NOVELTY - The frame system comprises a first frame member (100) and a second frame member (200). The first frame member comprises a first body and a male coupling portion, is made of a metal material, is bonded to the light transmitting upper substrate by adhesives, and is formed as a spot type in which one male coupling portion is provided in the first body and as a bar type in which the male coupling portions are provided in the first body. The first body is configured to be fixed to a substrate of a solar cell module. The male coupling portion is protruded from the first body.    USE - The frame system is useful for installing a solar cell module on a structural element such as a roof or an outer wall of a building.    ADVANTAGE - The cost-effective frame system ensures simple installation of the solar cell module with improved workability.    DETAILED DESCRIPTION - The frame system comprises a first frame member (100) and a second frame member (200). The first frame member comprises a first body and a male coupling portion, is made of a metal material, is bonded to the light transmitting upper substrate by adhesives, and is formed as a spot type in which one male coupling portion is provided in the first body and as a bar type in which the male coupling portions are provided in the first body. The first body is configured to be fixed to a substrate of a solar cell module. The male coupling portion is protruded from the first body. The second frame member comprises a second body (210), a female coupling portion (220), and a third body (230) of a flexible material. The second body is configured to be fixed to an installation object. The female coupling portion is configured to be coupled to the male coupling portion. A protrusion comprises an inclined surface having an upper width that is smaller than a lower width, and a separation prevention surface that is positioned at a lower end portion of the inclined surface and at an inside of the female coupling portion. A protrusion coupling portion that corresponds to the protrusion is formed at an outer surface of the male coupling portion. The separation prevention surface is perpendicular to a center-line of the male coupling portion. An angle between the separation prevention surface and the inclined surface is less than or equal to 45 degrees . A connection portion of the separation prevention surface and the inclined surface is rounded. The male coupling portion comprises protrusions. The protrusions include a lower portion and an upper portion, where each portion has the lower width and the upper width. The lower width and the upper width of the lower protrusion adjacent to the first body are formed larger than the lower width and the upper width, respectively, of the upper protrusion that is positioned at an upper portion of the lower protrusion. The solar cell module comprises a light transmitting upper substrate, a lower substrate, solar cells, and a sealing layer. The solar cells are positioned at an upper portion of the light transmitting lower substrate. The sealing layer is positioned between the solar cells and the light transmitting upper substrate. The first frame members are each fixed at symmetrical positions based on a center of the light transmitting upper substrate. The second body is made of a metal material. The female coupling portion is formed in the third body. The third body is coupled to the second body. The frame system fixes a solar cell module to an installation object.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic cross-sectional view of a frame system.    First frame member (100)    Second frame member (200)    Second body (210)    Female coupling portion (220)    Third body. (230)