Mite propagation inhibition sheet

Abstract

There is provided a mite propagation inhibiting sheet comprising a sheet layer, an adhesive layer, and an unwoven fabric layer wherein mites are allowed to invade from a surface of the unwoven fabric layer to which an adhesive is not adhered, thereby forming a colony and the mites are trapped by an adhesive of the adhesive layer when the mites invade deep in the unwoven fabric layer by instinct, and further provided a method of manufacturing a mite propagation inhibiting sheet, and a method of inhibiting propagation of mites.

Description

technical field

[0001] The present invention relates to a mite and tick reproduction inhibiting sheet (hereinafter referred to as a mite reproduction inhibiting sheet), and more particularly to a mite reproduction inhibiting sheet for protecting chickens from damage by chicken skin thorn mite (dermanyssus gallinae) and wood fowl thorn mite (ornithonyssus sylviarum) . Background technique

[0002] The occurrence of Heteroderma genus Mites (name: Dermatodes spp.) in chicken houses has increased. When domestic chickens are subjected to blood-sucking by Heteroderma genus (name: Dermoderma spp.), the number of eggs laid is reduced, and forced death of domestic chickens sometimes occurs in the worst case.

[0003] Further, since humans are also subjected to blood-sucking by Heteroderma mite, the labor turnover rate of workers working in chicken houses increases. In the first phase, insecticides were used to treat the Heteroderma mite, but resistant Heteroderma mite emerged, so t...

Examples

Embodiment 1

[0029] figure 2 Shown is the method for manufacturing the mite breeding suppressing sheet 10, comprising the steps of: providing an adhesive layer by coating an adhesive on one side of the sheet layer 20, and setting a non-woven fabric layer 40 on the adhesive layer 30, and then applying the above three The layers are lightly pressed, thereby combining the above three layers into a whole.

[0030] The hot-melt synthetic rubber adhesive is coated on one side of the polyester sheet with a thickness of 0.1 mm by a hot-melt synthetic rubber adhesive device, so that the thickness of the hot-melt synthetic rubber adhesive is 0.08. Then, a polyester-based nonwoven fabric having a thickness of 3 mm was attached to the adhesive layer using a pressure roller under low pressure, thereby integrating the above-mentioned three layers with each other to manufacture the mite reproduction suppressing sheet 10 . The adhesive did not adhere to the surface of the mite breeding suppressing sheet ...

Embodiment 2

[0032] image 3 A method of manufacturing a mite breeding inhibiting sheet 10 is shown, comprising the steps of: coating an adhesive layer 30 on one side of a nonwoven fabric layer 40 to provide a layer 50, wherein the adhesive is penetrated into a part of the nonwoven fabric by hot melt spraying, The sheet layer 20 is then lightly pressed onto the adhesive-coated side surface of the non-woven fabric, thereby bonding the above four layers into a unitary body.

[0033] Adhesive layer 30 was coated on one side of a polyester sheet having a thickness of 4 mm to provide layer 50, wherein the adhesive was intruded into a portion of the nonwoven fabric by spraying a hot melt synthetic rubber based adhesive using hot melt spraying. A polyethylene-based layered paper having a thickness of 0.1 mm was then attached to the adhesive layer by pressing rolls under low pressure, thereby integrating the above-mentioned four layers into one body to manufacture the mite reproduction inhibiting ...

Embodiment 3

[0035] A method of manufacturing a mite breeding inhibiting sheet is shown, comprising the steps of: coating an adhesive layer 30 on one side of a nonwoven fabric layer 40 to provide a layer 50, wherein the adhesive is intruded into a part of the nonwoven fabric by spraying the adhesive, and then applying the sheet Layer 20 is lightly pressed onto the adhesive-coated side surface of the nonwoven, thereby bonding the above four layers into one.

[0036]Adhesive layer 30 was coated on one side of a polyester sheet having a thickness of 4 mm to provide layer 50, wherein the adhesive was impregnated into a portion of the nonwoven fabric by spraying a spray of synthetic rubber-based adhesive packaged in an aerosol can. Subsequently, the adhesive layer was covered with a polyethylene-based sheet having a thickness of 0.05 mm, and the sheet was lightly pressed by hand, thereby integrating the above four layers into a whole to manufacture the mite reproduction suppressing sheet 10 . T...

technical field

[0001] The present invention relates to a mite and tick reproduction inhibiting sheet (hereinafter referred to as a mite reproduction inhibiting sheet), and more particularly to a mite reproduction inhibiting sheet for protecting chickens from damage by chicken skin thorn mite (dermanyssus gallinae) and wood fowl thorn mite (ornithonyssus sylviarum) . Background technique

[0002] The occurrence of Heteroderma genus Mites (name: Dermatodes spp.) in chicken houses has increased. When domestic chickens are subjected to blood-sucking by Heteroderma genus (name: Dermoderma spp.), the number of eggs laid is reduced, and forced death of domestic chickens sometimes occurs in the worst case.

[0003] Further, since humans are also subjected to blood-sucking by Heteroderma mite, the labor turnover rate of workers working in chicken houses increases. In the first phase, insecticides were used to treat the Heteroderma mite, but resistant Heteroderma mite emerged, so t...

Examples

Embodiment 1

[0029] figure 2 Shown is the method for manufacturing the mite breeding suppressing sheet 10, comprising the steps of: providing an adhesive layer by coating an adhesive on one side of the sheet layer 20, and setting a non-woven fabric layer 40 on the adhesive layer 30, and then applying the above three The layers are lightly pressed, thereby combining the above three layers into a whole.

[0030] The hot-melt synthetic rubber adhesive is coated on one side of the polyester sheet with a thickness of 0.1 mm by a hot-melt synthetic rubber adhesive device, so that the thickness of the hot-melt synthetic rubber adhesive is 0.08. Then, a polyester-based nonwoven fabric having a thickness of 3 mm was attached to the adhesive layer using a pressure roller under low pressure, thereby integrating the above-mentioned three layers with each other to manufacture the mite reproduction suppressing sheet 10 . The adhesive did not adhere to the surface of the mite breeding suppressing sheet ...

Embodiment 2

[0032] image 3 A method of manufacturing a mite breeding inhibiting sheet 10 is shown, comprising the steps of: coating an adhesive layer 30 on one side of a nonwoven fabric layer 40 to provide a layer 50, wherein the adhesive is penetrated into a part of the nonwoven fabric by hot melt spraying, The sheet layer 20 is then lightly pressed onto the adhesive-coated side surface of the non-woven fabric, thereby bonding the above four layers into a unitary body.

[0033] Adhesive layer 30 was coated on one side of a polyester sheet having a thickness of 4 mm to provide layer 50, wherein the adhesive was intruded into a portion of the nonwoven fabric by spraying a hot melt synthetic rubber based adhesive using hot melt spraying. A polyethylene-based layered paper having a thickness of 0.1 mm was then attached to the adhesive layer by pressing rolls under low pressure, thereby integrating the above-mentioned four layers into one body to manufacture the mite reproduction inhibiting ...

Embodiment 3

[0035] A method of manufacturing a mite breeding inhibiting sheet is shown, comprising the steps of: coating an adhesive layer 30 on one side of a nonwoven fabric layer 40 to provide a layer 50, wherein the adhesive is intruded into a part of the nonwoven fabric by spraying the adhesive, and then applying the sheet Layer 20 is lightly pressed onto the adhesive-coated side surface of the nonwoven, thereby bonding the above four layers into one.

[0036]Adhesive layer 30 was coated on one side of a polyester sheet having a thickness of 4 mm to provide layer 50, wherein the adhesive was impregnated into a portion of the nonwoven fabric by spraying a spray of synthetic rubber-based adhesive packaged in an aerosol can. Subsequently, the adhesive layer was covered with a polyethylene-based sheet having a thickness of 0.05 mm, and the sheet was lightly pressed by hand, thereby integrating the above four layers into a whole to manufacture the mite reproduction suppressing sheet 10 . T...

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