▎ 摘　　要

NOVELTY - Fever detection mask comprises mid-leaf filter cloth (100) with 4 corners and 4 sides, where the upper leaf (200) of the middle leaf filter cloth and the upper leaf of which the nose clip is buried and fixed to be bound to have the same edge and have an arc-shaped sewing line or bent line, a lower leaf (300) joined to have the same edge on the lower side of the middle leaf filter cloth and the lower side of the left and right sides and having an arc-shaped sewing line or a bent line; a fixing band (400) fixed to the four corners; and heat sensing means capable of monitoring the temperature of the human body, during storage, the upper and lower leaves are folded flat on the surface of the middle leaf filter cloth, and in use, the upper lobe is spread over the middle lobe filter cloth and is spread by contacting along the facial contour by aligning the contours of the nose of the nose clip, and the lower lobe is spread so as to surround the side along the jaw line. USE - Used as fever detection mask. ADVANTAGE - The mask is able to continue to be used after washing, but the effect of blocking droplets and blocking fine dust is insufficient, can easily check the presence or absence of infectious diseases of the wearer by simply measuring the body temperature of the wearer and displaying it to the outside, can be in contact with the wearer's ear, so that the wearer's body temperature can be easily measured without obtaining additional equipment, and changes in body temperature can be checked in real time from the outside and has excellent aesthetics by attaching a heat-sensing transfer paper to the mask body, and can express certain phrases when detecting heat, so that it is easy to observe from the outside. DETAILED DESCRIPTION - Fever detection mask comprises mid-leaf filter cloth (100) with 4 corners and 4 sides, where the upper leaf (200) of the middle leaf filter cloth and the upper leaf of which the nose clip is buried and fixed to be bound to have the same edge and have an arc-shaped sewing line or bent line, a lower leaf (300) joined to have the same edge on the lower side of the middle leaf filter cloth and the lower side of the left and right sides and having an arc-shaped sewing line or a bent line; a fixing band (400) fixed to the four corners; and heat sensing means capable of monitoring the temperature of the human body, during storage, the upper and lower leaves are folded flat on the surface of the middle leaf filter cloth, and in use, the upper lobe is spread over the middle lobe filter cloth and is spread by contacting along the facial contour by aligning the contours of the nose of the nose clip, and the lower lobe is spread so as to surround the side along the jaw line. The surface near the upper lobe edge and the left and right sides of the middle lobe filter cloth and the surface near the lower lobe edge form a breathing space that is blocked from outside air around the nose, and heat detection means changes color according to the wearer's body temperature, and the heat detection means includes: a label body manufactured in a film shape of a circular, oval, triangular, square, pentagonal or hexagonal shape. A heat sensor that is applied to the front of the label body and changes color according to the wearer's body temperature. An adhesive applied to the rear surface of the label body and allowing the label body to be attached to the human body and is installed on one side of the label body, and includes a fixing means through which the fixing band passes. The label body is made of paper, polymer film, non-woven fabric, woven or knitted fabric, and contains 2-10 wt.% conductive fibers. The heat detection unit may include a base pigment applied on the label body; and a Zion pigment applied on the base pigment, where the Zion pigment is a pigment having a color change period at 35-40 degrees C, and the pressure-sensitive adhesive comprises: a pressure-sensitive adhesive base resin. A tackifier that is included in the pressure-sensitive adhesive base resin to impart adhesion, comprises a conductive polymer included in the pressure-sensitive adhesive base resin to increase thermal conductivity, where the mid-leaf filter cloth comprises: a pre-treatment filter and mesh filter to which constant power is applied, includes an antibacterial filter comprising nanoparticles coated with a metal or metal salt having antibacterial activity on the surface. The pretreatment filter contains phytoncide, tourmaline or a photocatalyst, and is manufactured in a mesh shape or a mesh shape to have a deodorizing, sterilizing or dehumidifying effect, where the net filter to which the constant power is applied contains 2-10 wt.% conductive material, generates static electricity by rubbing with adjacent fibers according to the flow of air, and adsorbs fine particles by electrostatic attraction by the generated static electricity. The conductive material includes at least one selected from carbon nanotubes, carbon fibers, metal nanofibers, metal nanoparticles, graphene and fullerene. The antibacterial filter includes nanoparticles coated with copper, nickel, cobalt, iron, manganese and zinc or salts. The nanoparticles have a core-shell structure coated with 5-50 pts. wt. metal or metal salt relative to 100 pts. wt. core. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic representation of fever detection mask. Mid-leaf filter cloth (100) Upper leaf (200) Lower leaf (300) Fixing band (400)