Abstract: A cushioning package material for liquid crystal display includes two cushioning members. The two cushioning members are fixedly connected to form an L-shaped structure and each cushioning member includes a U-shaped tubular portion and a cuboid tubular portion.

Abstract: The present application relates to the field of packaging structures, and more particularly to a package cushioning material. The package cushioning material includes a first buffer body and a second buffer body. The first buffer body is provided with a plug-in groove at one end thereof, the second buffer body is provided with a plug-in portion at one end thereof, and the plug-in portion is vertically connected to the plug-in groove and is bonded with the plug-in groove by a white latex. The first buffer body includes a first primary buffer body and a first secondary buffer body, and the first primary buffer body is arranged between two first secondary buffer bodies. The second buffer body includes a second primary buffer body and a second secondary buffer body, and the second primary buffer body is arranged between two second secondary buffer bodies.

Abstract: The present application relates to the filed packages, and in particular, to a package cushioning material and the method for fabricating the same. The technical solution of the package cushioning material mainly lies in comprising a main body protection portion and a side protection portion, both of the main body protection portion and the side protection portion assuming a U-shaped tube shape, the main body protection portion being connected with the side protection portion via a paper board in a fixed way.

Abstract: A buffer device providing reliable buffer effect includes a channel-shaped buffer member and at least one first reinforcing tubular member. The channel-shaped buffer member is a substantially U-sectioned hollow member and includes two facing inner sidewalls, two opposing outer sidewalls, an inner bottom wall, two outer top walls and an outer bottom wall to enclose a third buffer space therein. The first reinforcing tubular member is received in the third buffer space and encloses a first buffer space therein. The first reinforcing tubular member includes at least one normal-direction supporting wall extended between and pressed against the inner and outer bottom walls and provided with at least one second curved buffer section. The normal-direction supporting wall and the second curved buffer section thereof not only give the channel-shaped buffer member an increased normal-direction supporting strength, but also buffer impact force and compressing force applied normal to the outer bottom wall.

Abstract: One embodiment of a paper cushioning structure includes an elongated, hollow support member of U cross-section having two open ends; and an elongated brace member of inverted U cross-section having two open ends, the brace member comprising a packing space defined by a first slope at one end, two sides extending from both ends of the first slope respectively, and two first wing slopes each extending transversely from an end of the side distal the first slope; a second slope at the other end, two sides extending from both ends of the second slope respectively, and two second wing slopes each extending transversely from an end of the side distal the second slope; spaced flat first and second bottoms; and two sides. The brace member is securely disposed in the support member.

Abstract: One embodiment of a paper cushioning structure includes a corrugated, hollow support member of H cross-section having two open ends, the support member comprising a hollow, intermediate plate interconnecting both hollow sides; and two fixing members shaped to securely assemble at both ends of the support member respectively so as to form a packing space defined by the fixing members, the intermediate plate, and upper portions of the sides of the support member.

Abstract: One embodiment of a paper cushioning structure includes an elongated, corrugated support member having a lengthwise groove with two open ends; two brace members filled in the support member; and two fixing members shaped to securely assemble at both ends of the support member respectively.

Abstract: A paper cushion includes a hollow, elongated, corrugated support member having a longitudinal section of U and two open ends; two hollow fixing members having a cross-section of U and comprising two leg members and a corrugated portion on an outer surface; and two brace members comprising a first leg, a second leg being in parallel with the first leg, and a connection member interconnecting the first and second legs. The leg members of the fixing members are inserted into both ends of the support member with the corrugated portions of the fixing members being exposed. The second leg of each brace member is inserted into a gap between an inner surface of the fixing member and the outer surface thereof with the first leg of each brace member being urged against the inner surface of the fixing member.

Abstract: A buffer device providing reliable buffer effect includes a channel-shaped buffer member and at least one first reinforcing tubular member. The channel-shaped buffer member is a substantially U-sectioned hollow member and includes two facing inner sidewalls, two opposing outer sidewalls, an inner bottom wall, two outer top walls and an outer bottom wall to enclose a third buffer space therein. The first reinforcing tubular member is received in the third buffer space and encloses a first buffer space therein. The first reinforcing tubular member includes at least one normal-direction supporting wall extended between and pressed against the inner and outer bottom walls and provided with at least one second curved buffer section. The normal-direction supporting wall and the second curved buffer section thereof not only give the channel-shaped buffer member an increased normal-direction supporting strength, but also buffer impact force and compressing force applied normal to the outer bottom wall.

Abstract: A paper cushion includes a hollow, elongated, corrugated support member having a longitudinal section of U and two open ends; two hollow fixing members having a cross-section of U and comprising two leg members and a corrugated portion on an outer surface; and two brace members comprising a first leg, a second leg being in parallel with the first leg, and a connection member interconnecting the first and second legs. The leg members of the fixing members are inserted into both ends of the support member with the corrugated portions of the fixing members being exposed. The second leg of each brace member is inserted into a gap between an inner surface of the fixing member and the outer surface thereof with the first leg of each brace member being urged against the inner surface of the fixing member.

Abstract: A packaging buffer material includes a pair of outer sidewalls having concave grooves in a length direction, and bottom wall having a concave groove in the length direction, and stoppers, preventing a packing object from being displaced, attached between the sidewalls. If external pressure is applied to the packaging buffer material, the outer sidewalls and concave groove bottoms are deformed. However, because of narrow widths of the concave grooves, the outer sidewalls are not entirely deformed but only the concave grooves are deformed. Due to this, a space can be kept between the sidewalls even if high external pressure is applied to the packaging buffer material.

Abstract: A packaging buffer material includes a pair of outer sidewalls having concave grooves in a length direction, and bottom wall having a concave groove in the length direction, and stoppers preventing a packing object from being displaced, attached between the sidewalls. If external pressure is applied to the packaging buffer material, the outer sidewalls and concave groove bottoms are deformed. However, because of narrow widths of the concave grooves, the outer sidewalls are not entirely deformed but only the concave grooves are deformed. Due to this, a space can be kept between the sidewalls even if high external pressure is applied to the packaging buffer material.