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The synchronous lifting and lowering linkage mechanism of the transfer table

A linkage mechanism and transfer technology, applied in printing presses, rotary printing presses, screen printing presses, etc., can solve the problem of prolonging the flash drying time of the flash oven and the drying speed of the ink, increasing the area and space of the equipment, and difficult for enterprises. Accept and other problems to achieve the effect of preventing epitaxial collapse under pressure cracking, ensuring the quality of printing patterns, and good cooling and solidification effect

Inactive Publication Date: 2011-11-30
常州市奥伦自动化设备有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although the first two solutions have certain effects, adding cooling and drying stations will not only increase the cost of the printing machine, but more importantly, increase the floor space and space of the equipment, and require a large investment in factory buildings, which is difficult for enterprises to accept.
The method of reducing the transmission speed of the entire printing production line will directly affect the production efficiency of the entire printing production line, and the production enterprises are not willing to accept it.
Prolong the flash drying time of the flash oven. The ink drying speed is too fast, and the pattern is easy to warp, which also affects the quality of fabric printing, and the qualified rate of the product cannot be guaranteed.

Method used

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  • The synchronous lifting and lowering linkage mechanism of the transfer table
  • The synchronous lifting and lowering linkage mechanism of the transfer table
  • The synchronous lifting and lowering linkage mechanism of the transfer table

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0024] Embodiment 1: A synchronous lifting and lowering linkage mechanism of the transfer platform, such as Figure 2 ~ Figure 6As shown, it includes a reducer 1, an outer transmission box 2, an inner transmission box 3, a synchronous lowering mechanism 4, a synchronous rising mechanism 5, a bearing seat 7 and a frame 8, the reducer 1 drives the outer transmission box 2, and the outer transmission box 2 Drive inner transmission case 3, described outer transmission case 2 comprises driving gear 21, driven gear 22, transmission sprocket I 23, transmission sprocket II24, transmission sprocket III25, driving shaft 26 and driven shaft 27, in driving shaft Driving gear 21, transmission sprocket I 23 and transmission sprocket II 24 are fixedly equipped with on 26, and driven gear 22 and transmission sprocket III25 are housed on driven shaft 27, and driving gear 21 is meshed with driven gear 22, and driving Gear 21 and driven gear 22 have the same number of teeth, and the number of te...

Embodiment 2

[0025] Embodiment 2: In Embodiment 1, the drive shaft 26 in the outer transmission case 2 driven by the reducer 1 is changed to drive the driven shaft 27, and the driven gear 22 and the drive sprocket III25 are all fixedly installed on the driven shaft 27.

[0026] There are many embodiments of the present invention. The reducer 1 can also drive the driving shaft 26 or the driven shaft 27 in the inner transmission box 3, and can also drive any transmission interface in the entire transmission system. No matter what kind of transmission structure is adopted, as long as it can Ensure that the synchronous lowering mechanism and the synchronous rising mechanism turn to the opposite direction and have the same rotational speed.

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PUM

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Abstract

A synchronous lifting and lowering linkage mechanism for a transfer table, which only occupies two stations, including a reducer, an outer transmission box, an inner transmission box, a synchronous lowering mechanism and a synchronous lifting mechanism. The inner transmission box and the outer transmission box have the same structure. Driven by the reducer, the synchronous descending mechanism and the synchronous ascending mechanism have the same structure, and are driven by the inner transmission box and the outer transmission box to realize synchronous descent and ascent, which can increase the cooling and solidification stroke of printing ink in the vertical direction, thereby increasing the cooling and solidification time , to ensure that the pattern ink printed by each print head has been cured when it is transferred to the next print head, so as to improve the printing quality. It adopts the method of increasing the cooling and solidification path in the vertical direction, which not only has a good cooling and solidification effect, but also eliminates the phenomenon that the printing ink is cracked under pressure, the extension collapses, and the screen is blocked, ensuring the quality of the printed pattern, and each printing unit saves one The station shortens the footprint of the printing production line and increases the speed of the printing production line.

Description

Technical field: [0001] The invention relates to a cooling, drying and curing device for printing ink in a printing unit in a printing machine, in particular to a synchronous lifting and lowering linkage mechanism in the vertical process delay curing device of the printing machine. Background technique: [0002] At present, the printing machines used in the market are all traditional oval printing machines, whose structure is as follows: figure 1 As shown, it includes a transfer table, a printing head, a flash oven and a transmission mechanism for the translation of the transfer table, wherein the transfer table is used to paste the printed fabric, and the transfer table is composed The transmission mechanism drives the directional translation transmission between the printing heads to ensure that the transfer table can be positioned accurately when it is transferred to the corresponding printing heads, so as to meet the accurate printing requirements of various patterns and...

Claims

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Application Information

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IPC IPC(8): B41F15/16
Inventor 王永鑫
Owner 常州市奥伦自动化设备有限公司
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