Transportation device for energy-saving and environment-friendly bricks

Abstract

The invention discloses a transportation device for energy-saving and environment-friendly bricks. The transportation device comprises a base, brick protecting frames and chains, wherein the upper brick protecting frame is composed of four fixed rods, the lower brick protecting frame is composed of four groove-shape rods, sliding blocks are respectively arranged in grooves in both ends of the groove-shape rods, chain guide sleeves are respectively installed at four corners of the brick protecting frames, positioning rods are fixedly installed on one side of the chain guide sleeves, the middleof one side of the base is respectively connected with a first connecting rod and a second connecting rod by virtue of hinges, the first connecting rod and the second connecting rod are connected witha third connecting rod and a fourth connecting rod by virtue of the sliding blocks, one end, which is far from the sliding block, of the third connecting rod and one end, which is far from the sliding block, of the fourth connecting rod are intersected in a point and are connected to the middle of the fixed rods by virtue of hinges, one end of each chain is fixedly connected with one corner of the base, and the other ends of the chains pass through the chain guide sleeves and then are intersected in a point and are fixedly connected with hooks. The transportation device has the advantages ofsimple structure, high practicability, simplicity in operation and high transportation efficiency, and the condition that the bricks fall off due to deviation of a brick protecting housing is avoided.

Description

technical field [0001] The invention relates to the technical field of building construction, in particular to an energy-saving and environment-friendly material brick transportation device. Background technique [0002] With the progress and development of the times, ordinary sintered bricks no longer meet the requirements of green environmental protection, so they are replaced by energy-saving and environmentally friendly material bricks. It should be pointed out that the clay bricks in ordinary sintered bricks consume a lot of energy due to their destruction of fields and soil. , small blocks, low construction efficiency, heavy masonry, and poor earthquake resistance have been banned in major large and medium-sized cities and regions in China. During the construction of masonry structures, the energy saving of the ground must be Bricks of environmentally friendly materials are transported to the masonry site, resulting in horizontal or vertical transportation. At present,...

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Problems solved by technology

[0002] With the progress and development of the times, ordinary sintered bricks no longer meet the requirements of green environmental protection, so they are replaced by energy-saving and environmentally friendly material bricks. It should be pointed out that the clay bricks in ordinary sintered bricks consume a lot of energy due to their destruction of fields and soil. , small blocks, low construction efficiency, heavy masonry, and poor earthquake resistance have been banned in major large and medium-sized cities and regions in China. During the construction of masonry structures, the energy saving of the ground must be Bricks of environmentally friendly materials are transported to the masonry site, resulting in horizontal or vertical transportation. At present, in the construction process of construction projects, brick cages are mostly used for transportation. Brick cages are surrounded by iron parts. When transporting an iron box with a bottom plate and surrounded by brick cages, because the height of the brick cage is fixed, the construction workers often throw the bricks into the brick cage, and the bricks collide with each other, and the bricks collide with the brick cage. It will damage the bricks. When unloading the bricks, the bottom of the brick cage will be turned upwards. After being moved like this, the bricks made of energy-saving and environmentally friendly materials will basically lack edges and corners, which does not meet the requirements of the project.

[0003] In the public specification of Chinese patent application, comparative document 1 (authorized announcement number: CN204645675U, discloses a device for transporting ordinary sintered bricks), when loading bricks, take out the brick-holding cover from the brick-holding body, and place the bricks on the brick-holding base Then put the brick protective cover upside down on the main body of the brick, so that the opening of the brick protective cover is downward. In this way, the opening end of the shell touches the base of the brick but is not consolidated. In the case of horizontal acceleration in horizontal transportation, The bricks exert a lateral force on the brick protection cover, which may easily cause the brick protection cover to shift, and there is a hidden danger of bricks falling

[0004] In the public specification of Chinese patent application, comparative document 2 (authorized announcement number: CN204876592U, discloses the segmental transport brick box), the height of each layer of the segmental transport brick box is fixed, and is not suitable for energy-saving and environmental protection material bricks of different sizes. Transportation, in addition, the method of segmented transportation greatly affects the efficiency of construction transportation, and it is not practical to promote

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