2results about How to "With structural strength" patented technology

The invention relates to the technical field of laminate flooring, in particular to a laminate flooring with a water blocking connecting system and a production method thereof, the laminate flooring comprises a flooring block, a male tenon edge band and a female tenon edge band, and the male tenon edge band and the female tenon edge band are respectively bonded on two opposite side vertical surfaces of the flooring block; the male tenon edge band comprises a male tenon edge band body, one side face of the male tenon edge band body is a male tenon bonding face, the other side face of the male tenon edge band body is a male tenon connecting face, and a connecting strip is arranged on the male tenon connecting face. The female tenon edge sealing strip comprises a female tenon edge sealing strip body, one side face of the female tenon edge sealing strip body is a female tenon bonding face, the other side face of the female tenon edge sealing strip body is a female tenon connecting face, and a connecting groove is formed in the female tenon connecting face. The connecting strips and the connecting grooves are arranged in the axial direction of the side vertical faces, mechanical locking between the two floor blocks can be achieved through clamping matching of the connecting strips and the connecting grooves, and at the moment, the male tenon connecting faces are attached to the female tenon connecting faces. The waterproof edge banding of the cutting section of the laminate flooring and the arrangement of a connecting system can be simultaneously realized.

This invention provides a folding cabinet with a vacuum compression bag, comprising a cabinet body and a vacuum compression bag, the vacuum compression bag including a bag opening. The cabinet body includes an interlayer mechanism, a folding mechanism, and a support mechanism. The interlayer mechanism includes a first interlayer support member and a second interlayer support member. The first interlayer support member includes a first mounting frame and a cover plate, with the bag opening connected to the first mounting frame. The folding mechanism is supported between the first and second interlayer support members and includes an unfolded state, a retracted state, and several folded states. The support mechanism is adapted to continuously provide driving force so that the folding mechanism tends to turn into the unfolded state. In its natural state, the folding structure remains in the unfolded state. When the vacuum compression bag is vacuumed, the folding mechanism can change from the unfolded state to a folded state or a retracted state until it is in force equilibrium. This invention achieves coordinated deformation of the cabinet structure and the bag body through the folding structure, allowing the cabinet body to change synchronously with the volume change of the vacuum compression bag.