a student desk

Abstract

The invention discloses a student desk. The student desk comprises a desk board and desk legs. The desk board comprises an upper panel, a lower panel and a polystyrene foam board fixedly pasted between the upper panel and the lower panel. A polystyrene foam edge-covering sleeve is fixedly arranged on the periphery of the desk board in an injection molding surrounding mode. The student desk has the advantages of being reasonable in structural design, good in writing experience, stable and reliable in supporting effect and stable and reliable in collision prevention effect.

Description

technical field [0001] The invention relates to a student desk. Background technique [0002] The structure of traditional student desk generally all is made of table board and table leg. Among them, the table boards are generally made of materials such as plywood or solid wood boards. The overall weight of the table boards made of this traditional material is relatively large, which makes the portability of the student desk poor, and the table boards made of plywood boards or solid wood boards If it is too rigid, students will not have a good writing experience when writing. [0003] In addition, the table tops of existing student desks are generally rectangular in shape, and their edges and four corners are high in hardness and relatively sharp, which is easy to injure students and poses a safety hazard. Therefore, some anti-collision polyurethane anti-collision materials appear on the market. The edge strips are glued to the edge of the student table by self-adhesive to...

AI Technical Summary

Problems solved by technology

Among them, the table boards are generally made of materials such as plywood or solid wood boards. The overall weight of the table boards made of this traditional material is relatively large, which makes the portability of the student desk poor, and the table boards made of plywood boards or solid wood boards Too rigid, students have poor writing experience when writing

[0003] In addition, the table tops of existing student desks are generally rectangular in shape, and their edges and four corners are high in hardness and relatively sharp, which is easy to injure students and poses a safety hazard. Therefore, some anti-collision polyurethane anti-collision materials appear on the market. The edge strips are glued to the edge of the student table with self-adhesive to reduce the collision damage of the edge of the table to students

However, the polyurethane anti-collision edging strips fixed by self-adhesives are still easy to fall off or edge up after long-term use, and the fixing stability is relatively poor.

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