A refrigerator, comprising: a shelf member including a setting plate and a frame forming a circumference of the setting plate; a position setting member fixed on a surface in the refrigerator and positioning the shelf member at a set height; a guide member maintaining the connection state of the shelf member and the position setting member; and a rise induction means allowing the shelf member to be raised by stages as connected with the position setting member, wherein the rise induction means includes: a rise lever that a user grabs with hands; a rise induction bar extending from an end of the rise lever and rotatably coupled to a point of the frame of the shelf member, the rise induction bar configured to be moved up and down to raise the shelf member; a push leg of which one end is suspended on the position setting member and the other end is connected to an end of the rise induction bar directly or indirectly a stopping leg rotatably connected to the frame and suspended to the position setting member to allow the shelf member to be maintained in a raised state; characterized by a compressing member of which both ends are respectively connected to the rise induction bar and the push leg and that compresses the end of the push leg to be contacted with the position setting member; and an elastic member connected to the stopping leg to compress a portion of the stopping leg to be contacted with the position setting member. a shelf member including a setting plate and a frame forming a circumference of the setting plate; a position setting member fixed on a surface in the refrigerator and positioning the shelf member at a set height; a guide member maintaining the connection state of the shelf member and the position setting member; and a rise induction means allowing the shelf member to be raised by stages as connected with the position setting member, wherein the rise induction means includes: a rise lever that a user grabs with hands; a rise induction bar extending from an end of the rise lever and rotatably coupled to a point of the frame of the shelf member, the rise induction bar configured to be moved up and down to raise the shelf member; a push leg of which one end is suspended on the position setting member and the other end is connected to an end of the rise induction bar directly or indirectly a stopping leg rotatably connected to the frame and suspended to the position setting member to allow the shelf member to be maintained in a raised state; characterized by a compressing member of which both ends are respectively connected to the rise induction bar and the push leg and that compresses the end of the push leg to be contacted with the position setting member; and an elastic member connected to the stopping leg to compress a portion of the stopping leg to be contacted with the position setting member. a rise induction bar extending from an end of the rise lever and rotatably coupled to a point of the frame of the shelf member, the rise induction bar configured to be moved up and down to raise the shelf member; a push leg of which one end is suspended on the position setting member and the other end is connected to an end of the rise induction bar directly or indirectly a stopping leg rotatably connected to the frame and suspended to the position setting member to allow the shelf member to be maintained in a raised state; characterized by a compressing member of which both ends are respectively connected to the rise induction bar and the push leg and that compresses the end of the push leg to be contacted with the position setting member; and an elastic member connected to the stopping leg to compress a portion of the stopping leg to be contacted with the position setting member.