▎ 摘　　要

NOVELTY - The device (100) has an upper bonding portion comprising a first base (111). A first porous heat-conducting elastomer (112) is fixed on the first base and a first pressing surface. A lower bonding portion moves relative to the upper bonding portion. The lower bonding portion comprises a second base (121). A second porous heat-conducting elastomer (122) is fixed on the second base. The first porous heat-conducting elastomer and the second porous heat-conducting elastomer are located between the first base and the second base. A containing space is fixed between the first and second porous heat-conducting elastomers. The containing space is used for containing an object. A second pressing surface (123) is located at a side of the second porous heat-conducting elastomer far away from the second base and pressing an object to be adhered (200). USE - Bonding device for irregular curved surface. ADVANTAGE - The device can utilize a honeycomb graphene composite elastic material to improve elastic deformation capability of the first and second heat-conducting elastomer, which realizes better heat conduction so as to reach better effect of uniformly heating the film and adhering to the object to be adhered due to soft. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic cross-sectional view of a bonding device for irregular curved surface. 100Bonding device 110Bonding portion 111First base 112First porous heat-conducting elastomer 113First pressing surface 114First contact point 115Second contact 116Concave portion 120Lower portion 121Second base 122Second porous heat-conducting elastomer 123Second pressing surface 130First jig 140Second jig 150High temperature fluid supply source 161First end 162Second end 170Driving device 200Object to be adhered 210Convex portion 300Film