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Improving method of mucilage extraction

A technology of latex and rubber tapping, applied in forestry, application, agriculture, etc., can solve the problems of gaseous stimulants wasting production, bark bursting, rubber tree damage, etc.

Inactive Publication Date: 2006-11-15
GIM TRIPLE SEVEN
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Applying precise, predetermined amounts of gas is also not possible with existing methods, so gaseous stimulants are wasted and production tends to be unstable due to varying amounts of gas applied each time
Another alternative method is to continuously apply gas to the rubber tree using a device that is pre-filled with gas and attached to the rubber tree. This method has also been proven to cause damage to rubber trees after long-term use

Method used

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  • Improving method of mucilage extraction
  • Improving method of mucilage extraction
  • Improving method of mucilage extraction

Examples

Experimental program
Comparison scheme
Effect test

example 1

[0027] The previous method for securing prior art applicators to the bark of a rubber tree was compared to the use of an instant fix applicator that was pre-applied with a specially formulated butyl rubber adhesive sealant along the flange at the factory ( IFA) installation speed and labor consumption were compared.

[0028] Time and action studies conducted on a wide scale have shown that if a worker employs archaic techniques to apply water-reactive glue to the applicator, pin the applicator to the bark, secure the PVC pipe and valve and coat as an external seal contact adhesive, the worker can only complete the above sequence on 100 trees per 8-hour workday.

[0029] In contrast, by using an instant fix applicator (IFA), which involves removing the silicon paper from the pre-coated applicator in situ, stapling the applicator to the bark, applying the sealant to the flange area Physical pressure, pipes and valves to secure the applicator, workers can do this on 250 trees pe...

example 2

[0031] Combine the newly improved dual 1 / 8s incision tapping surface change system (2 x 1 / 8s d / 1 2d / 3 + gas stimulation applicator) combined with gas stimulation 2 with a single incision 1 / 8s over a period of 60 days Tapping frequency of d / 2 d / 3 plus gas stimulation on the HO-1 tapping surface of the RRIM600 clone tree was used for comparison. Through the new and improved tapping system, the average yield per tree per month is 1.87kg, which is 82% higher than the yield obtained by tapping rubber trees with a traditional single 1 / 8s incision. Assuming a rubber forest with 300 trees per hectare, the projected yield per hectare with the new and improved system would be 5610kg per hectare per year.

[0032] It will be appreciated that the present invention provides a rubber tapping system for use with gaseous ethylene stimulation, which enables up to 20 rubber tappings per month, a frequency unattainable with the tapping frequencies employed so far in the prior art. The system al...

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PUM

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Abstract

Disclosed is a method for tapping rubber trees by using gas stimulation near the rubber tapping cut. The tapping cut consists of two eighth cuts. The two eighth cuts are arranged along an imaginary specific line and are tapped upwards or downwards. In another option, one notch is tapped upwards, while the other notch is located vertically below it and is tapped downwards. The latex flowing from the two cuts is collected in the latex collection container (9). The gas stimulation includes a dressing device secured adjacent the incision. The applicator consists of a peripheral flange to which is secured a soft sealant fixed at the factory by means of a removable silicone paper.

Description

technical field [0001] The present invention relates to an improved method for extracting latex. In particular, it relates to an improved method of maximizing monthly or annual tapping volume by appropriately providing short cuts in the tapping surface in conjunction with an applicator device. Background technique [0002] In Malaysia, some methods concerning gaseous or gaseous stimulation of rubber trees have been introduced into the rubber industry. In documents MY103511-A and MY111156-A a combination of conventional short-cut glue tapping or deep-cut glue with closed or open piercing holes has been disclosed at the desired frequency. Over the years, these methods have been found to suffer from a number of limitations that have prevented commercial mass adoption throughout the rubber industry. [0003] The method of deep cutting glue using open or closed punctures in combination with gaseous ethylene stimulation has been found to be particularly detrimental to cloned rub...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01G23/10
Inventor 希瓦固马兰儿之史尼瓦塞盖姆
Owner GIM TRIPLE SEVEN
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