Patents - Agri Tech

Design

A device (100) for analyzing soil in real time is disclosed, the device (100)5 includes a set of sensors (204) configured to detect a plurality of attributes such asNitrogen, Phosphorous, Potassium, and the likes of soil. The device (100)includes a display unit (104) configured to display values of the plurality ofattributes received from the set of sensors (204), and a processing unit (208)configured to received values from the set of sensors (204), compare the received10 values with pre-stored threshold values and accordingly determining one or moresoil characteristics which are displayed on the display unit (104) in real-time.Also, the device (100) provide and display recommendations related to soilfertility to assist a user for planting crops.

The present disclosure pertains to a pest detection and warning system (100) to be5 installed in land. The system (100) includes a set of image sensors (102)configured to capture images of said land, a first set of sensors (104) configured todetect one or more sounds from the land, an alert unit (106) for producing audioalert to irritate one or more entities such as pest, grasshopper, katydid, and locusto repel from the land. A controller (108) is configured to identify the one or more10 entities from the captured images and facilitates in actuation of the first set ofsensors (104) to sense one or more sound frequencies from the land, and enablesthe alert unit (106) to produce the audio alert. Also, the controller (108) notifiesauthorized person regarding the presence of one or more entities in the land totake necessary actions.

Present disclosure provides a smart processor for producing milk-based products.The smart food processor for producing milk-based products consist of milkchamber for accommodating the milk, plurality of chamber for storing a milk-based products and the catalyst, a lactometer for checking the water percentage inthe milk, a temperature maintaining unit for facilitating the preservation of the10 milk and milk-based products, a dispensing unit for dispensing the pre-determinedquantity of the milk, a self-cleaning unit for cleaning the food processor and acontrol unit operatively coupled with the food processor to control the functionsof the food processor.

The present disclosure relates generally to preservation of stored grains. More5 specifically, the disclosure is directed to a composition for preserving storedgrains comprising Pogostemon benghalensis Kuntze, Tinospora cordifolia,Capsicum annuum var. longum, and Curcuma longa. Said composition iscomposed of natural ingredients that do not cause any side-effects in grains andyet are effective against insect or pest biota.

The present invention relates to agricultural compositions. Specifically, thepresent invention relates to sustainable tablets capable of supplying requirednutrition to plants. The present invention further relates to sustainable tabletscapable of supplying required nutrition to plants, wherein the tablets comprise well-balanced blend of all the nutrients, fertilizers, growth promoters and bio-pesticides required by the plant for its steady growth.

According to an embodiment, the present disclosure provides an apparatus for spreading anagricultural material. The apparatus for spreading an agricultural material can include a supportstructure, a housing having a storage space to store the material, the housing can include an inletopening to receive the material, and an outlet opening for outflow of the material from thehousing, the housing fitted on the support structure such that a gap is created between the supportstructure and an outlet opening of the housing to allow outflow of the material, aslider plateslidably configured with the outlet opening of the housing. A rotor fitted on the support structure,wherein the rotor is configured such that a rotary part of the rotor is located in the gap forspreading the material coming out from the outlet opening through the gap.

The present disclosure provides a system, flying device and method for dispersing seeds in aROI. The system includes: flying device; an input unit comprises an imaging device forimaging field-of-view of ROI and sensing devices, and configured to generate first set of datapackets; a seed ball dispersal unit having seed balls; and a control unit configured to receivefirst set of data packets and process second set of data packets from first set to determinelocation data associated with the flying device; determine first area in ROI and parametersassociated with first area based on processing of third set of data packets from first set of datapackets and based on implementation of one or more trained models; predict distancebetween any two seed balls to be dispersed, wherein the control unit controls flying deviceand seed ball dispersal unit to disperse seed balls in first area.

The present disclosure relates to an intelligent spraying apparatus for dispensing fertilizersin/over a soil. The intelligent spraying apparatus includes an enclosure, an airflow generator, and animage capturing device. The enclosure encloses an air flowgenerator and storage container holding the fertilizer. The image capturing devicecaptures an image of plants being currently grown in the soil and determines a value of agreen colour according to a density of plants and triggers the controller to obtain a first pre-determined quantity of the fertilizers from the storage containers based on the quantity of thedetermined desired fertilizer currently present. The controller dispenses a mixture of the firstpre-determined quantity of the fertilizers and the second pre-determined quantity of airin/over the soil based on the real-time detection of the requirement of soil through thedispenser pipe.

A device for reducing moisture from food grains is disclosed. According to an embodiment, the device can include: a hopper coupled with a housing configured to receive the food grains from inlet of the hopper and hold the food grains, wherein the hopper further configured to allow flow of the stored food grains through an outlet; a set of sensors, configured to measure moisture content in the food grains; a bed configured inside the housing to receive the food grains from the outlet of the hopper, wherein the bed is at a inclined downwards to allow conveying of the food grains from the outlet of the hopper to an outlet of the housing; and a heater configured with the bed to provide heating of the food grains placed on the bed; a control unit configured to control temperature of the heater based on the sensed moisture content

An apparatus for analyzing quality of seed sample is disclosed. According to an embodiment the apparatus for analyzing quality of seed sample can include a hopper configured to receive seed sample, a source configured to direct one or more incident radiations towards the received seed sample and a set of sensors configured to detect the one or more incident radiations after the one or more incident radiations has interacted with the seed sample. An analyzer is configured to determine one or more parameters associated with quality of the seed sample based on the one or more detected radiations. The apparatus is portable.

In an aspect, the present disclosure relates to a device for handling crop residue, wherein the device includes an electric vehicle operatively coupled with a sucker to suck the crop residue from ground; a microwave operatively coupled with the electric vehicle so as to receive and dry the sucked crop residue from the sucker, said sucked crop residue being dried based on moisture content in the sucked crop residue; and a combustion chamber operatively coupled with the microwave and configured to receive and combust the dried crop residue in a controlled environment so as to yield Carbon-black.