Abstract: The invention provides a paper cup holder with carrying handles, comprising a first base board, a first wall board, a surface board, a second wall board and a second base board located on one extension line, connected sequentially, and forming a tubular structure. The first and second base boards overlap with each other and jointly serve as a bottom surface of the tubular structure. The first base board is partially connected with the surface board to increase a load capacity of the paper cup holder. The surface board is provided with two carrying handle forming line sets and at least two cup inlet forming lines. The surface board forms two carrying handles based on the two carrying handle forming line sets and forms two hollow areas, and each of the two hollow areas and at least one of the cup inlet forming lines jointly form a cup inlet.

Abstract: The invention provides a paper cup holder with carrying handles, comprising a first base board, a first wall board, a surface board, a second wall board and a second base board located on one extension line, connected sequentially, and forming a tubular structure. The first and second base boards overlap with each other and jointly serve as a bottom surface of the tubular structure. The first base board is partially connected with the surface board to increase a load capacity of the paper cup holder. The surface board is provided with two carrying handle forming line sets and at least two cup inlet forming lines. The surface board forms two carrying handles based on the two carrying handle forming line sets and forms two hollow areas, and each of the two hollow areas and at least one of the cup inlet forming lines jointly form a cup inlet.

Abstract: The invention provides a paper cup-holder comprising first and second wall plates respectively bent relative to the bottom plate; a support plate bent relative to the first wall plate and being parallel to the bottom plate; a panel bent relative to the second wall plate and fixed on the support plate. The panel is formed with two sets of handle forming lines and at least two cup receiving inlet forming lines. Each set of handle forming lines comprises an outer cutting line and an inner cutting line, and a starting point and an ending point of the cup receiving inlet forming lines are located on the inner cutting line. Two hollowed areas are formed when the two handles are formed from the panel, and respectively form a cup receiving inlet together with at least one of the cup receiving inlet forming lines.

Abstract: A packaging cushioning material includes a connecting section, and a first assembly section and a second assembly section integrally extended from the connecting section. The first assembly section includes at least one first groove, at least one first assembly portion and a first clamping portion connected to the first assembly portion. The second assembly section includes at least one second groove, at least one second assembly portion disposed along an extension line of the first assembly portion, and a second clamping portion connected to the second assembly portion. By locking and fastening a fastening member at an assembly region, or by bending the first assembly section and the second assembly section towards the connecting section, the first clamping portion and the second clamping portion form a locking and fastening means to allow the packaging cushioning material to form a multilayer structure providing reduced transportation and storage complications.

Abstract: An angled cushioning structure for packaging includes a cushioning body, a first side plate and a second side plate. The cushioning body includes a bending line , which includes a plurality of connecting sections and a plurality of protruding cut sections arranged at an interval. The first and second side plates are connected to two opposite sides of the cushioning body, respectively. The first and second side plates are bent towards the cushioning body to become overlapped, and the bending line on the cushioning body is bent. Thus, a position at which the cushioning body corresponds to each protruding cut section forms an assembly space for locking and fastening the first or second fastening portion therein. The cushioning body is caused to have a bending angle after the first and second fastening portions are locked and fastened in the assembly space.

Abstract: A packaging cushioning material includes a connecting section, and a first assembly section and a second assembly section integrally extended from the connecting section. The first assembly section includes at least one first groove, at least one first assembly portion and a first clamping portion connected to the first assembly portion. The second assembly section includes at least one second groove, at least one second assembly portion disposed along an extension line of the first assembly portion, and a second clamping portion connected to the second assembly portion. By locking and fastening a fastening member at an assembly region, or by bending the first assembly section and the second assembly section towards the connecting section, the first clamping portion and the second clamping portion form a locking and fastening means to allow the packaging cushioning material to form a multilayer structure providing reduced transportation and storage complications.

Abstract: A packaging cushioning structure is provided according to two embodiments of the present invention. In both embodiments, the packaging cushioning structure includes a first cushioning body and a second cushioning body. At at least one side of the first cushioning body, the first cushioning body includes a first assembly portion and a first clamping portion connected to the first assembly portion. At at least one side of the second cushioning body, the second cushioning body includes a second assembly portion and a second clamping portion connected to the second assembly portion. In the first embodiment, locking and fastening is implemented through the first clamping portion and the second clamping portion that are a protruding structure and a recessed structure, respectively. In the second embodiment, the first clamping portion and the second clamping portion are recesses, and are locked and fastened through a fastening member.