment changes the collecting box 85 filled; After second collecting box 85 is filled, switch cylinder 86 action, guide plate 89 is regained, and guide plate 89 guides collecting part to be connected with first, and first collecting box 85 starts to collect, reciprocal with this.Continual paper can be collected like this, as long as the collecting box 85 collecting full paper is taken out, can avoid like this having little time to collect or neglect pile is stacked on collection platform 8, ensure the continuity of whole equipment work, decrease the amount of labour.

Chute is provided with on the downside of collection platform 8, chute is arranged along the throughput direction of paper, guide plate 89 has been provided with in chute, chute inwall is provided with slide rail, one-body molded on guide plate 89 sidewall have raised line, raised line is slippage in slide rail, the slippage in chute that guide plate 89 can be stable can be ensured like this, guide plate 89 is provided with near cutting means side and switches cylinder 86, guide plate 89 is connected with switching cylinder 86, guide plate 89 can be controlled in chute toward polyslip like this by switching cylinder 86, to guide plate 89 connect first guide collecting part or low two guide collecting parts adjust, ensure that empty collecting box 85 is at collection paper.

Guide collecting part to comprise between two transfer roller 83, two transfer rollers 83 described in each and be provided with conveyer belt 84, transfer roller 83 drives conveyer belt 84, can carry out transporting sheets by conveyer belt 84, avoids paper to rest on conveyer belt 84 because of friction.Conveyer belt 84 is obliquely installed, conveyer belt 84 is positioned at one end, upside and is connected with guide plate 89, one end, downside is positioned at above collecting box 85, arranging like this can facilitate putting and recovery of collecting box 85, further avoids paper can gather the continuity that rewinding platform ensure that whole equipment work simultaneously.

Be connected with Destaticizing device 87 above collection platform 8, the electrostatic on paper can be removed like this, avoid paper attracts dust adhesion because of electrostatic, sticky tension when simultaneously also avoiding two pieces of paper to open collection and not easily separating, avoid making troubles to collection.

The above is only preferred embodiment of the present utility model; protection domain of the present utility model is also not only confined to above-described embodiment; all technical schemes belonged under the utility model thinking all belong to protection domain of the present utility model; should be understood that; for those skilled in the art; do not departing from the some improvements and modifications under the utility model principle prerequisite, these improvements and modifications also should be considered as protection domain of the present utility model.

Claims

1. a printing equipment, is characterized in that: mainly comprise:

2. printing equipment according to claim 1, it is characterized in that: described Lift Part comprises fork, material loading cylinder, described fork one end and material loading support hinged, the other end and upper material roller are rotationally connected, cylinder barrel and the material loading support of described material loading cylinder are hinged, hinged in the middle part of described material loading cylinder piston rod and fork.

3. printing equipment according to claim 2, it is characterized in that: described printing element mainly comprises frame, ink container is provided with bottom described frame, distributor rollers is provided with in described ink container, described frame is provided with the anilox roll in the tangent contact of distributor rollers, described frame is provided with the printing scraper tangent with anilox roll, and described frame is rotated and is provided with the forme drum that contact tangent with anilox roll, described frame is provided with the impression roller tangent with forme drum.

4. printing equipment according to claim 3, it is characterized in that: described turning rack is provided with the sliding tray run through up and down, described slewing rollers two ends are arranged with retainer ring, described retainer ring cylindrical is radially provided with locating dowel, described locating dowel slippage is connected in sliding tray, the part that sliding tray is stretched out at described locating dowel two ends is provided with external screw thread, and described locating dowel end is connected with nut by external screw thread.

5. printing equipment according to claim 4, it is characterized in that: described cutting knife comprises knife rest, described knife rest is provided with blade, described knife rest is positioned at insert periphery and is provided with baffle ring, described knife rest is positioned at baffle ring end and is provided with air intake duct, described air intake duct one end is positioned at cutting knife periphery, and the other end is connected with air pump and dust collect plant, described cleaning plant comprises the hairbrush coaxially arranged with live-roller, and described hairbrush abuts with live-roller.

6. printing equipment according to claim 5, it is characterized in that: described flanging frame comprises the preliminary guide bracket be fixed on successively on described flanging support, preliminarily forming frame, secondary forming frame, secondary boot frame, three form-holder, described preliminary guide bracket comprises the bearing be fixedly connected on described flanging support, the side of described bearing is provided with through hole, in described through hole, activity is equipped with guide post, the locking mechanism slided for restricted guidance bar is provided with in described bearing, described guide post near one end of base plate in the arcuation end be bent upwards, described arcuation end is upwards extended with end of the branch, on described end of the branch, turning set is provided with sleeve.

7. printing equipment according to claim 6, is characterized in that: guide collecting part to comprise two transfer rollers described in each, and be provided with conveyer belt between described two transfer rollers, described conveyer belt is obliquely installed, and described conveyer belt is positioned at one end, upside and is connected with guide plate.

8. printing equipment according to claim 7, is characterized in that: be connected with Destaticizing device above described collection platform.

9. printing equipment according to claim 8, it is characterized in that: described paper pressing device comprises two belt wheels rotating and be arranged on above collection platform, connected by belt between two described belt wheels, between described belt and collection platform, be provided with the deceleration gap passed through for paper.