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Crushing system with two rotating disk sections and uses thereof

A technology of grinding and disc, applied in the direction of application, extracting juice from sugar cane, leaching sugar from sugar beet, etc., can solve the problems of loss of liquid extraction efficiency, etc.

Inactive Publication Date: 2012-01-11
A・L・科拉迪 +2
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

To understand the importance of the milling system in the production process, imagine a plant that produces 1 million gallons of alcohol per day with a 1% loss in liquid extraction efficiency during milling

Method used

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  • Crushing system with two rotating disk sections and uses thereof
  • Crushing system with two rotating disk sections and uses thereof
  • Crushing system with two rotating disk sections and uses thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0031] This example relates to the implementation of a milling system primarily for milling sugar cane using compression, which has two rotating disc sections with only one inclined axis. This tilt axis rotation allows the lower portion of the disc section to remain together at all times, allowing high compression work without material repulsion.

[0032] figure 1 The general outline of the above system is shown, the key components of the system are: the raised disc part 1; the support 2 holding the raised disc part; the inclined shaft 3 of the support supporting the disc part; the supporting disc Part of the fixed shaft 3.1 of the bracket; the inner seal 4 arranged between the disc parts, which is characterized by two separate chambers, namely, the shaft 10 for assembling the supporting bracket ( Figure 6 shown) and another large chamber 4.2 along the full length of the remaining part, which is arranged in the joint area between the two disk parts (hidden in this figure); ...

Embodiment 2

[0046] This example relates to an implementation of a milling system utilizing compression primarily for milling sugarcane, the system having two rotating disk sections with two inclined axes, as Figure 7 shown.

[0047] The structure and function of the system are figure 1 and 2 Identical as shown, so that the support 2 supporting the disc part forms a fixed part and a movable part, driven by a compression actuator 6 (represented by a spring), allowing the rotation of the disc part 1 always joined at its bottom. The difference here is the main shaft 17, which becomes a single piece with an advantageous slope (functioning as the tilting axis 3 and the horizontal fixed axis 3.1). In this case the holder 4 used between the two discs is symmetrical (where the top is less wide than the bottom), has no cavity and rotates with the disc part 2 . The parts supporting the disc part are slidable by means of sets of movable part sleeves 5.1 and 5.4 and fixed part sleeves 5.2 and 5.4.1...

Embodiment 3

[0050] This example involves proposing Figure 8 The illustrated dual milling system utilizing compression, having two rotating disc sections with inclined axes, is primarily used for milling sugar cane.

[0051] In this embodiment, the two inner disk parts are fixed on the same course, called inner shafts 3.2, while the other two outer drives are located on two shafts 3 inclined to the horizontal plane of the inner shafts.

[0052] The structure and function of the system are figure 1 and 2 Identical as shown, so that the support 2 supporting the disc part forms a fixed part and a movable part, driven by a compression actuator 6 (represented by a spring), allowing the rotation of the disc part 1 always joined at its bottom. The difference here is the inner shaft 3.2 of the double system, containing the installation of the inner disc part acting as the fixed part of the two mills, while the outer inclined shaft 3 supports the movable part. In this embodiment, the holder 4 ...

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PUM

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Abstract

The present invention relates to a crushing system with two rotating disk sections which allows applying high pressures without the problem of raw material rejection and with a reduced number of crushing cycles, thus shortening the crushing time. Pressure is gradually distributed between the two similar rotating disk sections which are arranged face to face and connected to non-aligned shafts, such that the lower sides of the disk sections remain always joined. The disk section mounting assembly is independent and has different features, forming a fixed part and a movable part for adjusting the vegetable mass being compacted. This crushing system has structural features that allow different uses (in isolation, in tandem or in combination), and the serial combination thereof in appropriate industrial infrastructures or in harvesters of standing crops, such as sugar cane.

Description

technical field [0001] The present invention relates to a milling system having two similar disc parts facing each other, connected to misaligned shafts so that the lower parts of the discs remain joined throughout during operation, the circles The disc is kept rotating so as to squeeze the vegetable material to extract the juice therefrom. The bracket assembly supporting the disc portion is independent and has unique features, forming a fixed part and a movable part for adjusting the vegetable pieces to be compressed. Such milling units can be used individually or in series on suitable supports as required. [0002] Another aspect of the invention relates to the use of this milling system in the process of obtaining vegetable liquor, in particular sugarcane liquor. In this case, the proposed milling system can also be used in the harvesting of sugarcane, with one or a series of such milling units being part of this agricultural machine. [0003] Thus, the technical field o...

Claims

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Application Information

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IPC IPC(8): B02C7/00C13B10/06C13B10/02
CPCB02C7/00C13B10/12C13B10/06B02C7/005
Inventor A·L·科拉迪
Owner A・L・科拉迪
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