CN201907263U

CN201907263U - Straight rail chain rotating type automatic silk-screen printing and flocking machine

Info

Publication number: CN201907263U
Application number: CN201020686471XU
Authority: CN
Inventors: 卢瑞兴
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-29
Filing date: 2010-12-29
Publication date: 2011-07-27
Anticipated expiration: 2020-12-29

Abstract

The utility model discloses a straight rail chain rotating type automatic silk-screen printing and flocking machine. The printing and flocking machine comprises a frame; an upper group of double-axis type slide rails and a lower group of double-axis type slide rails are mounted on the frame; chain wheels are mounted at the two ends of the frame; one chain wheel is connected with a servo motor; a chain is arranged between the two chain wheels; bedplates are fixed on the chain and movably arranged on the slide rails; a printing machine and/or a flocking machine are mounted on the frame; mutually-symmetrical screen positioning mechanisms used for fixing a screen are further mounted on work stations; and transition mechanisms are arranged in up-down transition positions where the bedplates pass through the chain wheels at the two ends of the printing and flocking machine. The printing and flocking machine has the benefits that the printing machine and the flocking machine can be mounted at the same time, so that printing operations and flocking operations can be conducted on the same production line, and the printing and flocking machine performs various functions; the positioning accuracy is high; the bedplates move circularly, thereby facilitating the production line work and improving the production efficiency; the dynamic needed for driving the bedplates is relative small, thereby consuming relatively little electric energy; and compared with the traditional screen printing machine, the structure of the whole equipment is simplified, and the production cost is reduced.

Description

The straight rotatable silk screen of rail chain seal is automatically planted machine

Technical field

The utility model relates to serigraphy and flocking technology field, is specifically related to a kind of automatic seal of straight-rail type that can carry out serigraphy and flocking technique simultaneously and plants machine.

Background technology

In the prior art, serigraphy and flocking are the separate and separated technologies of twice, need finish on different equipment.Employed automatic screen printing machine mainly comprises the drive unit of the nose assembly of being responsible for printing work and the printing table of placing stock and driving printing table in screen printing technique, comprise screen printing forme on the nose assembly, scrape head and drive motors, it is crossed on the printing table top.At present, a kind of screen printer that is in daily use on the market, printing table forms a circle, rounded or ellipsoidal structure, the nose assembly of printing different colours is installed in the printing table top respectively, and stock is fixed on the printing table, and the printing table pitch of the laps rotates, wait to move to the below of nose assembly, printing table stops operating, and nose assembly prints stock, is completed for printing the back printing table and is rotated further, action before repeating is until finishing whole printing process.Mainly there is following shortcoming in this traditional screen printer: the first, pattern (particularly big pattern) stamp is difficult for the location, and cut-parts generally greater than the area of platen, can only be taked local positioning, it is accurate to be difficult to grasp contraposition, therefore shop sheet inconvenience can only print whole lining usually, very inconvenient.The defective of this system architecture causes locating difficult this problem and does not in the industry cycle all obtain very desirable solution so far; The second, to drive whole printing table and ceaselessly do and horizontally rotate motion, required driven unit complex structure, manufacturing cost height, and need heavy-duty motor to drive, power consumption is big.In order to address this problem, the utility model proposes the patent application that name is called " a kind of straight-rail type automatic bench screen printing machine ", the technical scheme of this patent has solved two problems that propose previously, yet, the technical scheme of this patent also has the pluses and minuses of himself certainly, has shortcoming of continuous productive process inconvenience etc. as it.

The utility model content

The technical problems to be solved in the utility model provides a kind of can the printing simultaneously with the automatic seal of the rotatable silk screen of straight rail chain of flocking operation, accurate positioning, production efficiency height, relative energy savings and plants machine on same production line.

For solving the problems of the technologies described above, the utility model adopts following technical scheme: the rotatable silk screen of a kind of straight rail chain seal is automatically planted machine, comprise frame, control cabinet and guidance panel are installed on the frame, it is characterized in that: two groups of twin shaft core type slide rails up and down are installed on frame, every group of slide rail comprise be parallel to each other about two, two groups of slide rails are symmetrical up and down; Frame one end is equipped with drive sprocket, drive sprocket connects servomotor, the frame other end is equipped with driven sprocket, be provided with chain between two sprocket wheels, be fixed with platen on the chain, platen is actively installed on the twin shaft core type slide rail by slide block, platen is divided into some independently unit, each unit independent stationary is on chain, and the platen bottom is provided with inductive axis, and frame is provided with the inductive switch corresponding with inductive axis; On frame, be provided with some stations, printing machine and/or flocking machine are installed on the station, and each station is installed a printing machine or flocking machine, both that is to say printing machine can be installed on frame, also flocking machine can be installed, perhaps printing machine and flocking machine all have installation; The symmetrical half tone detent mechanism that is used for fixing half tone also is installed on station, and platen is provided with transition mechanism in the position of transition up and down through frame two ends sprocket wheel.

Further, described half tone detent mechanism comprises half tone lift cylinder, half tone positioning cylinder, and alignment pin is installed below platen, and half tone positioning cylinder front end is connected with the two bearings that is arranged side by side, and the distance between the two bearings is identical with the width of alignment pin; The half tone positioning cylinder is mounted on the following X of X on the axis of guide to slide, and following X connects linear bearing to slide, and linear bearing connects Z to the axis of guide; Z before axis of guide top is equipped with X to slide and afterwards X to slide; Half tone is installed between the two half tone detent mechanisms; Half tone detent mechanism integral body is supported by the half tone lift cylinder.

Further, described transition mechanism comprises guide plate, the symmetrical respectively left and right sides that is installed in sprocket wheel of two guide plates, inside edge, guide plate the place ahead is provided with guide convex rail, the bottom of each unit of platen all is equipped with two directive wheels corresponding with guide convex rail, and and the guideway of guide plate correspondence, guideway is stuck in the guide plate inboard; Be provided with the axis of guide that is used for carrying out the transition to from guide plate twin shaft core type slide rail between guide plate and the twin shaft core type slide rail, the bottom of each unit of platen all is equipped with two transition wheels corresponding with the axis of guide.Chain drags platen and moves to axis of guide place, and when the slide block in the twin shaft core type slide rail soon left slide rail, transition wheel moved on the axis of guide, drives platen and moves forward; Platen moves to guide convex rail again, and when transition wheel soon left the axis of guide, directive wheel and guideway moved on guide convex rail and the guide plate, and the drive platen moves forward and does circular motion with guide plate; After platen finishes do circular motion, move on the guide convex rail through directive wheel and guideway,

Continuation moves on the axis of guide through transition wheel, and realization is connected with the smooth transition of slide rail with slide block in the twin shaft core type slide rail, thereby realizes the shuttling movement of each unit of platen.

Further, between servomotor and drive sprocket, be provided with reductor.

Further, the frame two ends position of mutual transition up and down are provided with safety guard, and safety guard covers on inside with sprocket wheel, chain, guide plate.

Further, on the half tone detent mechanism, be equipped with X to trimming hand wheel, Y to trimming hand wheel and half tone lifting fine-turning device.

Platen drags drive sprocket and driven sprocket and chain row culture by the driven by servomotor reductor and advances or setback, and platen touches and allows platen do intermittent motion through being fixed on inductive switch on the frame by the inductive axis that is fixed on below each platen; When platen stopped, the half tone positioning cylinder of the platen left and right sides promoted bearing and moves to alignment pin, and alignment pin traction X is down done directions X swing to slide and preceding X to slide to the axis of guide and back X to slide and through Z, makes half tone realize automatically locating at directions X.X to trimming hand wheel as the precision micrometer adjustable device of half tone on directions X.The location is realized by two parallel twin shaft core type slide track components in the location of half tone on the Y direction.Y to

Trimming hand wheel is as the precision micrometer adjustable device of half tone on the Y direction.Behind the half tone location, half tone is made vertical displacement movement through the half tone lift cylinder, and reaches the work that scrapes that head is realized each stock that scrapes that drags by scraping head horse.

When needing flocking, the stock of scraping printed flocking slurry moves to flocking support place via platen, behind the half tone location, half tone is done elevating movement through the half tone lift cylinder again, the fine hair of depositing in the flocking case on being installed in half tone of all kinds is planted the commentaries on classics of polychrome fine hair on each stock by the principle effect of high-pressure electrostatic again.

The utility model is by adopting the aforementioned techniques scheme, reached following beneficial effect: the first, both printing machine can be installed on frame, also flocking machine can be installed, printing machine and flocking machine perhaps are installed simultaneously, therefore on same production line, both can carry out printing operation, can carry out the flocking operation again, diverse in function; The second, positioning accuracy height; Three, the platen shuttling movement helps pipelining, enhances productivity; Four, it is less relatively to drive the required power of platen, and therefore the electric energy that consumes is also less relatively; Five, the structure of entire equipment has bigger simplification than traditional screen printer, can reduce production costs.

Description of drawings

Fig. 1 is the utility model master TV structure schematic diagram;

Fig. 2 is the utility model plan structure schematic diagram;

Fig. 3 looks the sectional structure schematic diagram for the utility model left side;

Fig. 4 looks the sectional structure schematic diagram for the utility model right side;

Fig. 5 is a half tone detent mechanism enlarged diagram;

Fig. 6 is a half tone detent mechanism plan structure schematic diagram;

Fig. 7 is a half tone detent mechanism side structure schematic diagram;

Fig. 8 is an end transmission transition structure schematic diagram.

Among the figure, A is a frame, and 1 is twin shaft core type slide rail, and 2 is servomotor, 3 is reductor, and 4 is drive sprocket, and 5 is driven sprocket, 6 is chain, and 7 is platen, and 8 is printing machine, 9 is flocking machine, and 10 is safety guard, and 11 is half tone, 12 for scraping head, and 13 reach for scraping head horse, and 14 is the half tone lift cylinder, 15 is the half tone positioning cylinder, and 16 is inductive axis, and 17 is inductive switch, 18 is control cabinet, and 19 is guidance panel, and 20 is alignment pin, 21 is bearing, 22 be Y to trimming hand wheel, 23 is that preceding X is to slide, 24 be the back X to slide, 25 be X to trimming hand wheel, 26 is linear bearing, 27 be Z to the axis of guide, 28 is the half tone lifting fine-turning device, 29 is guide plate, 30 is guide convex rail, and 31 is directive wheel, and 32 is guideway, 33 is the axis of guide, and 34 is transition wheel, and 35 is that following X is to slide.

The specific embodiment

In the present embodiment, with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, the rotatable silk screen of described straight rail chain seal automatically plant machine, comprise frame A, control cabinet 18 and guidance panel 19 are installed on the frame A, up and down two groups of twin shaft core type slide rails 1 are installed on frame A, every group of slide rail comprise be parallel to each other about two, two groups of slide rails are symmetrical up and down; Frame A one end is equipped with drive sprocket 4, drive sprocket 4 connects reductor 3, reductor 3 connects servomotor 2, and the frame A other end is equipped with between driven sprocket 5, two sprocket wheels and is provided with chain 6, be fixed with platen 7 on the chain 6, platen 7 is actively installed on the twin shaft core type slide rail 1 by slide block, and platen 7 is divided into a plurality of independently unit, and each unit independent stationary is on chain 6, platen 7 bottoms are provided with inductive axis 16, and frame A is provided with the inductive switch 17 corresponding with inductive axis 16; Be provided with some stations on frame A, printing machine 8 and flocking machine 9 are installed on the station, each station can only be installed a printing machine 8 or flocking machine 9; The symmetrical half tone detent mechanism that is used for fixing half tone 11 also is installed on station, and platen 7 is provided with transition mechanism in the position of transition up and down through frame A two ends sprocket wheel.

The half tone detent mechanism comprises half tone lift cylinder 14, half tone positioning cylinder 15, and alignment pin 20 is installed below platen 7, and half tone positioning cylinder 15 front ends are connected with the two bearings 21 that is arranged side by side, and the distance between the two bearings 21 is identical with the width of alignment pin 20; Half tone positioning cylinder 15 is mounted on the following X of X on the axis of guide to slide 35, and following X connects linear bearing 26 to slide 35, and linear bearing 26 connects Z to the axis of guide 27; Z before the axis of guide 27 tops are equipped with X to slide 23 and back X to slide 24; Half tone 11 is installed between the two half tone detent mechanisms; Half tone detent mechanism integral body is by 14 supportings of half tone lift cylinder.

Transition mechanism comprises guide plate 29, the symmetrical respectively left and right sides that is installed in sprocket wheel of two guide plates 29, inside edge, guide plate 29 the place ahead is provided with guide convex rail 30, the bottom of platen 7 each unit all is equipped with two directive wheels 31 corresponding with guide convex rail 30, and and the guideway 32 of guide plate 29 correspondences, guideway 32 is stuck in guide plate 29 inboards; Be provided with the axis of guide 33 that is used for carrying out the transition to from guide plate 29 twin shaft core type slide rail 1 between guide plate 29 and the twin shaft core type slide rail 1, the bottom of platen 7 each unit all is equipped with two transition wheels 34 corresponding with the axis of guide 33.Chain 6 drags platen 7 and moves to the axis of guide 33 places, and when the slide block in the twin shaft core type slide rail 1 soon left slide rail, transition wheel 34 moved on the axis of guide 33, drives platen 7 and moves forward; Platen 7 moves to guide convex rail 30 again, and when transition wheel 34 soon left the axis of guide 33, directive wheel 34 moved on guide convex rail 30 and the guide plate 29 with guideway 32, and drive platen 7 moves forward and does circular motion with guide plate 29; After platen 7 finishes do circular motion, move on the guide convex rail 30 through directive wheel 31 and guideway 32, continuation moves on the axis of guide 33 through transition wheel 34, and realization is connected with the smooth transition of slide rail with slide block in the twin shaft core type slide rail 1, thereby realizes the shuttling movement of platen 7 each unit.

The frame A two ends position of mutual transition up and down are provided with safety guard 10, and safety guard 10 covers on inside with sprocket wheel, chain 6, guide plate 29.

On the half tone detent mechanism, be equipped with X to trimming hand wheel 25, Y to trimming hand wheel 22 and half tone lifting fine-turning device 28.

Platen 7 drags drive sprocket 4 and driven sprocket 5 and chain 6 by servomotor 2 driving reductors 3 and does to advance or setback, and platen 7 allows platen 7 do intermittent motion by being fixed on each platen 7 following inductive axis 16 inductive switch 17 shake-up through being fixed on the frame A; When platen 7 stops, the half tone positioning cylinder 15 of platen 7 left and right sides promotes bearing 21 to alignment pin 20 motions, alignment pin 20 traction X is down done directions X swing to slide 24 and preceding X to slide 23 to the axis of guide 27 and back X to slide 35 and through Z, makes half tone 11 realize automatically locating at directions X.X to trimming hand wheel 25 as the precision micrometer adjustable device of half tone 11 on directions X.The location is realized by two parallel twin shaft core type slide rail 1 assemblies in the location of half tone 11 on the Y direction.Y to trimming hand wheel 22 as the precision micrometer adjustable device of half tone 11 on the Y direction.Behind half tone 11 location, half tone 11 is made vertical displacement movement through half tone lift cylinder 14, and reaches 13 and drag 12 work that scrape that realize each stock that scrape by scraping head horse.When needing flocking, the stock of scraping printed flocking slurry moves to 9 places of flocking machine via platen 7, behind half tone 11 location, half tone 11 is done elevating movement through half tone lift cylinder 14 again, the fine hair of depositing in the flocking case on being installed in half tone 11 9 of all kinds is planted the commentaries on classics of polychrome fine hair on each stock by the principle effect of high-pressure electrostatic again.

Below the utility model is described in detail, the above only is the preferred embodiment of the utility model, when not limiting the utility model practical range, be allly to do impartial change and modify, all should still belong in the utility model covering scope according to the application's scope.

Claims

1. the rotatable silk screen of straight rail chain prints automatically and plants machine, comprise frame, control cabinet and guidance panel are installed on the frame, it is characterized in that: two groups of twin shaft core type slide rails up and down are installed on frame, every group of slide rail comprise be parallel to each other about two, two groups of slide rails are symmetrical up and down; Frame one end is equipped with drive sprocket, drive sprocket connects servomotor, the frame other end is equipped with driven sprocket, be provided with chain between two sprocket wheels, be fixed with platen on the chain, platen is actively installed on the twin shaft core type slide rail by slide block, platen is divided into some independently unit, each unit independent stationary is on chain, and the platen bottom is provided with inductive axis, and frame is provided with the inductive switch corresponding with inductive axis; Be provided with some stations on frame, printing machine and/or flocking machine are installed on the station, each station is installed a printing machine or flocking machine; The symmetrical half tone detent mechanism that is used for fixing half tone also is installed on station, and platen is provided with transition mechanism in the position of transition up and down through frame two ends sprocket wheel.

2. the rotatable silk screen of straight rail chain according to claim 1 seal is automatically planted machine, it is characterized in that: described half tone detent mechanism comprises half tone lift cylinder, half tone positioning cylinder, alignment pin is installed below platen, half tone positioning cylinder front end is connected with the two bearings that is arranged side by side, and the distance between the two bearings is identical with the width of alignment pin; The half tone positioning cylinder is mounted on the following X of X on the axis of guide to slide, and following X connects linear bearing to slide, and linear bearing connects Z to the axis of guide; Z before axis of guide top is equipped with X to slide and afterwards X to slide; Half tone is installed between the two half tone detent mechanisms; Half tone detent mechanism integral body is supported by the half tone lift cylinder.

3. the rotatable silk screen of straight rail chain according to claim 1 seal is automatically planted machine, it is characterized in that: described transition mechanism comprises guide plate, the symmetrical respectively left and right sides that is installed in sprocket wheel of two guide plates, inside edge, guide plate the place ahead is provided with guide convex rail, the bottom of each unit of platen all is equipped with two directive wheels corresponding with guide convex rail, and and the guideway of guide plate correspondence, guideway is stuck in the guide plate inboard; Be provided with the axis of guide that is used for carrying out the transition to from guide plate twin shaft core type slide rail between guide plate and the twin shaft core type slide rail, the bottom of each unit of platen all is equipped with two transition wheels corresponding with the axis of guide.

4. the rotatable silk screen of straight rail chain according to claim 1 seal is automatically planted machine, it is characterized in that: be provided with reductor between servomotor and drive sprocket.

5. the rotatable silk screen of straight rail chain according to claim 1 seal is automatically planted machine, it is characterized in that: the frame two ends position of mutual transition up and down are provided with safety guard, and safety guard covers on inside with sprocket wheel, chain, guide plate.

6. the rotatable silk screen of straight rail chain according to claim 2 automatically seal is planted machine, it is characterized in that: on the half tone detent mechanism, be equipped with X to trimming hand wheel, Y to trimming hand wheel and half tone lifting fine-turning device.