CN104827752B

CN104827752B - Screen process press

Info

Publication number: CN104827752B
Application number: CN201510264926.6A
Authority: CN
Inventors: 石俊英
Original assignee: Jihua 3534 Clothing Co Ltd
Current assignee: Jihua 3534 Clothing Co Ltd
Priority date: 2015-05-22
Filing date: 2015-05-22
Publication date: 2018-07-10
Anticipated expiration: 2035-05-22
Also published as: CN104827752A

Abstract

The invention discloses a kind of screen processes press, belong to screen printing technique field, it includes platen, screen printing forme and the second cylinder, the first cylinder is equipped with above platen, first cylinder includes First piston bar, First piston bar is directed toward platen, First piston bar is connected with stent by suppressing device, suppressing device makes stent have the trend pushed, screen printing forme is fixedly connected on stent, and screen printing forme is parallel with platen, and screen printing forme is equipped with scraper plate, scraper plate is driven by the second cylinder, and the second cylinder is fixed on stent.The present apparatus realizes a degree of automation by cylinder, and can realize the continuous printing to multiple cut-parts, greatly improves working efficiency, simplifies workflow so that printing quality is protected, and is suitble to the production of high-volume scale.

Description

Screen process press

Technical field

The present invention relates to screen printing technique fields.

Background technology

During garment production, according to technological requirement, need to print out figure in cut-parts with the mode of silk-screen printing Case or word.At present, the specified location being typically by hand put into screen printing plate by worker in cut-parts, then uses silk screen again Scraper scrapes ink to opposite side from the side of screen printing plate, and pattern or word is made to be imprinted in cut-parts.

But this method is there are the shortcomings that time-consuming and laborious, inefficiency, moreover, screen printing plate and cut-parts during printing Position be not fixed easily, be easy to cause printing failure, cause doing over again and scrapping for cut-parts.

In short, existing cut-parts printing technology is difficult to ensure there is repair rate and high rejection rate, product quality, Wu Faman The problem of sufficient high-volume large-scale production.

Invention content

The technical problem to be solved by the present invention is in view of the above shortcomings of the prior art, provide a kind of screen process press, this Device realizes a degree of automation by cylinder, and can realize the continuous printing to multiple cut-parts, greatlys improve Working efficiency, simplifies workflow so that printing quality is protected, and is suitble to the production of high-volume scale.

In order to solve the above technical problems, the technical solution used in the present invention is：A kind of screen process press, including platform Plate, screen printing forme and the second cylinder, platen top are equipped with the first cylinder, and the first cylinder includes First piston bar, First piston bar Platen is directed toward, First piston bar is connected with stent by suppressing device, and suppressing device makes stent have the trend pushed, screen printing Version is fixedly connected on stent, and screen printing forme is parallel with platen, and screen printing forme is equipped with scraper plate, and scraper plate is driven by the second cylinder, Second cylinder is fixed on stent.Multiple cut-parts are stacked together during use and are placed on the suitable position of platen, then by silk Wire mark version drops to designated position, and suppressing device is compressed at this time, and screen printing forme has the trend pushed, has printed one every time, Screen printing forme is lifted, extracts printed cut-parts out with hand, you can carries out the printing of next.

Preferably, suppressing device is made of mandril, spring and loop bar, mandril is connect with First piston bar, loop bar and branch Frame connects, and mandril is inserted into from the tail portion of loop bar in loop bar, and the head of mandril is equipped with the top plate expanded, and the tail portion of loop bar, which has, receives Mouthful, the bore of closing in is less than the disk diameter of top plate, and spring is set in loop bar and below top plate.

Preferably, stent has sliding slot, the connection mode of screen printing forme and stent, which is that the edge of screen printing forme is inserted, to be embedded in In the sliding slot of stent.Stent and screen printing forme are conveniently replaceable different screen printing formes to be detachably connected with mode.

Preferably, it further includes the first pedal for controlling the first cylinder and is stepped on for the second of the second cylinder of control Plate, piston rod stretches out when pedal depresses, and piston rod is withdrawn when pedal lifts.Two pedals can use left foot and right crus of diaphragm control respectively System liberates both hands, easy to operation.

It is using advantageous effect caused by above-mentioned technical proposal：The present invention by cylinder realize it is a degree of from Dynamicization, and can realize the continuous printing to multiple cut-parts, working efficiency is greatly improved, simplifies workflow so that Printing quality is protected, and is suitble to the production of high-volume scale.The present apparatus is simple in structure, easy to use, can conducive to popularization The production automation for greatly improving garment making industry is horizontal, improves labor efficiency, and reduces production cost, has good social economy Benefit.

Description of the drawings

Fig. 1 is the structure diagram of the present invention；

Fig. 2 is the side view of main part of the present invention.

In figure：1st, platen；2nd, column；3rd, the first cylinder；31st, the first valve；32nd, the first gas tank；40th, stent；41st, it is sliding Slot；50th, scraper plate；51st, the second cylinder；52nd, the second valve；53rd, the second gas tank；61st, mandril；62nd, loop bar；63rd, spring；7th, silk screen Printing plate；8th, the second pedal；9th, the first pedal.

Specific embodiment

The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

As depicted in figs. 1 and 2, a kind of screen process press is stepped on including platen 1, screen printing forme 7, the second cylinder 51, first 9 and second pedal 8 of plate, 1 side of platen are equipped with column 2, and column 2 is equipped with the first cylinder 3, and the first cylinder 3 includes first piston Bar, First piston bar are directed toward platen 1；First piston bar is connected with the stent 40 for fixing screen printing forme 7 by suppressing device, Stent 40 has sliding slot 41, and the edge of screen printing forme 7 is inserted in sliding slot 41, and screen printing forme 7 is parallel with platen 1, screen printing forme 7 Scraper plate 50 is equipped with, scraper plate 50 is connected with the second cylinder 51, and the second cylinder 51 is fixed on stent 40；Suppressing device is by mandril 61st, spring 63 and loop bar 62 form, and mandril 61 is connect with First piston bar, and loop bar 62 is connect with stent 40, and mandril 61 is from loop bar 62 tail portion is inserted into loop bar 62, and the head of mandril 61 is equipped with the top plate expanded, and the tail portion of loop bar 62, which has, closes up, the mouth of closing in Diameter is less than the disk diameter of top plate, and spring 63 is set in loop bar 62 and below top plate；First cylinder 3 is connected with the first gas tank 32, The first valve 31 is equipped between first cylinder 3 and the first gas tank 32, the first valve 31 is controlled by the first pedal 9；Second cylinder 51 The second gas tank 53 is connected with, the second valve 52 is equipped between the second cylinder 51 and the second gas tank 53, the second valve 52 is stepped on by second Plate 8 controls, and piston rod stretches out when pedal depresses, and piston rod is withdrawn when pedal lifts.

In use, ensure that stent is located at maximum height, then cuts the scraps of paper of similary shape according to the shape of cut-parts first, And the scraps of paper are pasted onto on the suitable position of table top, then multiple cut-parts are overlayed on the position of the scraps of paper, secondly, according to Institute's impression selected works select corresponding screen printing forme, and screen printing forme is inserted into the sliding slot of stent, then step on the first pedal, make the One piston rod reaches maximum length, and screen printing forme presses cut-parts at this time, and suppressing device is compressed, and can start to print at this time Brush.

During printing, ink is poured on screen printing forme, steps on the second pedal, scraper plate completes one under the driving of the second cylinder It is secondary to push, while a printed cut-parts, one has been printed every time, has decontroled the first pedal, and screen printing forme lifts, and is extracted out with hand printed Then cut-parts can carry out the printing of next.

The present invention can use different screen printing formes instead as needed, be realized by cylinder a degree of automatic Change, liberated the both hands of worker, simplified the flow and complexity of printing work, in addition, the present apparatus can be realized to multiple sanctions The continuous printing of piece, greatly improves working efficiency, is more suitable for the production of high-volume scale.In short, present apparatus structure Simply, easy to use, it can simplify the workflow of printing work so that printing quality is protected, can conducive to popularization The production automation for greatly improving garment making industry is horizontal, improves labor efficiency, and reduces production cost, has good social economy Benefit.

Claims

1. a kind of screen process press, it is characterised in that：Including platen（1）, screen printing forme（7）With the second cylinder（51）, platen（1） Top is equipped with the first cylinder（3）, the first cylinder（3）Comprising First piston bar, First piston bar is directed toward platen（1）, first piston Bar is connected with stent by suppressing device（40）, suppressing device makes stent（40）Trend with pushing, screen printing forme（7）It is fixed It is connected to stent（40）On, screen printing forme（7）With platen（1）It is parallel, screen printing forme（7）It is equipped with scraper plate（50）, scraper plate（50） By the second cylinder（51）Driving, the second cylinder（51）It is fixed on stent（40）On；The suppressing device is by mandril（61）, spring （63）And loop bar（62）Composition, mandril（61）It is connect with First piston bar, loop bar（62）With stent（40）Connection, mandril（61）From Loop bar（62）Tail portion be inserted into loop bar（62）It is interior, mandril（61）Head be equipped with the top plate expanded, loop bar（62）Tail portion have It closes up, the bore of closing in is less than the disk diameter of top plate, spring（63）Set on loop bar（62）It is interior and below the top plate；The stent （40）With sliding slot（41）, the screen printing forme（7）With the stent（40）Connection mode be the screen printing forme（7）'s It inserts embedded in the stent at edge（40）Sliding slot（41）It is interior；The platen（1）It is equipped with step, step vertical plane and stent（40） Lower section sliding slot（41）Open end is aligned.

2. screen process press according to claim 1, it is characterised in that further include to control the first cylinder（3）First Pedal（9）With for controlling the second cylinder（51）The second pedal（8）.