Feeding and breaking mechanism for integral jute and ambary hemp stripping machine

Abstract

The invention discloses a feeding and breaking mechanism for an integral jute and ambary hemp stripping machine. The feeding and breaking mechanism is arranged in front of and above the machine and comprises a folding support seat, a swing part, a rotating part and a safety cover. The folding support seat is positioned in rear of and below the swing part and the rotating part, and the front slopeside of the folding support seat and rear edges of a feeding tray and a feeding breaking tray of the rotating part form a V-shaped hemp stalk positioning and feeding port. A stalk breaking knife of the swing part is aligned to a rear hemp stalk retaining axis and provided with a stalk folding knife and a pressing plate, and operating faces of shifting teeth of the feeding and breaking tray and thefeeding tray on two sides of the rotating part are on a same axial plane and form a 90-degree included angle with a cam symmetry center line. Middle portions of the hemp stalks are broken and sent into a clamping and traction separation mechanism to complete transverse feeding.

Description

technical field [0001] The invention relates to a harvesting and processing machine for agricultural by-products, in particular to a machine for separating the skin and bone of jute and kenaf. Background technique [0002] Jute kenaf is a special fiber resource with a wide range of uses. But stripping is labor-intensive, labor-intensive and time-consuming, and manual peeling can only peel 50-100 kilograms of fresh skin per person per day, which restricts the development of production. [0003] In the mid-1950s, my country began to develop jute and kenaf power peeling machines. In the 1980s, my country developed two types of jute and kenaf peeling machines, the bone-crushing type and the bone-setting type. The quality is poor, and it has not been widely promoted and applied in production. In contrast, the bone crushing method is simpler to operate and has higher efficiency. Therefore, it is generally believed that the bone crushing method has a better prospect, and the bone ...

AI Technical Summary

Problems solved by technology

However, the peeling is labor-intensive, labor-intensive and time-consuming. Manual peeling can only peel 50-100 kg of fresh skin per person per day, which restricts the development of production.

[0003] In the mid-1950s, my country began to develop jute and kenaf power peeling machines. In the 1980s, my country developed two types of jute and kenaf peeling machines, the bone-crushing type and the bone-setting type. The quality is poor, and it has not been widely promoted and applied in production

In contrast, the bone crushing method is simpler to operate and has higher efficiency, so it is generally believed that the bone crushing method has a better prospect, while the bone setting method is difficult to achieve mechanization

[0004] "6HZB-150 Jute Kenaf Bone Peeling Machine" (see China Hemp Industry 1983 Issue 01)

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