Intelligent garment achieving body data measurement through tension sensors

Abstract

The invention relates to an intelligent garment achieving body data measurement through tension sensors. A tight garment is made by taking a macromolecular elastic material as a basic material, some macromolecular elastic material threads are fixed to the portions such as the chest portion and the waist portion of which the sizes are to be measured of the garment, one tension sensor is arranged at the joint of each macromolecular elastic material thread for measurement, and a low-consumption Bluetooth communication chip and a matched circuit thereof are additionally arranged at a garment trademark or corner. When each macromolecular elastic material thread deforms, the corresponding tension sensor connected with the macromolecular elastic material thread can detect the corresponding tension and transmit data to the Bluetooth processor chip for calculation processing. According to the intelligent garment, the electronic equipment bodies responding data measurement are achieved through elastic material deformation characteristic collection; elastic material deformation characteristics can be converted into the corresponding tension data through the tension sensors, the tension data is subjected to calculation processing through the processor and then transmitted to terminal equipment through a Bluetooth transmission technique, and the intelligent garment is achieved through an integrated innovative technique.

Description

【Technical field】 [0001] The invention relates to the technical field of garment production, in particular to an intelligent garment that measures body data through a tension sensor. 【Background technique】 [0002] In real life, people's body shapes vary greatly. Even people who look similar in appearance have different sizes of different body parts. Taking clothing production and custom-made industries as an example, the current measurement of human body size is mainly carried out by clothing designers, tailors or buyers themselves. This measurement generally uses traditional measuring rulers, and manual measurement is required. Record the size of each part, which brings many problems: [0003] 1) The traditional measurement method needs to measure the size of each position successively, and each measurement of a body part needs to be recorded manually, which is time-consuming. [0004] 2) The traditional measurement method is prone to deviation due to the subjectivity of...

AI Technical Summary

Problems solved by technology

[0003] 1) The traditional measurement method needs to measure the size of each position successively, and each measurement of a body part needs to be manually recorded, which is time-consuming

[0004] 2) The traditional measurement method is prone to deviation due to the subjectivity of the measurer or his own ability, and the recorded data is difficult to understand or inconvenient to use due to the different recording standards of each person.

[0005] 3) In the traditional measurement method, after the measurement is completed, the measurement data is difficult to be recorded and saved

Most of the measured people cannot keep their own size data, and it is difficult to effectively use the size data of the human body and provide assistance to people

[0006] 4) Since each measurement and record takes time or cost, and requires the help of others to complete, it is difficult for the measured person to achieve high-frequency measurements in daily life to monitor changes in his body size

However, there is no smart device similar to the present invention to realize fast and intelligent measurement of dimensions

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