초록 ▼

The present disclosure relates to an anti-repellant compound and a method of using the same n a material to give them anti-repellant properties. Further, the disclosure also relates to a device to evaluate anti-repellant property of a fabric or any other material. The device calculate the average di

The present disclosure relates to an anti-repellant compound and a method of using the same n a material to give them anti-repellant properties. Further, the disclosure also relates to a device to evaluate anti-repellant property of a fabric or any other material. The device calculate the average distance crossing by an insect or other parasites and then calculate the percentage of resistant fabric. Thus, giving an idea on how effective the fabric is for its anti-repellant properties.

대표청구항 ▼

1. A device to evaluate anti-repellant property of a material, comprising: a long tube, wherein the long tube is cylindrical in shape with a first open end on one side of the long tube and a second open end on the opposite side of the long tube such that the long tube is compartmentalized with one c

1. A device to evaluate anti-repellant property of a material, comprising: a long tube, wherein the long tube is cylindrical in shape with a first open end on one side of the long tube and a second open end on the opposite side of the long tube such that the long tube is compartmentalized with one compartment holding a moisten cotton and another compartment holding an anti-repellant treated material;a box to house the long tube, wherein the box has a sliding door on one end of the box such that the door can slide open and close to assemble and disassemble the long tube;a cover for the box, wherein the cover for the box is on the upper end of the box and the cover opens and closes for its use;a cover for a catch sample, wherein the cover for the catch sample closes the opening on the end of the long tube holding the anti-repellant treated material;a zero point indicator, wherein the zero point indicator is at the middle point of the long tube and divides the long tube into compartments;a scale, wherein the scale runs through the body of the long tube; anda cover for moistened cotton, wherein the cover for the moistened cotton closes the opening on the end of the long tube holding the moistened cotton wherein the device measures the effectiveness of the material as an anti-repellant. 2. The device of claim 1, wherein the device further comprises: a cover for insect entrance, wherein an insect or other parasite can enter the device through the insect entrance when the cover is in open position and once the insect or other parasite is inside the device, the cover for the insect entrance is turned into a close position to evaluate anti-repellant property of the material. 3. A method of measuring the effectiveness of the anti-repellant material using the device of claim 2, comprising the steps of: positioning a moisten cotton on one side of the long tube;positioning a material to be tested as anti-repellant on the opposite side of the long tube, opposite to the position of moisten cotton;inserting insects into the device through the opening of the cover for insects entrance;closing the device from all sides;switching off lights around the device for few minutes;switching on the lights around the device after few minutes;opening the device to calculate the number of insects moved towards the moisten cotton, the material being tested as anti-repellant in the middle portion of the long tube;calculating the number of insects moved towards the direction of the material to be tested as anti-repellant and insects moved towards the direction of the moisten cotton; andmeasuring the distance travelled by the insect using the scale running through the long tube, from the position of the cover for insects entrance towards the moisten cotton and material tested as anti-repellant;wherein the average of the number of insects and the distance travelled by insects towards moisten cotton or material provides the measure for effectiveness of an anti-repellant material such that if more insects travel towards the material, the material is not effective as an anti-repellant whereas if less insects travel towards the material, the material is an effective anti-repellant. 4. The device of claim 1, wherein the material is a fabric. 5. The device of claim 1, wherein the material is treated with an anti-repellant compound comprising neem leaf extract.