TWI503783B - Dynamic continuous analysis apparatus and dynamic continuous analysis method of clothes comfort boundary - Google Patents

Description

Dynamic continuous analysis device for clothing comfort and dynamic continuous analysis method

The present invention relates to an analysis device and an analysis method, and more particularly to a dynamic continuous analysis device for garment comfort and a dynamic continuous analysis method.

With the advancement of the textile industry, a wide variety of textiles have been continuously developed and gradually applied to the clothing that people wear. In addition to paying attention to aesthetics, people pay more attention to the comfort of clothing. Therefore, how to correctly and quickly evaluate the comfort of clothing has become one of the indispensable technologies in the textile industry.

At this stage, most of the clothing comfort assessment uses manual guidance to guide the subjects to conduct questionnaire surveys, and each subject is surveyed by the same questionnaire model. In the process of questionnaire survey, the subjective assessment of the subject is easily interrupted by the questioner of the questionnaire, and the microclimate conditions (such as temperature and humidity) of the subject are easily destroyed or caused by the entry of the questionnaire questioner. The degree of interference, which in turn affects the accuracy and credibility of the comfort assessment. In addition, since each subject is surveyed in the same questionnaire mode, it is difficult for the questionnaire questioner to immediately and accurately determine whether to change the questionnaire model for different subjects (such as the microclimate of the subject). Conditions, the content of the questionnaire, the frequency of questions, etc.).

In view of the above, since the questionnaire questioners need to sort out and collect the data obtained after the questionnaire survey, it is not an instant data collection, so it is difficult to obtain instant information in the conventional comfort assessment method.

The invention provides a dynamic continuous analysis device for clothing comfort and a dynamic continuous analysis method.

The present invention provides a dynamic continuous analysis device for garment comfort that is suitable for investigating the comfort of a subject wearing a garment to be tested. The dynamic continuous analysis device for clothing comfort includes an interactive module, an objective condition measuring module and a data analysis module. The interactive module is adapted to guide the subject to perform a comfort survey of the garment to be tested according to a questionnaire mode, wherein the subject inputs a subjective assessment through the interactive module, and the interactive module outputs a subjective assessment according to the subject input. A document. The objective condition measurement module is adapted to measure the comfort related objective condition of the subject, and the objective condition measurement module outputs a second data according to the measured comfort-related objective conditions. The data analysis module is connected to the interaction module and the objective condition measurement module, wherein the data analysis module receives the first data and the second data, and the data analysis module determines whether to change according to the first data and/or the second data. Questionnaire model.

In an embodiment of the present invention, the interactive module includes a prompting unit and an input unit, wherein the prompting unit prompts the subject to input subjective assessment through the interactive module according to the questionnaire mode.

In an embodiment of the invention, the prompting unit comprises a voice prompt module or a visual prompt module.

In an embodiment of the invention, the input unit comprises a voice input module or a manual input module.

In an embodiment of the present invention, the objective conditions related to the comfort measured by the objective condition measuring module include the subject's nuclear temperature, the skin temperature of the subject, the heartbeat of the subject, and/or the subject. The microclimate conditions in which the tester is located.

In an embodiment of the invention, the aforementioned microclimate conditions of the subject include humidity and/or temperature.

In an embodiment of the invention, the data analysis module includes a computer equipped with a software program.

The invention further provides a dynamic continuous analysis method for clothing comfort, which is suitable for investigating the comfort of a subject when wearing a garment to be tested. A dynamic continuous analysis method for garment comfort includes the following steps. Firstly, according to a questionnaire mode, the subject is guided to conduct a comfort survey of the garment to be tested, so that the subject inputs a subjective assessment through an interactive module, wherein the interactive module outputs a first subject based on the subjective assessment input by the subject. data. Then, an objective condition measurement module is used to measure the comfort related objective condition of the subject, wherein the objective condition measurement module outputs a second data according to the measured comfort-related objective conditions. Then, the first data and the second data are received by using one of the data analysis modules connected to the interactive module and the objective condition measurement module, and the questionnaire mode is changed according to the first data and/or the second data.

In an embodiment of the present invention, the interactive module guides the subject to perform a comfort survey of the garment to be tested through a voice prompt or a visual prompt.

In an embodiment of the invention, the subject is input subjective assessment by means of voice input or manual input.

In an embodiment of the present invention, the objective conditions related to the comfort measured by the objective condition measuring module include the subject's nuclear temperature, the skin temperature of the subject, the heartbeat of the subject, and/or the subject. The microclimate conditions in which the tester is located.

In an embodiment of the invention, the aforementioned microclimate conditions of the subject include humidity and/or temperature.

Based on the above, since the dynamic continuous analysis device and the dynamic continuous analysis method of the clothing comfort of the present invention can instantly change the subsequent questionnaire mode according to the subjective assessment made by the subject, the dynamic continuous analysis of the clothing comfort of the present invention The device and the dynamic continuous analysis method can more effectively and quickly evaluate the comfort of the garment to be tested.

The above described features and advantages of the present invention will be more apparent from the following description.

1 is a block diagram of a dynamic continuous analysis device for garment comfort according to an embodiment of the present invention, and FIG. 2 is a flow chart showing a dynamic continuous analysis method for garment comfort according to an embodiment of the present invention. First, referring to FIG. 1, the dynamic continuous analysis device 100 for clothing comfort of the present embodiment is suitable for investigating the comfort of a subject when wearing a garment to be tested. The dynamic continuous analysis device 100 for clothing comfort of the present embodiment includes an interaction module 110, an objective condition measurement module 120, and a data analysis module 130. The interaction module 110 is adapted to guide the subject to perform a comfort survey of the garment to be tested according to a questionnaire mode, wherein the subject inputs a subjective assessment O through the interaction module 110, and the interaction module 110 is subjective according to the subject input. The evaluation O outputs a first data D1. The objective condition measurement module 120 is adapted to measure a comfort-related objective condition S of the subject, and the objective condition measurement module 120 outputs a second data D2 according to the measured comfort-related objective condition S. The data analysis module 130 is connected to the interaction module 110 and the objective condition measurement module 120. The data analysis module 130 receives the first data D1 and the second data D2, and the data analysis module 130 is based on the first data D1 and/or Or the second data D2 determines immediately whether to change the questionnaire mode. In this embodiment, the data analysis module 130 is, for example, a computer equipped with a software program. Through the rapid calculation of the computer and the appropriate design of the questionnaire mode, the present embodiment can quickly and instantly change the questionnaire mode to be compared with the subject. Achieve the best interactions to improve the accuracy and credibility of the comfort assessment.

In the embodiment, the interaction module 110 includes a prompting unit 112 and an input unit 130. The prompting unit 112 prompts the subject to input the subjective rating O through the input unit 114 according to the questionnaire mode. In a possible embodiment, the prompting unit 112 is, for example, a voice prompting module to remind and guide the subject to input the subjective rating O by means of a voice prompt. Of course, the prompting unit 112 can also be a visual prompting module, such as displaying the content of the questionnaire through the display, or reminding and guiding the subject to input the subjective rating O through the flashing light. By means of voice prompts or visual cues, the subjective assessment of the subject can be interrupted as much as possible. At the same time, the microclimate conditions (such as temperature and humidity) of the subject are less likely to be entered by the questionnaire. It is destroyed or caused to a certain degree of interference, so it can effectively improve the accuracy and credibility of the comfort assessment. In addition, the input unit 114 used in this embodiment is, for example, a voice input module or a manual input module. In detail, the subject can input the subjective assessment O by means of dictation, or manually input the subjective assessment O by pressing a button or a touch screen.

As shown in FIG. 1, the comfort-related objective condition S measured by the objective condition measurement module 120 includes the subject's nuclear temperature, the subject's skin temperature, the subject's heartbeat, and/or the subject's Microclimate conditions (such as temperature, humidity). The aforementioned subject's nuclear temperature, the subject's skin temperature, the subject's heartbeat, and/or the microclimate conditions in which the subject is located are only used for illustration. In this field, the general knowledge can be viewed by different questionnaires. The mode makes appropriate changes to the content of the comfort-related objective condition S, and the present invention does not limit the content of the comfort-related objective condition S.

The dynamic continuous analysis method of the clothing comfort of the present embodiment will be described in detail below with reference to FIG.

Next, referring to FIG. 2, the dynamic continuous analysis method of the clothing comfort of the present embodiment is suitable for investigating the comfort of a subject when wearing a garment to be tested. The dynamic continuous analysis method of the garment comfort of the present embodiment includes the following steps. First, according to a questionnaire mode, the subject is guided to conduct a comfort survey of the garment to be tested, and the subject is input with a subjective assessment O through an interactive module 110, and the interactive module 110 is subjectively evaluated according to the subject. A first data D1 is output. The input method and prompting manner of the subjective assessment O have been described in the related description of FIG. 1, and thus will not be repeated here.

Next, the objective condition measurement module 120 is used to measure the comfort-related objective condition S of the subject, wherein the objective condition measurement module 120 outputs a second data D2 according to the measured comfort-related objective condition S. For example, the comfort-related objective condition S measured by the objective condition measurement module 120 is, for example, the subject's nuclear temperature, the subject's skin temperature, the subject's heartbeat, and/or the subject's location. Microclimate conditions (such as temperature, humidity). The aforementioned subject's nuclear temperature, the subject's skin temperature, the subject's heartbeat, and/or the microclimate conditions in which the subject is located are only used for illustration. In this field, the general knowledge can be viewed by different questionnaires. The mode makes appropriate changes to the content of the comfort-related objective condition S, and the present invention does not limit the content of the comfort-related objective condition S.

Then, the data analysis module 130 connected to the interaction module 110 and the objective condition measurement module 120 receives the first data D1 from the interaction module 110 and the second data D2 from the objective condition measurement module 120. And according to the first data D1 and/or the second data D2, it is immediately decided whether to change the questionnaire mode. In detail, after receiving the first data D1, the data analysis module 130 records the first data D1 representing the subjective assessment O, and the data analysis module 130 will represent the comfort after receiving the second data D2. The second data D2 of the relevant objective condition S is recorded. The data analysis module 130 continuously records the first data D1 and the second data D2 until the end of the test (S10), after which the clothing comfort evaluation (S20) can be performed.

Before the completion of the test (S10), the data analysis module 130 performs an immediate analysis on the received second data D2, and the item analyzed in real time includes whether the subject's nuclear temperature change is greater than 2 ° C / min, and is tested. Whether the skin temperature change is greater than 2 ° C / min, whether the microclimate temperature change of the subject is greater than 2 ° C / min, whether the microclimate humidity change of the subject is greater than 4% HR / min. In other words, this analysis is mainly used to judge whether the change in objective conditions is too severe (S30). If the change of the objective condition is not too severe, the original questionnaire mode is maintained; on the contrary, if the objective condition changes too sharply, it is determined whether the physiological state of the subject is abnormal (S40). Here, the embodiment can borrow The subject's heartbeat or other representative physiological parameters are used to determine whether the subject's physiological state is abnormal. According to the above, if the physiological state of the subject is not abnormal, the subsequent questionnaire mode is changed; otherwise, if the physiological state of the subject is abnormal, the test is immediately stopped and a warning notice is issued (S50) To ensure the safety of the subject.

In summary, the dynamic continuous analysis device and the dynamic continuous analysis method of the clothing comfort of the present invention can instantly change the subsequent questionnaire mode according to the subjective assessment made by the subject, and thus the dynamic continuity of the clothing comfort of the present invention The analysis device and the dynamic continuous analysis method can more efficiently and quickly evaluate the comfort of the garment to be tested. In addition, the dynamic continuous analysis device and the dynamic continuous analysis method of the garment comfort of the present invention can sufficiently ensure the personal safety of the subject during the test.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

100. . . Dynamic continuous analysis device for clothing comfort

110. . . Interactive module

112. . . Prompt unit

114. . . Input unit

120. . . Objective condition measurement module

130. . . Data analysis module

D1. . . First data

D2. . . Second data

O. . . Subjective assessment

S. . . Comfort related objective conditions

S10. . . End of test

S20. . . Clothing comfort assessment

S30. . . Determine whether the change in objective conditions is too intense

S40. . . Determine whether the physiological state of the subject is abnormal

S50. . . Issue a warning notice

1 is a block diagram of a dynamic continuous analysis device for garment comfort according to an embodiment of the present invention.

2 is a schematic flow chart of a dynamic continuous analysis method for garment comfort according to an embodiment of the present invention.

100. . . Dynamic continuous analysis device for clothing comfort

110. . . Interactive module

112. . . Prompt unit

114. . . Input unit

120. . . Objective condition measurement module

130. . . Data analysis module

D1. . . First data

D2. . . Second data

O. . . Subjective assessment

S. . . Comfort related objective conditions

S10. . . End of test

S20. . . Clothing comfort assessment

S30. . . Determine whether the change in objective conditions is too intense

S40. . . Determine whether the physiological state of the subject is abnormal

S50. . . Issue a warning notice

Claims (12)

A dynamic continuous analysis device for clothing comfort is suitable for investigating the comfort of a subject when wearing a garment to be tested. The dynamic continuous analysis device for the comfort of the garment comprises: an interactive module adapted to be based on a questionnaire pattern Directing the subject to perform a comfort survey of the garment to be tested, wherein the subject inputs a subjective assessment through the interactive module, and the interactive module outputs a first data according to the subjective assessment input by the subject An objective condition measuring module adapted to measure an objective condition relating to comfort of the subject, the objective condition measuring module outputting a second data according to the measured objective condition related to the comfort; and a data analysis module is connected to the interaction module and the objective condition measurement module, wherein the data analysis module receives the first data and the second data, and the data analysis module is based on the first data and / or the second data changes the questionnaire mode immediately and continuously, wherein the data analysis module analyzes the second data to determine whether the change in the objective condition related to the comfort level has passed In the case of violentness, the condition for judging whether the change in the objective condition related to the comfort is too severe is whether the change in the nuclear temperature of the subject is greater than 2 ° C / min, and whether the change in the skin temperature of the subject is greater than 2 ° C / min. Whether the change in the microclimate temperature of the subject is greater than 2 ° C / min, and whether the change in the microclimate humidity of the subject is greater than at least one of 4% HR / min. The dynamic continuous analysis device for clothing comfort according to claim 1, wherein the interaction module comprises: a prompting unit; and an input unit, wherein the prompting unit prompts the according to the questionnaire mode The subject inputs the subjective assessment through the input unit. The dynamic continuous analysis device for clothing comfort according to claim 2, wherein the prompting unit comprises a voice prompt module or a visual prompt module. The dynamic continuous analysis device for clothing comfort according to claim 2, wherein the input unit comprises a voice input module or a manual input module. A dynamic continuous analysis device for clothing comfort as described in claim 1, wherein the data analysis module comprises a computer equipped with a software program. A dynamic continuous analysis method for clothing comfort is suitable for investigating the comfort of a subject wearing a garment to be tested, and the dynamic continuous analysis method of the garment comfort comprises: guiding the subject according to a questionnaire mode to perform the The comfort survey of the garment to be tested causes the subject to input a subjective assessment through an interactive module, wherein the interactive module outputs a first data according to the subjective assessment input by the subject; using an objective conditional quantity The measuring module measures an objective condition relating to comfort of the subject, wherein the objective condition measuring module outputs a second data according to the measured objective condition related to the comfort; utilizing the interaction module and the The data analysis module connected to the objective condition measurement module receives the first data and the second data, and changes the questionnaire mode according to the first data and/or the second data; and changes the questionnaire Before using the model or completing the survey, use the data analysis module to analyze the second data to determine whether the change in objective conditions is too dramatic. And when it is judged that the change in the objective condition related to the comfort is too severe, it is judged whether the physiological state of the subject is abnormal. The dynamic continuous analysis method for clothing comfort according to claim 6, wherein the interactive module guides the subject to perform a comfort survey of the garment to be tested through a voice prompt or a visual prompt. A dynamic continuous analysis method for clothing comfort as described in claim 6 wherein the subject inputs the subjective assessment by means of voice input or manual input. The dynamic continuous analysis method for clothing comfort as described in claim 6, wherein the objective condition measurement module measures the comfort related objective condition including the subject's nuclear temperature, the subject The skin temperature, the heartbeat of the subject, and/or the microclimate conditions in which the subject is located. A dynamic continuous analysis method for clothing comfort as described in claim 9 wherein the subject's microclimate conditions include humidity and/or temperature. The dynamic continuous analysis method for clothing comfort according to claim 10, wherein the condition for judging whether the change in the objective condition related to the comfort is too severe is whether the subject's nuclear temperature change is greater than 2 ° C / Whether the skin temperature change of the subject is greater than 2 ° C / min, whether the microclimate temperature change of the subject is greater than 2 ° C / min, and whether the microclimate change of the subject is greater than 4 At least one of % HR/minute. Dynamics of clothing comfort as described in claim 6 The continuous analysis method further includes: stopping the test and issuing a warning notice when determining that the physiological state of the subject is abnormal.