Page 79 - WINGS OF AGRI-INNOVATIONS

38. Pusa Chickpea Thresher 39. Improved Neem Larvicidal Compositions

Patent Number 282047 Patent Number 282129
Date Of Certificate Issue 30/03/2017 Date Of Certificate Issue 31/03/2017

Post Grant Journal Date 07/04/2017 Post Grant Journal Date 07/04/2017
Publication Number 12/2010 Publication Number 05/2012
Publication Date 19/03/2010 Publication Date 03/02/2012
Publication Type INA Publication Type INA
Application Number 1121/DEL/2008 Application Number 481/DEL/2006
Application Filing Date 05/05/2008 Application Filing Date 22/04/2006
Field Of Invention AGROCHEMICALS Field Of Invention CHEMICAL
Classification (IPC) A23L 1/00 Classification (IPC) A01N 65/00
Inventor SINHA SACHCHIDA NAND, SINHA, JAGNNATH
PRASAD, DHALIWAL, INDERJIT SINGH, Inventor BALRAJ SINGH PARMAR, JITENDRA KUMAR,
AHUJA, SEWAK SINGH SWARAN DHINGRA
Abstract:
Abstract:
Leguminous crops are very sensitive to mechanical abuses. Furthermore, chickpea is more prone for This invention relates to an improved neem larvidical composition for use as such in the solution or
mechanical damage due to its germ tip located at protruding structure and are dicotyledonous. Even minor emulsifiable concentrate or a derivative having slow release properties comprising of composition
injury to seed affects seed quality adversely. Hence, a conventional cylinder and concave cannot be used to having an active constituent selected from neem pesticide alongwith thymol or p-cymene singularly or in
thresh chickpea seed crop. In general, pulse production and productivity is low world over and more so in combination along with the requisite auxiliaries. The active ingredients have been found to synergistically
developing countries (Jeswani and Baldev, 1990). One of the important reasons for low pulse productivity affect the control of the larvae of Culex fatigans.
is non- avialability of quality seed. The aviability of quality seed, of chickpea is least i.e. about 2 per cent,
among all the major crops of the country. However, it had been reported that about 20- 30 per cent
average increase in productivity could be achieved with the use of quality seed (Chowdhary, 2004). Varying
operational parameters such as cylinder speed, cylinder-concave clearance, fan speed helped to limited
range in threshing but with induced significant amount of visible damages. In light of above facts, the
new thresher was developed to thresh chickpea of high seed quality attributes i.e. maximum germination
percentage; vigour and viability and minimal visible as well as invisible injuries. These quality attributes
are dependent on operational parameters and design parameters of thresher. The optimum operational
parameters of cylinder speed, beater type, feed rate, moisture content and concave clearance was 8.94 m/s,
Teflon or nylon beater, 200 kg/h, 10 per cent and 14 mm, respectively. The specially configured threshing
cylinder using Teflon beater/ threshing element produced seed of germination capacity (98), vigour (1800)
and viability (98) coupled with minimal visible breakage (1.17) and internal injury (0.03) with optimum
threshing efficiency (98).

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