Packing tool

Abstract

The packing tool includes a pair of support frames ( 1 ) that has a recessed section ( 5 ) in which a packing object (A) is able to be arranged and a support portion ( 6 ) which has a cushioning function to support the packing object (A) arranged in the recessed portion ( 5 ) on a central front surface side, an outer box ( 2 ) that is able to accommodate the pair of support frames ( 1 ) in a posture in which front surfaces of the support frames ( 1 ) face each other, and an inner bag ( 3 ) that is freely mounted in at least one of the support frames ( 1 ) in a state where the packing object (A) is inner-packed and is able to cause the packing object (A) inner-packed in a mounting posture with respect to the support frame ( 1 ) to be subjected to position-holding within the recessed section ( 5 ) of the support frames ( 1 ).

1 - 10 . (canceled) 
     
     
         11 . A packing tool comprising:
 a support frame that has a recessed section in which a packing object is able to be arranged;   an outer packing body that is able to accommodate the support frame; and   an inner bag that includes an upper covering portion and a lower covering portion in an integrated manner and has an inner packing space between the upper covering portion and the lower covering portion,   wherein the inner bag is configured to be freely mounted in the support frame in a mounting posture in which the packing object inner-packed in the inner packing space is subjected to position-holding within the recessed section in a state where the upper covering portion and the lower covering portion are spread over the recessed section of the support frame and the periphery of the recessed section,   wherein the mounting posture of the inner bag is a posture in which tensile force is applied between two side portions facing each other in outer peripheral side portions of the inner bag, as tensile force with respect to the peripheral side of the recessed section, and   wherein an inserting and removing port for the packing object leading to the inner packing space of the inner bag is formed in a side portion which is orthogonal to the two side portions in the outer peripheral side portions of the inner bag.   
     
     
         12 . A packing tool comprising:
 a support frame that has a recessed section in which a packing object is able to be arranged;   an outer packing body that is able to accommodate the support frame; and   an inner bag that includes an upper covering portion and a lower covering portion in an integrated manner and has an inner packing space between the upper covering portion and the lower covering portion,   wherein the inner bag is configured to be freely mounted in the support frame in a mounting posture in which the packing object inner-packed in the inner packing space is subjected to position-holding within the recessed section in a state where the upper covering portion and the lower covering portion are spread over the recessed section of the support frame and the periphery of the recessed section,   wherein the mounting posture of the inner bag is a posture in which tensile force with respect to the peripheral side of the recessed section is applied, and   wherein at least a portion of an outer edge line of the inner packing space in the inner bag is configured to be positioned on an inward side of the recessed section closer than an edge portion of the recessed section in the support frame in a state where the inner bag having the inner-packed packing object is mounted in the support frame in the mounting posture.   
     
     
         13 . A packing tool comprising:
 a support frame that has a recessed section in which a packing object is able to be arranged;   an outer packing body that is able to accommodate the support frame; and   an inner bag that includes an upper covering portion and a lower covering portion in an integrated manner and has an inner packing space between the upper covering portion and the lower covering portion,   wherein the inner bag is configured to be freely mounted in the support frame in a mounting posture in which the packing object inner-packed in the inner packing space is subjected to position-holding within the recessed section in a state where the upper covering portion and the lower covering portion are spread over the recessed section of the support frame and the periphery of the recessed section,   wherein the recessed section is formed on a central front surface side of the support frame,   wherein flaps which are freely folded toward a front surface side or a rear surface side are formed in two side portions facing each other in outer peripheral side portions of the support frame,   wherein the packing tool further comprises:
 an attachment portion for respectively attaching two side portions facing each other in outer peripheral side portions of the inner bag and the two flaps, and 
   wherein the inner bag is configured to be mounted in the support frame in the mounting posture being pulled by a pair of the flaps by folding the flap toward the rear surface side from a state where the attachment portion attaches the side portion of the inner bag to the flap which is in a posture protruding toward the front surface side or the laterally outward side with respect to each set of the side portion of the inner bag and the flap of the support frame.   
     
     
         14 . The packing tool according to  claim 13 ,
 wherein the flap is configured to form a leg portion of the support frame in a posture being folded toward the rear surface side.   
     
     
         15 . The packing tool according to  claim 13 ,
 wherein the attachment portion is configured to include a bag-like hooking portion which is able to be hooked over the flap by covering the flap and is formed integrally with the side portion of the inner bag.   
     
     
         16 . The packing tool according to  claims 11 ,
 wherein the inner bag is configured to freely change the posture between an insertion posture allowing the packing object to be inserted into the inner packing space and the mounting posture, and is configured to change the posture from the insertion posture to the mounting posture as the tensile force with respect to the peripheral side of the recessed section is applied to the upper covering portion and the lower covering portion.   
     
     
         17 . The packing tool according to  claims 11 , further comprising:
 a pair of the support frames in each of which the recessed section is arranged on the front surface side,   wherein the pair of support frames are configured to be freely accommodated in an outer box in a posture in which the front surfaces thereof face each other, and   wherein the mounting posture of the inner bag is set to a posture in which the packing object is subjected to position-holding within the recessed section of each of the pair of support frames in a state where the upper covering portion and the lower covering portion are spread over the recessed section of each of the pair of support frames and the periphery of the recessed section.   
     
     
         18 . The packing tool according to  claims 11 ,
 wherein the support frame is provided with a support portion that has a cushioning function to support the packing object which is arranged within the recessed section.