The present invention relates to an aid for tender tea shoots plucking vehicle. To sense the exact level of tender tea shoots, the present invention uses force/pressure sensors rather than mechanical rollable soft sensing. In order to obtain accurate pressure measurements to the control unit (7) for finding the pluc...

The present invention relates to an adaptable self-levelling device (1) to sense the tender tea shoot alone from the bush. The device includes a rollable soft sensing means (3) for accurately selecting the cutting level of tender tea shoots. This assembly attached prior to the harvesting chamber (6). The entire asse...

The present invention relates to a lightweight right angle conveyer apparatus (1) for transferring harvested soft materials (6) from a harvester (2) into a storage container (3). Multiple of downwardly extended flexible contact members (4) sequentially arranged to form a comb shaped structure (5) which is attached w...

The harvest assisting real-time mimic system (103) described herein is designed for efficient tea bush harvesting by sensing the top surface level. Key components include a harvester frame (103) attached to a prime mover (113), facilitating transverse movement, and a harvester chamber (104) actuated through independ...

This space-efficient conveyor apparatus (101) is innovatively designed for the gentle and efficient transfer of delicate agricultural materials, with a particular focus on tea leaves. The Z-shaped conveyor (102) features a belt (103) and rollers (104) for seamless material transitions across varying elevations. Key ...

The present invention relates to a selective harvester (101) for harvesting tender tea shoots from the tea bush. The same selective harvester can harvest any leaf from the leaf plant/tree. The replaceable selector unit (104) is one of the vital part of the selective harvester which is transversely extended from a ha...

In the present invention, a real-time mimic system is described for detecting the top surface of tea bush so that tender tea shoots can be harvested at the right height in real time. By means of at least three independently moveable arms (105), the horizontal mimic plate (101) is positioned at the bottom side of the...