A traceable and early-warning smart spine-protecting backpack

Abstract

The invention discloses an intelligent traceable spine-protection backpack capable of pre-warning. The backpack includes a backpack body and a back pad which is arranged on the back surface of the backpack and is detachably connected with the backpack body; a zipper is arranged between the outer edge of the back pad and the outer edge of the back surface of the backpack body, and the back pad includes an air bag layer and a sponge layer; the air bag layer includes an air bag and a first cloth layer used for wrapping the air bag, and first containing space used for containing the air bag is formed in the first cloth layer; the air bag layer is internally provided with massage balls, and the massage balls are fixedly connected with the side face, adjacent to the backpack body, of the air bag layer through springs; the sponge layer includes sponge and a second cloth layer wrapping the sponge and analyzing force bearing points of the human spine column, and second containing space used for containing the sponge is formed in the second cloth layer. The backpack can effectively play a role in absorbing sweat, due to backpack vibration generated in walking process of a traveler, the air bag is compressed rhythmically and skillfully discharged out, so that the traveler is more comfortable, and the backpack is more practical and easy to popularize and use.

Description

technical field [0001] The invention relates to the technical field of daily necessities, in particular to a traceable and early warning intelligent spine-protecting backpack. Background technique [0002] At present, the back of the common backpack on the market is basically a thin layer of fabric or a layer of sponge. When the backpacker is walking, the backpack will shake and hit the back. If the backpack is too heavy, it will cause damage to the back and spine; especially for people who are developing Teenagers in this stage are most at risk. Moreover, the back of the backpack has no heat dissipation and sweat-absorbing functions. When in use, the back of the backpack is in close contact with the back of the human body, especially in the hot summer. The patient's skin is uncomfortable, itchy and inflamed, and the sweat retained after cooling is easy to cause the user to catch a cold, and the existing backpack does not have a positioning function. After the child is lost...

AI Technical Summary

Problems solved by technology

[0002] At present, the back of the common backpack on the market is basically a thin layer of fabric or a layer of sponge. When the backpacker is walking, the backpack will shake and hit the back. If the backpack is too heavy, it will cause damage to the back and spine; especially for people who are developing stage of teens most at risk

Moreover, the back of the backpack has no heat dissipation and sweat-absorbing functions. When in use, the back of the backpack is in close contact with the back of the human body, especially in the hot summer. The patient's skin is uncomfortable, itchy and inflamed, and the sweat retained after cooling is easy to cause the user to catch a cold, and the existing backpack does not have a positioning function. After the child is lost, it is difficult for the parents to find the child at the first time, which greatly increases the number of children. Dangerous performance after being lost; at the same time, the surface of the existing backpack does not have a laser ranging sensor and an alarm device, and it does not have a reminder function for abnormal approaching of the vehicle, and its use is limited

[0003] In view of the shortcomings and inconveniences caused by the imperfect structural design of the above-mentioned backpacks, we have made in-depth ideas, actively researched and improved trials from the perspective of people-oriented and health-oriented, and strived to develop and design more comfortable, convenient and safer backpacks— —Spine Backpack with cushioning and heat dissipation

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