CN202986325U

CN202986325U - Custom printing device

Info

Publication number: CN202986325U
Application number: CN 201220617423
Authority: CN
Inventors: 高征明
Original assignee: WUJIANG ZHENGMING TEXTILE CO Ltd
Current assignee: WUJIANG ZHENGMING TEXTILE CO Ltd
Priority date: 2012-11-21
Filing date: 2012-11-21
Publication date: 2013-06-12
Anticipated expiration: 2022-11-21

Abstract

The utility mode provides a custom printing device which comprises an upper pressing plate and a lower pressing plate. The upper pressing plate is a touch screen which is hinged to one side of the lower pressing plate, the lower pressing plate comprises square pressing blocks arranged into a rectangular array and a rectangular framework for accommodating the rectangular array, the square pressing blocks are connected movably, a base plate is fixed below the lower pressing plate through a column, air columns corresponding to the square pressing blocks are evenly distributed on the base plate, the air columns are connected with the corresponding square pressing blocks, electromagnetic valves are arranged on the air columns and connected with an air pump, and the electromagnetic valves and the touch screen are electrically connected with a control module. The custom printing device can select areas of clothes required to be printed visually through the touch screen and meet individual requirements of a user.

Description

Self-defined printing device

Technical field

The utility model relates to the textile printing apparatus field, especially, is the printing device at a kind of self-defined stamp position.

Background technology

Pyrograph machine can scald various xylopyrographys on the fabrics such as cotton, fiber crops, chemical fibre through hot transfer printing, also can carry out the process heats such as serigraphy, rubber cement, foaming processes, also can be with bakings such as colored colour code, portrait photo, landscape patterns on porcelain plate, metallic plate, be particularly suitable for making medal, commemorate card board, singlet etc., economy is practical again, and pattern is exquisite.It is substituting traditional embroidery and screen printing, and cost and effect are significantly less than and be better than general embroidery and the polychrome screen printing, xylopyrography working mechanism: generate heat by heating board, with certain pressure, specific temperature and time, the upper figure layer of transfer paper and thermosetting are fitted on stock or be penetrated into above printing substrate.

During xylopyrography, first with printing process, pigment is imprinted on paper, make transfer printing paper, by high temperature (in paper back heating pressurization), color is transferred on fabric, generally be used for chemical fiber plus material, characteristics are bright-colored, level is fine and smooth, the flower type is true to nature, rich artistry, but this technique is only applicable to the minority synthetic fibers such as terylene at present.Transfering printing process is simple, invest little, produce flexibly, popular on market at present, the method for this stamp has satisfied consumer's Extraordinary demand greatly, what but personalization brought is the raising of printing technology, due to the self-defining mode stamp of employing, so the position distribution of stamp is all different, and common Pyrograph machine is extensive whole pressing plate being pressed on the clothing that needs printing, cause the variation of the forming degree of clothing, affect the aesthetics of clothing. ?

Summary of the invention

In order to address the above problem, the purpose of this utility model is to provide a kind of self-defined printing device, this self-defined printing device can be freely to the stamp position setting.

The technical scheme that its technical problem that solves the utility model adopts is:

this self-defined printing device comprises top board and lower platen, described top board is touch-screen, described touch-screen and described lower platen one side are hinged, described lower platen comprises the square briquetting of lining up rectangular array and the rectangular frame that holds described rectangular array, described square briquetting is flexibly connected each other, be that described square briquetting can fluctuating activity on the plane of described lower platen, the below of described lower platen is fixed with substrate by column, be evenly equipped with the gas column corresponding with described square briquetting on described substrate, described gas column connects corresponding described square briquetting, be provided with magnetic valve on described gas column, described magnetic valve connects air pump, described magnetic valve, touch-screen and control module electrical connection, described control module shifts touch signal for driving the signal of telecommunication of corresponding square briquetting.

As preferably, the below of described touch-screen is provided with that safety glass is made into or the infrabasal plate of described touch-screen is made by safety glass.

As preferably, it is identical for the method by MCU driving 8 ⅹ 8LED that described control module drives the method that the described magnetic valve of lining up array adopts.

The utility model has the advantage of:

Seeing through described touch-screen can select clothing to need the zone of stamp intuitively, described control module transforms the corresponding square briquetting of driving with the touch information of described touch-screen, optionally need printing area to press processing clothing, satisfied greatly the randomness of stamp, make non-printing area unaffected, do not affect the forming degree of clothing, keep the aesthetics of clothing.

Description of drawings

Fig. 1 is the plan structure schematic diagram of this self-defined printing device lower platen.

Fig. 2 is the structural representation that dissects of this self-defined printing device.

Fig. 3 is the cut-away illustration of this self-defined printing device when opening top board.

The specific embodiment

Below in conjunction with drawings and Examples, the utility model is further illustrated:

consult Fig. 1, Fig. 2, in the present embodiment, this self-defined printing device comprises top board 200 and lower platen 100, described top board 200 is touch-screen, described touch-screen 200 is hinged with described lower platen 100 1 sides, described lower platen 100 comprises the square briquetting 110 of lining up rectangular array and the rectangular frame that holds described rectangular array, described square briquetting 110 is flexibly connected each other, be that described square briquetting 110 can fluctuating activity on the plane of described lower platen 100, the below of described lower platen 100 is fixed with substrate 300 by column 150, be evenly equipped with the gas column 120 corresponding with described square briquetting 110 on described substrate 300, described gas column 120 connects corresponding described square briquetting 110, be provided with magnetic valve on described gas column 120, described magnetic valve connects air pump, described magnetic valve, touch-screen and a control module (not shown) electrical connection, described control module shifts touch signal for driving the signal of telecommunication of corresponding square briquetting 110.

Above-mentioned self-defined printing device, the below of described touch-screen are provided with that safety glass is made into or the infrabasal plate of described touch-screen is made by safety glass, the use of safety glass can make top board 200 better carrying from the pressure of described square briquetting 110.

Above-mentioned self-defined printing device, it is identical by the method for MCU driving 8X8LED that described control module drives the described method of lining up the magnetic valve employing of array, adopt the I/O interface of 16 single-chip microcomputers to coordinate the 74LS595 latch, can export the LED-lattice Control ability of the above resolution ratio of 8X8, reduce the wiring when tradition is independent to be controlled.

The operation logic of above-mentioned self-defined printing device and using method:

Consult Fig. 3, start described touch-screen, the clothing that needs stamp is flutterred on described lower platen 100, seeing through described touch-screen can select clothing to need the zone of stamp intuitively, described control module transforms the corresponding square briquetting 110 of driving with the touch information of described touch-screen, optionally need printing area to press processing clothing, make non-printing area unaffected, keep the aesthetics of clothing.

The above is only preferred embodiment of the present utility model, and is in order to limit the utility model, not all within spirit of the present utility model and principle, any modification of doing, is equal to replacement, improvement etc., within all should being included in protection domain of the present utility model.

Claims

1. a self-defined printing device, comprise top board (200) and lower platen (100), and described top board (200) is touch-screen, and described touch-screen (200) is hinged with described lower platen (100) one sides, it is characterized in that:

described lower platen (100) comprises the square briquetting (110) of lining up rectangular array and the rectangular frame that holds described rectangular array, described square briquetting (110) is flexibly connected each other, be that described square briquetting (110) can fluctuating activity on the plane of described lower platen (100), the below of described lower platen (100) is fixed with substrate (300) by column (150), be evenly equipped with the gas column (120) corresponding with described square briquetting (110) on described substrate (300), described gas column (120) connects corresponding described square briquetting (110), described gas column is provided with magnetic valve on (120), described magnetic valve connects air pump, described magnetic valve, touch-screen and control module electrical connection, described control module shifts touch signal for driving the signal of telecommunication of corresponding square briquetting (110).

2. self-defined printing device according to claim 1 is characterized in that: the below of described touch-screen is provided with that safety glass is made into or the infrabasal plate of described touch-screen is made by safety glass.

3. self-defined printing device according to claim 1 is characterized in that: it is identical for the method by MCU driving 8 ⅹ 8LED that described control module drives the method that the described magnetic valve of lining up array adopts.