CN207549692U - A kind of electronic treadmill printing machine - Google Patents
A kind of electronic treadmill printing machine Download PDFInfo
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- CN207549692U CN207549692U CN201721661190.7U CN201721661190U CN207549692U CN 207549692 U CN207549692 U CN 207549692U CN 201721661190 U CN201721661190 U CN 201721661190U CN 207549692 U CN207549692 U CN 207549692U
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Abstract
The utility model discloses a kind of electronic treadmill printing machine, including rack, the rack is equipped with the drive component being attached thereto, the driving component is electrically connected with the control device and battery component being installed in the rack, and drives and the electronic treadmill printing machine is driven to be moved to the matched printing position of printing table;The printing assembly that can be moved along rack horizontal direction is additionally provided in the rack, it is matched in the rack and printing positioning component is equipped at the printing assembly installation position, the printing positioning component can accept the loading plate for loading silk-screen object and/or correction material containing Board position at printing position, and the printing assembly is coordinated to complete precisely printing.The electronic treadmill printing machine of the utility model uses battery, and for the driving power supply that electronic treadmill printing machine is mobile and prints, without setting complicated power supply/depressed structure, the dynamical stability provided improves printing efficiency height and printing product quality, while its is adaptable.
Description
Technical field
The utility model is related to printing equipment field, especially a kind of electronic treadmill printing machine.
Background technology
At present, domestic platen silk-screen printing industry more falls behind, and is still largely using manual operations, by manually putting
Screen frame is arranged printing, and not only labor intensity is big in this way, low production efficiency, and since manual operation chromatography error is big, production
Product quality is poor, also has fraction screen process press to realize automation function, and treadmill machine is mainly allowed to be moved in rack,
Then the scraper on treadmill machine is made to move on screen frame using power, is printed.
But deficiency existing for existing treadmill printing machine is：First, existing treadmill printing machine is using pneumatic or city
Net power supply provide power, and use city net power supply by the way of, the structure of electric power is extremely complex, but offer power can it is unstable,
Reliable and poor practicability, causes print quality poor, and uses aerodynamic force mode, and gas source pipe is connect with treadmill, usually can be with
It treadmill rack to move back and forth, gas source pipe is easily made to be wound with rack, treadmill is caused to shut down, so as to cause productivity low and print
Product quality is of low quality;Second is that existing treadmill printing machine usually sets specific track, put with adapting to screen frame and loading plate
It puts and collects, printing can be just completed, but the certain tracks of the setting so as to which treadmill printing machine be made to be moved at specified printing position
Cannot be different with the track for the setting for manually putting screen frame, thus existing treadmill printing machine is not applied for using artificial pendulum
Put the mode of screen frame.
Therefore, there is an urgent need for a kind of electronic treadmill printing machines that can solve above-mentioned technical problem in market.
Utility model content
The utility model solve the technical issues of be for the above-mentioned prior art in there are the defects of, a kind of design is provided
It more simplifies, is easy to use, design and producing cost is lower and uses battery powered electronic treadmill printing machine.
In order to solve the above technical problems, a kind of technical solution that the utility model is taken is as follows:A kind of electronic treadmill printing
Machine, including rack, the rack is equipped with the drive component being attached thereto, and the driving component is with being installed in the rack
Control device and battery component electrical connection, and drive and the electronic treadmill printing machine is driven to be moved to the matched print of printing table
Brush position;The printing assembly that can be moved along rack horizontal direction is additionally provided in the rack, the printing is matched in the rack
Printing positioning component is equipped at component installation position, the printing positioning component can be accepted at printing position loads silk-screen object
Loading plate and/or correction material containing Board position, and the printing assembly is coordinated to complete precisely printing.
It is expanded on further as to above-mentioned technical proposal：
In the above-mentioned technical solutions, it is matched in the rack and inside casing is formed at the printing assembly installation position, it is described interior
The both sides of frame longitudinal direction are equipped with a linear guide extended along its horizontal direction, and other survey of each the linear guide also sets
There is a transmission component, the printing assembly is crossed in two the linear guides and is connect with two transmission components, two transmissions
Component synchronization drives the printing assembly to be moved along two the linear guides, matches the printing assembly along the rack transverse direction side
To movement.
In the above-mentioned technical solutions, the transmission component includes ballscrew nut fitting and electro-motor;The ball wire
Stem nut pair is mounted on by two bearings in the rack, and the ball nut of the ballscrew nut fitting and the print couple
Part connects;The electro-motor is installed in one end of the ball screw and is passed with the ball screw of the ballscrew nut fitting
Dynamic connection, the electro-motor are also electrically connected with the battery component powered for it, and the electro-motor is driven the ball
Feed screw nut's subtask and the printing assembly is driven to be moved along two the linear guides.
In the above-mentioned technical solutions, the printing assembly includes the bearing being installed in the linear guide, two branch
Seat one scraper support of connection, the scraper support upper end are equipped with two first electro-motors, and two first electro-motors pass through ball
Screw bearing connection installation silk-screen scraper link, two first electro-motors also with the battery component and control device
Electrical connection, the control device can control first electro-motor to drive the rotation of matching ball screw bearing and drive matched
Link and silk-screen scraper are vertically movable, adjust the spacing of silk-screen scraper and loading plate.
In the above-mentioned technical solutions, there are an inner cavity body, the bottom four corners of the inner cavity body in the middle part of the scraper support
An axle sleeve is equipped with, a guide post is arranged on each axle sleeve, described guide post one end is flexibly connected with the scraper support, another
End is affixed with corresponding link;First electro-motor drives the rotation of matching ball screw bearing and drives matched connection
When frame and vertically movable silk-screen scraper, the axle sleeve cooperation guide post guides the link and silk-screen scraper movement.
In the above-mentioned technical solutions, the printing positioning component includes being installed in the of the inside casing horizontal direction two side ends
One printing positioning region and the second printing positioning region;The first printing positioning region includes the transverse slat branch affixed with two the linear guides
Frame, the both sides of the transverse slat stent are equipped with two vertical first straight line guide rails, and the two first straight line guide rails are equipped with one can edge
The first slide that the two first straight line guide rails slide vertically, the both sides of the first slide are additionally provided with two for accepting loading plate
And the bracket of the first slide movement is followed, the transverse slat pedestal upper end is additionally provided with one second electro-motor, second electricity
Dynamic motor connects the first slide, and provide the power that first slide slides vertically by ball screw bearing-transmission；It is described
Second printing positioning region includes the connect with the inside casing longitudinal direction two sides first lateral side plate, the described first lateral side plate
Both sides be equipped with two third electro-motors, the two third electro-motors pass through ball screw bearing fit connecting seat and one second
Lateral side plate connection, and the described second lateral side plate is driven to be moved in transverse direction relative to the described first lateral side plate, described the
The both ends of two lateral side plates are equipped with two vertical second straight line guide rails, and the two second straight line guide rails can be along described in two equipped with one
The second slide that second straight line guide rail slides vertically, the both sides of the second slide are additionally provided with two for accepting loading plate and following
First bracket of second slide movement, the limited block that the side also fixed one of each first bracket extends transversely,
Described second lateral side plate upper end is additionally provided with a third electro-motor, and the third electro-motor passes through ball screw bearing-transmission
The second slide is connected, and the power that second slide slides vertically is provided;The first slide drives two brackets vertically movable
And the second slide is coordinated to drive two first brackets and two limited blocks vertically movable, it matches and loading silk is accepted at printing position
Print the loading plate of object and/or correction material containing Board position.
In the above-mentioned technical solutions, the driving component includes universal wheel, directive wheel, driving device and idler wheel；Wherein, institute
The bottom for stating rack quadrangle wherein two corners is equipped with two universal wheels, and another two corners install several directive wheels, each described to lead
Connect to wheel with the rack by connecting pole, the directive wheel can relatively described connecting pole axial rotation, the driving device
One jiao of side that the rack is equipped with directive wheel is installed in, and the driving device is electrically connected with the control device and battery component
It connects;The driving device is also sequentially connected with the idler wheel and the idler wheel can be driven to rotate, and the idler wheel rotates and coordinates institute
It states universal wheel and directive wheel rolls, the electronic treadmill printing machine is made to be moved to the matched printing position of printing table.
In the above-mentioned technical solutions, the driving device includes the 4th electro-motor and speed reducer;The speed reducer is installed
In the mounting base being connect with the rack, the speed reducer is sequentially connected with the idler wheel;4th electro-motor is installed
Connect in the mounting base upper end and with the speed reducer drive, the 4th electro-motor also with the control device and battery
Group electrical connection, the control device, which controls the 4th electro-motor to work and passes through idler wheel described in the speed reducer drive, to be turned
Dynamic, matching makes the electronic treadmill printing machine be moved on printing table.
In the above-mentioned technical solutions, the driving component, which further includes, is installed in two Angle Positions that the rack is equipped with directive wheel
On two guidance sets；Each guidance set includes head rod, the first connecting pole and runner, the head rod
One end is hinged with the rack, and the other end connects first connecting pole, and it is separate that the runner is assemblied in first connecting pole
The end being connect with the head rod, the runner can be around the first connecting pole axial rotations；The runner can be with presetting
Track on printing table is in rolling contact and coordinates the relatively described rack hinge of the head rod then make described electronic
Treadmill printing machine is moved along matched track.
In the above-mentioned technical solutions, the control device is the industrial PC with display screen, and the battery component is installs
Two lithium batteries/lead accumulator in stands longitudinal direction both sides.
The beneficial effects of the utility model are:The electronic treadmill printing machine of the utility model is electricity by using battery
Dynamic treadmill printing machine movement and the driving power supply of printing, good effect are：When using battery powered, it is complicated without setting
Power supply/depressed structure, the dynamical stability provided improves that printing efficiency is high and printing product quality；Second is that drive component can drive
Electronic treadmill printing machine is along the track operation arbitrarily set and moves, and electronic treadmill printing machine is enable to be applicable in and puts net using manual
The operating type of frame/loading plate operation, it is adaptable；Third, the electronic treadmill printing machine design of the utility model is simplified, is used
Conveniently, it is lower to design and produce cost；Fourth, the electronic treadmill printing machine matching performance of the utility model is strong, with other equipment
It is good that effect is used in combination in matching.
Description of the drawings
Fig. 1 is the utility model printing machine overall structure diagram;
Fig. 2 is the structure diagram of the utility model printing machine removal shell；
Fig. 3 is the printing assembly of the utility model printing machine and transmission component installation diagram；
Fig. 4 is the structure chart of the printing assembly of the utility model printing machine；
Fig. 5 is the guidance set of the utility model printing machine and the installation diagram of rack；
Fig. 6 is the drive component of the utility model printing machine and the installation diagram of rack.
Specific embodiment
The utility model is described in further detail below in conjunction with the accompanying drawings.
The embodiment described by reference to attached drawing is exemplary, it is intended to for explaining the application, and it is not intended that right
The limitation of the application.In the description of the present application, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ",
" width ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ",
The orientation or position relationship of the instructions such as " clockwise ", " counterclockwise " be based on orientation shown in the drawings or position relationship, be only for
Convenient for description the application and simplify description rather than instruction or imply that signified device or element there must be specific side
Position, with specific azimuth configuration and operation, therefore it is not intended that limitation to the application.In addition, term " first ", " second "
Description purpose is only used for, and it is not intended that indicating or implying relative importance or imply the technical characteristic indicated by indicating
Quantity.Thus, " first " is defined, the feature of " second " can be expressed or implicitly includes one or more spy
Sign.In the description of the present application, " several ", " multiple " are meant that two or more, unless otherwise clearly specific
It limits.Unless otherwise clearly defined and limited, in this application, the arts such as term " installation ", " connected ", " connection ", " fixation "
Language should be interpreted broadly, such as, can be fixedly connected, can also be detachably connected, or be integrally connected;Can be machinery
Connection can also be electrical connection;It can be directly connected, can also be indirectly connected by intermediary, can be two elements
Internal connection.For the ordinary skill in the art, above-mentioned term can be understood in the application as the case may be
In concrete meaning.Unless otherwise clearly defined and limited, in this application, fisrt feature second feature it " on " or it
" under " can be in direct contact including the first and second features, it is not to be in direct contact but lead to that can also include the first and second features
Cross the other characterisation contact between them.And fisrt feature second feature " on ", " top " and " above " including
One feature is right over second feature and oblique upper, or is merely representative of fisrt feature level height higher than second feature.First is special
Sign second feature " under ", " lower section " and " below " including fisrt feature right over second feature and oblique upper, or only
Represent that fisrt feature level height is less than second feature.
As shown in figures 1 to 6, a kind of electronic treadmill printing machine, including rack 1, the rack 1 is equipped with the drive being attached thereto
Dynamic component 2, the driving component 2 are electrically connected, and drive band with the control device 3 and battery component 4 being installed in the rack 1
It moves the electronic treadmill printing machine and is moved to printing table（Attached drawing does not show that the printing table is the electronic race of the application
The platform of platform printer operations）Matched printing position, in the present embodiment, the control device 3 are the industry control with display screen
Computer, commonly uses PLC controller, which is used to set and control the work of the electronic treadmill printing machine of the application, and institute
Battery component 4 is stated to be installed in 1 longitudinal direction of rack（Y-direction）Two lithium batteries of both sides/lead accumulator, and lithium battery/
Lead accumulator is the drivings power supply such as movement, printing and positioning of entire electronic treadmill printing machine；Being additionally provided in the rack 1 can edge
1 horizontal direction of rack（X-direction）Mobile printing assembly 5 is matched in the rack 1 and is set at 5 installation position of printing assembly
There is printing positioning component 6, the printing positioning component 6 can accept the loading plate for loading silk-screen object and/or school at printing position
Positive material containing Board position, and the printing assembly 5 is coordinated to complete precisely to print.
Refer to the attached drawing 2-3 in the present embodiment, is matched in being formed at 6 installation position of printing assembly in the rack 1
Frame 101, the both sides of 101 longitudinal direction of inside casing (Y-direction) are equipped with one along its horizontal direction（X-direction）The straight line of extension is led
Rail 7, other survey of each the linear guide 7 are additionally provided with a transmission component 8, and the printing assembly 5 is crossed on two straight lines and leads
It is connect on rail 7 and with two transmission components 8, two transmission components 8 can synchronize the driving printing assembly 5 and be led along two straight lines
Rail 7 moves, and matches the printing assembly 5 along 1 horizontal direction of rack（X-direction）It is mobile;Refer to the attached drawing 3, the transmission group
Part 8 includes ballscrew nut fitting 81 and electro-motor 82;The ballscrew nut fitting 81 is mounted on institute by two bearings 83
It states in rack 1, and the ball nut 811 of the ballscrew nut fitting 81 is connect with the printing assembly 5, and the ball wire
The ball screw 812 of stem nut pair 81 and the transmission of the electro-motor 82 company for being installed in described 81 one end of ballscrew nut fitting
It connects, the battery component 8 of the electro-motor 82 also with control device 3 and for its power supply is electrically connected, the electro-motor 82
The ballscrew nut fitting 81 is driven to work and drive the printing assembly 5 lateral along two the linear guide 7（X to）It is mobile, it is real
In border, the ball nut 811 is set on the ball screw 812, and an also fixed link block outside the ball nut 811
813, which connect with the printing assembly 5, when the ball nut 811 is moved along the ball screw 812
When dynamic, printing assembly 5 is driven to move so as to match.It should be noted that move position for matching detection and control printing assembly 5
It puts, the ball nut 811 is equipped with a detection lug, and one of two bearings 83 are equipped with an optical fiber to penetrating detector, examine
Piece is surveyed with optical fiber to penetrating detection and control of the detector cooperation realization to 5 shift position of printing assembly.
Refer to the attached drawing 1-4, in the present embodiment, the printing assembly 5 include the bearing being installed in the linear guide 7
51, two bearings 51 connect a scraper supports 52, and 52 upper end of scraper support is equipped with two first electro-motors 53, and two first
Electro-motor 53 connects the link 56 of installation silk-screen scraper 55, two first electro-motors by ball screw bearing 54
53 are also electrically connected with the battery component 8 and control device 3, and the control device 3 can control 53 band of the first electro-motor
Dynamic matching ball screw bearing 54 rotates and drives matched link 56 and silk-screen scraper 55 vertically movable, adjusts silk-screen scraper
55 with the spacing of loading plate;Two groups are provided on scraper support 52 by 54 groups of the first electro-motor 53 and ball screw group bearing
Into vertical lifting component, the connection of each lifting assembly is all connected with a link 56 and matched silk-screen scraper 55, passes through lifting
Component drives link 56 to move up and down the operation realized and replace silk-screen scraper 55；In practice, each 56 bottom of link is formed with
Card slot, and card convex is formed on silk-screen scraper 55, card slot is caught in by card convex, the assembling of silk-screen scraper 55 is completed in matching；It is and practical
In printing process, working method has：First, selection is first scraped by the silk-screen scraper 55 of rear end for the first time, then by the silk-screen of front end
Scraper 55 is in scraper support 52 along 1 horizontal direction of rack（X-direction）Retrogressing when, scrape second, two silk-screen scrapers 55 are alternately scraped
Printing ink makes printing in place;Second is that it is continuously scraped twice by any silk-screen scraper 55 in front end or rear end;Refer to the attached drawing 4, it is described to scrape
52 middle part of knife support has an inner cavity body 521, and the bottom four corners of the inner cavity body 521 are equipped with an axle sleeve 57, each described
A guide post 58 is arranged on axle sleeve 57, described 58 one end of guide post is flexibly connected with the scraper support 52, the other end and corresponding company
It is affixed to connect frame 55, it should be noted that the guide post 58 is flexibly connected with the scraper support 52 refers to scraper support 52 on
With with there was only through-hole at 58 link position of guide post, 58 upper end of guide post is formed with end cap, and guide post 58 penetrates matched through-hole vertically downwards
After stretch into corresponding axle sleeve 57 after connect with link 56, when 55 vertical upward movement of link 56 and silk-screen scraper, institute
State guide post 58 can relatively described scraper support 52 stretch out vertically upward;In the course of work, first electro-motor 53
When drive matching ball screw bearing 54 rotates and drives matched link 56 and vertically movable silk-screen scraper 55, the axle sleeve
57 cooperation guide posts 58 guide the link 56 and silk-screen scraper 55 to move.
Refer to the attached drawing 5, the printing positioning component 6 include being installed in 101 horizontal direction of inside casing（X-direction）Two side ends
First printing positioning region 61 and second print positioning region 62;The first printing positioning region 61 includes solid with two the linear guides 7
The transverse slat stent 611 connect, the both sides of the transverse slat stent 611 are equipped with two vertical first straight line guide rails 612, this two vertical the
One the linear guide 612 is double sided slider bar the linear guide, and is rectangular ball the linear guide, is set on the two first straight line guide rails 612
There is a first slide 613 that can be slid vertically along the two first straight line guide rails 612, the both sides of the first slide 613 are also set
Have two for accepting loading plate and the bracket 614 that the first slide 613 is followed to move, 611 upper end of transverse slat stent is also set
There is one second electro-motor 615, second electro-motor 615 is sequentially connected the first slide by ball screw bearing 54
613, and the power that first slide 613 slides vertically is provided；The second printing positioning region 62 includes and 101 longitudinal direction of inside casing
First lateral side plate 621 of direction (Y-direction) two sides connection, the both sides of the described first lateral side plate 621 are equipped with two thirds electricity
Dynamic motor 622, the two third electro-motors 622 pass through 54 mating connection seat 623 of ball screw bearing and one second cross side
Plate 624 connects, and the described second lateral side plate 624 is driven to be moved in transverse direction relative to the described first lateral side plate 621, described
The both ends of second lateral side plate 624 are equipped with two vertical second straight line guide rails 625, and the two second straight line guide rails 625 are equipped with
One second slide 626 that can be slid vertically along the two second straight line guide rails 625, the both sides of the second slide 626 are additionally provided with
Two for accepting loading plate and the first bracket 627 that the second slide 626 is followed to move, each first bracket 627
Side also fixed one is transversely（X-direction）The limited block 628 of extension, the described second lateral 624 upper end of side plate are additionally provided with a third
Electro-motor 629, the third electro-motor 629 is sequentially connected the second slide 626 by ball screw bearing 64, and is carried
For the power that second slide 626 slides vertically, in practice, gone back between the described first lateral lateral side plate 624 of side plate 621 and second
Equipped with two first ball screw bearings 620, by the way that the two ball screws bearing 620 is steady and 624 phase of lateral side plate of guiding second
To described first, lateral side plate 621 moves;In practical work process, the first slide 613 drives two brackets 614 vertically movable
And the second slide 626 is coordinated to drive two first brackets 627 and two limited blocks 628 vertically movable, it matches at printing position
The loading plate for loading silk-screen object and/or correction material containing Board position are accepted, wherein, 614 and first bracket 627 of bracket is " L " type
The length of bracket, the lateral spacing of 614 and first bracket of bracket 627 and loading plate matches, when two brackets 614 follow the first cunning
Seat 613 is vertically movable and when two first brackets 627 follow second slide 626 vertically movable drags the material containing being placed at printing position
Plate, loading plate horizontal direction（X-direction）It is ajusted, then is limited and adjusted by two limited blocks 628, so as to loading plate longitudinal direction（Y side
To）It is ajusted in direction.
Refer to the attached drawing 6, in the present embodiment, the driving component 2 include universal wheel 21, directive wheel 22, driving device 23
And idler wheel 24；Wherein, the bottom of 1 four jiaos of the rack wherein two corners is equipped with two universal wheels 21, and another two corners install several institutes
Directive wheel 22 is stated, each directive wheel 22 is connect by connecting pole 25 with the rack 1, and the directive wheel 22 is installed in described
25 bottom of connecting pole, the directive wheel 22 can relatively described 25 axial rotation of connecting pole, the connecting pole 25 installs directive wheel 22
At position and 22 upper end of self- steering wheel is spatially installed on spring to rack 1, and the spring damps to buffer for providing
Directive wheel 22 is collided around 25 axial rotation of connecting pole and with default guide rail, and the driving device 23 is installed in the rack 1 and sets
There is one jiao of side of directive wheel 22, and the driving device 23 is electrically connected with the control device 3 and battery component 4, the drive
Dynamic device 23 is also sequentially connected with the idler wheel 24 and the idler wheel 24 can be driven to rotate, and the idler wheel 24 is rotated and coordinated described
Universal wheel 21 and directive wheel 22 roll, and the electronic treadmill printing machine is made to be moved to matched printing position on printing table,
In practice, the driving device 23 can relatively described rack 1 be displaced sideways along the longitudinal direction, that is, the rack 1 matching peace
If a third the linear guide extendable in the longitudinal direction is equipped at the position of the driving device 23（Attached drawing is not shown）, the third
The sliding block of the linear guide and the sliding seat for installing the driving device 23 are affixed, and sliding block is slided along the sliding rail of third the linear guide,
Driving device 23 is driven to be slided along third the linear guide so as to match, it is lateral to match the relatively described rack 1 of the driving device 23
It is mobile；And the driving device 23 includes the 4th electro-motor 231 and speed reducer 232;The speed reducer 232 be installed in it is described
In the mounting base 233 that rack 1 connects, the speed reducer 232 is sequentially connected with the idler wheel 24;4th electro-motor 231
Be installed in the 233 vertical upper end of mounting base and be sequentially connected with the speed reducer 232, the 4th electro-motor 231 also with
The control device 3 and battery pack 4 are electrically connected, and the control device 3 controls the 4th electro-motor 231 to work and passes through institute
It states speed reducer 232 and is driven the idler wheel 25 and rotate, matching makes the electronic treadmill printing machine be moved on printing table;With reference to
Attached drawing 6, the driving component 2 further include two guidance sets being installed on two Angle Positions of the rack 1 equipped with directive wheel 22
26;Each guidance set 26 includes head rod 261, the first connecting pole 262 and runner 263, the head rod
261 be " ︺ " type connecting rod, and described 261 one end of head rod is hinged with the rack 1, other end connection first connection
Column 262, first connecting pole 262 are vertically installed, and relatively described head rod 261 is vertically arranged, and the runner 263 fills
The separate end being connect with the head rod 261 of first connecting pole 262 is fitted over, the runner 263 can be around described first
262 axial rotation of connecting pole;The runner 263 can be in rolling contact with the track being preset on printing table and coordinate described
One connecting rod 261 cuts with scissors relative to the rack 1 then the electronic treadmill printing machine is made to be moved along matched track, in practice, institute
The side for stating speed reducer 232 is additionally provided with another guidance set, which includes the second connecting rod, the second connecting pole and turn
Wheel, second connecting rod are straight connecting rods, the cage connection of second connecting rod one end and speed reducer 232, other end connection the
Two connecting poles, the second connecting pole are vertically installed, and opposite second connecting rod is vertically arranged, and it is separate that runner is assemblied in the second connecting pole
The end being connect with the second connecting rod, runner can match and be preset in the rail on printing table around the second connecting pole axial rotation
Road is in rolling contact.
The electronic treadmill printing machine of the present embodiment is the movement of electronic treadmill printing machine and the driving of printing by using battery
It powers, in the present embodiment, using battery powered, without setting complicated power supply/depressed structure, the dynamical stability provided improves print
Brush efficient and printing product quality；Drive component can drive electronic treadmill printing machine along the track operation arbitrarily set and move
It is dynamic, electronic treadmill printing machine is enable to be applicable in using the operating type for putting screen frame/loading plate operation by hand, it is adaptable；Meanwhile
The electronic treadmill printing machine design of the present embodiment simplifies, is easy to use, design and producing cost is lower and its matching performance is strong, with
It is good that effect is used in combination in other equipment matching.
It is not intended to limit the scope of the present invention above, all technical spirits according to the present invention are to above implementation
Example any modification, equivalent variations and the modification made, in the range of still falling within the technical solution of the utility model.
Claims (10)
1. a kind of electronic treadmill printing machine, which is characterized in that including rack, the rack is equipped with the driving group being attached thereto
Part, the driving component are electrically connected with the control device and battery component being installed in the rack, and are driven and driven the electricity
Dynamic treadmill printing machine is moved to the matched printing position of printing table;Being additionally provided in the rack can move along rack horizontal direction
Dynamic printing assembly, matches in the rack and printing positioning component is equipped at the printing assembly installation position, and the printing is fixed
Hyte part can accept the loading plate for loading silk-screen object and/or correction material containing Board position at printing position, and coordinate the printing
Component completes precisely printing.
2. a kind of electronic treadmill printing machine according to claim 1, it is characterised in that, the printing is matched in the rack
Inside casing is formed at component installation position, the both sides of the inside casing longitudinal direction are equipped with a straight line extended along its horizontal direction and lead
Rail, other survey of each the linear guide are additionally provided with a transmission component, and the printing assembly is crossed in two the linear guides
And connect with two transmission components, two transmission components, which synchronize, drives the printing assembly to be moved along two the linear guides,
It is moved with the printing assembly along the rack horizontal direction.
3. a kind of electronic treadmill printing machine according to claim 2, which is characterized in that the transmission component includes ball wire
Stem nut pair and electro-motor;The ballscrew nut fitting is mounted on by two bearings in the rack, and the ball wire
The ball nut of stem nut pair is connect with the printing assembly;The electro-motor be installed in one end of the ball screw and with
The ball leading screw driving connection of the ballscrew nut fitting, battery component electricity of the electro-motor also with powering for it
Connection, the electro-motor are driven the ballscrew nut fitting work and the printing assembly are driven to be moved along two the linear guides
It is dynamic.
4. a kind of electronic treadmill printing machine according to claim 2, which is characterized in that the printing assembly includes being installed in
Bearing in the linear guide, two bearings connect a scraper support, and it is electronic that the scraper support upper end is equipped with two first
Motor, two first electro-motors connect the link of installation silk-screen scraper by ball screw bearing, and two described first is electronic
Motor is also electrically connected with the battery component and control device, and the control device can control the first electro-motor drive
It is rotated with ball screw bearing and drives matched link and silk-screen scraper vertically movable, adjust silk-screen scraper and loading plate
Spacing.
5. a kind of electronic treadmill printing machine according to claim 4, which is characterized in that have one in the middle part of the scraper support
Inner cavity body, the bottom four corners of the inner cavity body are equipped with an axle sleeve, a guide post, the guide post one are arranged on each axle sleeve
End is flexibly connected with the scraper support, and the other end and corresponding link are affixed;First electro-motor drives matching rolling
When ballscrew bearing rotates and drives matched link and vertically movable silk-screen scraper, described in the axle sleeve cooperation guide post guiding
Link and silk-screen scraper movement.
6. a kind of electronic treadmill printing machine according to claim 2, it is characterised in that, the printing positioning component includes peace
It is located at the first printing positioning region and the second printing positioning region of the inside casing horizontal direction two side ends;The first printing positioning region
Including the transverse slat stent affixed with two the linear guides, the both sides of the transverse slat stent are equipped with two vertical first straight line guide rails, and two
The first straight line guide rail is equipped with a first slide that can be slid vertically along the two first straight line guide rails, the first slide
Both sides be additionally provided with two for accepting loading plate and following the bracket of first slide movement, the transverse slat pedestal upper end is also set
There is one second electro-motor, second electro-motor connects the first slide by ball screw bearing-transmission, and provides
The power that first slide slides vertically；The second printing positioning region includes connect with the inside casing longitudinal direction two sides the
One lateral side plate, the both sides of the described first lateral side plate are equipped with two third electro-motors, and the two third electro-motors pass through rolling
Ballscrew bearing fit connecting seat is connect with one second lateral side plate, and drives the described second lateral side plate relatively described first horizontal
It is moved in transverse direction to side plate, the both ends of the second lateral side plate are equipped with two vertical second straight line guide rails, and two described the
Two the linear guides are equipped with a second slide that can be slid vertically along the two second straight line guide rails, the both sides of the second slide
Two are additionally provided with for accepting loading plate and the first bracket that the second slide is followed to move, the side of each first bracket
Also fixed one limited block extended transversely, the described second lateral side plate upper end are additionally provided with a third electro-motor, the third
Electro-motor connects the second slide by ball screw bearing-transmission, and provides the power that second slide slides vertically;Institute
First slide is stated to drive two brackets vertically movable and coordinate the second slide that two first brackets and two limited blocks is driven vertically to move
It is dynamic, it matches and the loading plate for loading silk-screen object and/or correction material containing Board position is accepted at printing position.
7. a kind of electronic treadmill printing machine according to claim 2, which is characterized in that the driving component includes universal
Wheel, directive wheel, driving device and idler wheel；Wherein, the bottom of the rack quadrangle wherein two corners is equipped with two universal wheels, separately
Two corners install several directive wheels, and each directive wheel is connect by connecting pole with the rack, the directive wheel energy phase
To the connecting pole axial rotation, the driving device is installed in one jiao of side that the rack is equipped with directive wheel, and the drive
Dynamic device is electrically connected with the control device and battery component;The driving device is also sequentially connected and can drive with the idler wheel
Idler wheel rotation, the idler wheel rotates and coordinate the universal wheel and directive wheel rolls, and make the electronic treadmill printing machine shifting
It moves to the matched printing position of printing table.
8. a kind of electronic treadmill printing machine according to claim 7, which is characterized in that the driving device includes the 4th electricity
Dynamic motor and speed reducer;The speed reducer is installed in the mounting base being connect with the rack, the speed reducer and the idler wheel
It is sequentially connected;4th electro-motor is installed in the mounting base upper end and is connect with the speed reducer drive, and the described 4th
Electro-motor is also electrically connected with the control device and battery pack, and the control device controls the 4th electro-motor work simultaneously
It is rotated by idler wheel described in the speed reducer drive, matching makes the electronic treadmill printing machine be moved on printing table.
9. a kind of electronic treadmill printing machine according to claim 8, which is characterized in that the driving component, which further includes, to be installed
Two guidance sets on two Angle Positions of directive wheel are equipped in the rack；Each guidance set include head rod,
First connecting pole and runner, described head rod one end are hinged with the rack, and the other end connects first connecting pole, institute
It states runner and is assemblied in the separate end being connect with the head rod of first connecting pole, the runner can connect around described first
Connect column axial rotation；The runner can be in rolling contact with the track being preset on printing table and coordinate the head rod
It is cut with scissors relative to the rack then the electronic treadmill printing machine is made to be moved along matched track.
10. according to a kind of electronic treadmill printing machine of claim 1-9 any one of them, which is characterized in that the control device
For the industrial PC with display screen, the battery component is the two lithium batteries/lead storage for being installed in stands longitudinal direction both sides
Battery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721661190.7U CN207549692U (en) | 2017-12-04 | 2017-12-04 | A kind of electronic treadmill printing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721661190.7U CN207549692U (en) | 2017-12-04 | 2017-12-04 | A kind of electronic treadmill printing machine |
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| CN207549692U true CN207549692U (en) | 2018-06-29 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117863715A (en) * | 2024-03-13 | 2024-04-12 | 泉州众泰机械设备有限公司 | Automatic continuous printing and dyeing equipment and working method thereof |
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2017
- 2017-12-04 CN CN201721661190.7U patent/CN207549692U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117863715A (en) * | 2024-03-13 | 2024-04-12 | 泉州众泰机械设备有限公司 | Automatic continuous printing and dyeing equipment and working method thereof |
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