An intelligent notebook stand bag

Abstract

The invention discloses an intelligent notebook computer support frame bag, which is mainly characterized by comprising a bag body and a hand lifting ring arranged on the upper part of the bag body, wherein the hand lifting ring is fixedly connected with the bag body; a support assembly used for supporting a computer is arranged on the bag body, and comprises a support plate, a support frame and aturning plate; the support plate, the support frame and the turning plate can form a triangular structure; an embedding groove in which the end part of the support frame can be embedded is formed inthe support plate; the embedding groove is formed in the length direction the of the support plate; the support frame can do reciprocating slide movement in the length direction of the embedding groove; one end, far away from the embedding groove, of the support frame is hinged to the turning plate; the upper end surface of the turning plate is provided with support posts used for supporting the computer; an accommodating groove for accommodating the support assembly is formed in the bag body; charging equipment of the support frame bag is arranged outside the bag body; the charging equipmentcan be dismounted from the bag body; the charging equipment and the computer cannot generate collision.

Description

technical field [0001] The invention relates to the field of multifunctional daily necessities, and more specifically relates to an intelligent notebook holder bag. Background technique [0002] At present, a computer bag generally includes an outer body and an inner bag arranged in the outer body. When carrying, the notebook computer is placed in the inner bladder bag, and the inner bladder bag is placed in the outer casing, thereby protecting the notebook computer. The conventional design of the inner bag is sewn on the inner wall of the outer bag. When the outer bag is impacted by the outside, it can be easily transmitted to the inner bag. When the force is too large, the computer in the inner bag will be damaged; the traditional design The charging component is set on the side wall of the outer casing. The charging power increases the thickness of the casing, which greatly affects the use of the computer bag. The storage space is small, and the contact distance between ...

AI Technical Summary

Problems solved by technology

The conventional design of the inner bag is sewn on the inner wall of the outer bag. When the outer bag is impacted by the outside, it can be easily transmitted to the inner bag. When the force is too large, the computer in the inner bag will be damaged; the traditional design The charging component is set on the side wall of the outer casing. The charging power increases the thickness of the casing, which greatly affects the use of the computer bag. The storage space is small, and the contact distance between the charging power and the computer is very small. When the outside world collides, the charging power supply and the computer will collide, resulting in mutual damage. The charging power supply is installed inside the package and cannot be disassembled. When cleaning the package, the charging power supply is easily damaged

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