201142737 098Q052 34020twf.doc/n 六、發明說明： 【發明所屬之技術領域】 績分析方法 本發明是有關於一種分析裝置以及分析方法，且特別 是有關於一種服裝舒適度的動態連續分析裳置以及動能連 【先前技.術】 州織產業的曰益進步’各式各樣的紡織品不斷地 被開發出來，且逐漸應用在人們所穿著的服裝上。 穿著服裝的選擇上，除了講究美觀之外，更^友= 3織=不=確且快速地評估服裝的舒適度嚴=成 為、、方織產業不可或缺的技術之一。 現階段，服裝的舒適度評估多半採用人 調查’且每位受測者都以相同二 卷杈式進仃调查。在問卷調查的過程中， 定容易被問卷提問者打斷，且受測者所處域1 = 溫度、濕度）容易被問卷提問者的進人而被 ，度的干擾’進而影響舒適度評估的料性二 二都 ====_ 所處 承上述，由於問卷提問者在進行完 對所獲得的資⑽行整_ 調-之後，需 呒彳其並非即時的資料收 201142737 098Q052 34020twf.doc/n 集 ’因此習知的舒適度評估方式難以獲得即時的資 訊 【發明内容】 及動ϊί服裝舒適度的城連續分析裝置以 本發明提供—種服裝舒適度的動態連續分析裳置，盆 t調查-受測者在穿著—待測服裝時舒 適_動態連續分㈣置包括—絲模組、—客觀^^ 及-讀分析模組。互動模組適於根據_問卷模 式引¥受測者進行待測服裝的舒適度調查，其中 、 一 ，互動模_康受測者所輸入 之主，叙輸出m客觀條件制模組適於 舒適射_客觀條件，客觀條件量職 所_到的舒適度相關客觀條件輸出—第二資料。= 析模組與絲模組以及客觀條件量職組連接，盆中^ 接收tt"4與第二資料，且資料分析模組根據 弟貧料及/或第一資料即時決定是否改變問卷模式。 。在本發明之-實施例中，前述之互動模組包括—提示 =以及-輸入單元，其中提示單元根據問卷模式提示受 測者透過互動模組輸入主觀評定。 在本發明之一實施例中，前述之提示單元包括一語音 提示模組或一視覺提示模組。 曰 在本發明之一實施例中，前述之輸入單元包括—語音 輸入模組或一手動輸入模組。 口曰 在本發明之一實施例中，前述之客觀條件量測模組所 201142737 098Q052 34020twf.doc/n 置測的舒適度相關客觀條件包括受測者的核溫、受測者的 膚溫、叉測者的心跳及/或受測者所處的微氣候條件。 在本發明之一實施例中，前述之受測者所處的微氣候 條件包括濕度及/或溫度。 、 在本發明之-實施例中，前述之資料分析模組包括一 搭載有軟體程式之電腦。 、本發明另提供-種服裝冑適度的動態連續分析方 適於調查-叉測考在穿著一待測服裝時的舒適度。服 震舒適度的祕_分析枝包括下財驟。首先， 卷模式51導4測者進行待測服裝的舒適度調查，使受 :、則互動模組輸入—主觀評定’其中互動模組根據 入之主觀評定輪出一第一資料。接著，利用-件里測杈組量測受測者之一舒適度相關客觀條件， 件:t紹ΓΐΓ組根據所量測到的舒適度相關客觀條 量以及客觀條件 料，並根㈣-資料m f料與第二資 模式。η叶汉’為—貝枓即時決定是否改變問卷 或手咖細語音輸入 在本發明之—實施例中， 晉制沾总、吞总m 甲别述之客觀條件量測模組所 里測的舒箱相關客觀條件包括受測相核溫、受測者的 201142737 098Q052 34020twf.doc/n 膚溫、受測者的心跳及/或受測者所處的微氣候條件。 在本發明之一實施例中，前述之受測者所處的微氣候 條件包括濕度及/或溫度。 基於上述，由於本發明之服裝舒適度的動態連續分析 衣置以及動態連縯分析方法能夠根據受測者所做出的主觀 評定而即時改變後續的問卷模式，因此本發明之服裝舒適 度的動態連續分析裝置以及動態連續分析方法能夠更為有 •效且快速地評估待洌服裝的舒適度。 —為讓本發明之上述特徵和優點能更明顯易懂’下文特 舉實施例，並配合所附圖式作詳細說明如下。 【實施方式】 圖1為本發明—實闕之服裝舒適度_態連續分析 二意Γ而圖2為本發明—實施例之服裝舒適 二法的流程示意圖。首先，請參照圖卜 一 u狀服裝舒適度的動態連續分析裝置⑽適於調查 在穿著一待測服裝時的舒適度。本實施例之服裝 動態連續分析裝置100包括-互動模組™、-件量測馳12G以及—f料分析模 =於，懈受測者進行待^ 〇，又η 透過互動模組110輪入一主觀評定 第-欠4』果組110根據受測者所輸入之主觀評定〇輸出-ί適客觀條件量測模組i2G適於量測受測 摘的舒適度相關客觀條件s輸出一第二資料D2。 201142737 098Q052 34020twf.doc/n j模組13〇與互動模組110以及客觀條件量測模組i2〇 連接’其中資料分析模組130接收第一資料m與第二資 料D2，且資料分析模組13G根據第—資料〇ι及/或第二資 即時決定是否改變問卷模式。在本實施例中，資料 刀斤莫組yo例如是—搭載有軟體程式之電腦 ，透過電腦 及問卷模式的適#設計，本實施例可以快速 地改變問卷模心轉受測者制最良好的互動， 進而提升提昇舒適度評估的準確性鱼可俨产。 在本實關1，前述之互動模組括一提示單元 提亍凡130’其中提示單元112根據問卷模式 t 者透過輸人單元114輸人主觀評定0。在一 中’提示單元112例如為—語音提示模組，以透 ，t，了式提醒並料受測者輸人主齡快0。當 ^顯t早7^亦可以是—視覺提示模組， 如透過顯示 Q°透過語音提示或者視覺提示的二^ 仏可此降低X測者的主觀評定被 之微氣候條件（如溫产、溫洚、廿&」于又刿者所處 的進入而被破f =較不容易被問卷提問者 的輸入單元m=、一if二此外，本實施例所採用 ί者可以透過口述的方式輸入主觀評定 0疋透轉顯鍵、觸控等方式钱輸人主觀評定 如圖1所7F ’客觀條件制模組㈣所量測的舒適^ 201142737 098Q052 34020twf.doc/n 相關客觀條件s包括受測者的核溫、受剛者的a ^ 者的心跳及/或受測者所處的微氣候條件（如溫声二、文測 前述之受測者的核溫、受測者的膚溫、受濟濕度）。 或受測者所處的微氣候條件僅是用以舉例說，' 跳及/ 有通常知識者可視不同的問卷模式而針對舒疮，領域具 條件S的内容做出適當的更動，本發明並不限j 關客觀條件S的内容。 疋舒適度相 以下將搭配圖2，針對本實施例之服裝 連續分析方法做出詳細之描述。 k度的動態 接著請參照圖2，本實施例之服裝舒 二析方法適於調查—受測者在穿著—待ίίί 广資料m。關於主觀評定。 接中敘明，故於此不再重述。 Η Ϊ 利客觀條件量測模組12〇量測受财h 及/或受物斤處的微氣候條;、=j者的心跳 党測者的枝:四、為、、目，丨水、俅仟c如咖度、濕度）。前述之 僅是 疋用以舉例s兄明，此領域具有通常知 201142737 098Q052 34020twf.doc/n 識者可視不同的問卷模式而針對舒適度相關客觀條件§的 内容做出適當的更動，本發明並不限定舒適度相關客觀條 件S的内容。 、之後，利用與互動模組110以及客觀條件量測模組120 連接之資料分析模組130接收來自於互動模組11〇之第一 資料D1以及來自於客觀條件量測模組12〇之第二資料 D2，並根據第一資料〇1及/或第二資料D2即時決^是否 改變問.卷模式。詳言之，資料分析模組13〇在接收第一資 =D1之後，會將代表主觀評定〇的第—資料叫記錄氣 來，而貢料分析模組130在接收第二資料D2之後，會將 =表舒適度相觀條件s㈣二=倾Μ崎起來:資 ^分析模組⑽會_記錄第—㈣D1與第二資料〇2， 試結束（S1G)，之後便可進行服裝舒適度評估 斜料ίΐ成測試結束（S10)之前，資料分析模組會 _ 收到的第二資料D2進行即時的分析，即時分析 _ Ό目包括文測者的核溫變化是否大於2°C/分、受測者的 化是。否大於W分、受測者所處的微氣候溫度變化 5 分、受測者所處的微氣候濕度變化是否大於 變°化θ =等。換言之，此分析主要是用以麟客觀條件的 。料觀條件的變化不會過於 過於户丨列 問卷模式；反之，若客觀條件的變化 此声* ^三則再判斷受測者的生理狀態是否異常（S40)， 生i炎ίΐ施例可藉由受測者的心跳或是其他具代表性的 "來判斷受測者的生理狀態是否有異常的現象。承 201142737 098Q052 34020twf.d〇c/n n:又测者的生理狀態並無異常的現象，則改變後 I °禺式，反之，若受測者的生理狀態出現異常的現 受測二試，並發出警示通知⑽），以確保 ’本發明之服裝舒適度的動態連續分析裝置 而gp2 ^析方法能夠根據受測者所㈣的主觀評定 ^ 交後續的問卷模式，因此本發明之服裝舒適度的 置以及動態連續分析方法能夠更為有效率 適度的動態連外’本發明之服裝舒 確保受測者在進行測試== 續分析方，分 雖然本發明已以實施例揭露如上，缺 本發明，任何所屬技術領域中具有通料識限定 ==圍内，當可作些許之更動與潤飾， 見设附之申睛專利範圍所界定者為準。 【圖式簡單說明】 裝置實施例之服裝舒適度的動態連、 方法==:實施例，適度的動態〜 【主要元件符號說明】 ⑽：職舒適度的_韻分析裝置 201142737 098Q052 34020twf.doc/n 110 :互動模組 112 :提示單元 114 :輸入單元 120 :客觀條件量測模組 130 :資料分析模組 D1 :第一資料 D2 :第二資料 Ο :.主觀評定 S:舒適度相關客觀條件 S10 :測試結束 S20 :服裝舒適度評估 S30 :判斷客觀條件的變化是否過於劇烈 S40 :判斷受測者的生理狀態是否異常 S50 :發出警示通知201142737 098Q052 34020twf.doc/n VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an analysis device and an analysis method, and more particularly to a dynamic continuous analysis of clothing comfort and Kinetic energy company [previous technology.] The state of the art industry's benefits and progress 'various textiles are constantly being developed, and gradually applied to the clothing people wear. In addition to paying attention to aesthetics, the choice of wearing clothes is more than one. = woven = not = really and quickly assess the comfort of clothing strict = become one of the indispensable technologies of the square weaving industry. At this stage, most of the comfort assessments of clothing are conducted by people's surveys, and each subject is surveyed in the same two-volume format. In the process of questionnaire survey, it is easy to be interrupted by the questioner of the questionnaire, and the subject's field 1 = temperature, humidity) is easily affected by the questioner's entry, and the degree of interference' further affects the comfort assessment. The materiality of the second two ====_ According to the above, since the questioner of the questionnaire has completed the _ adjustment of the obtained capital (10), it is necessary to collect the data that is not immediate. 201142737 098Q052 34020twf.doc/ n set 'Therefore, it is difficult to obtain instant information for the comfort evaluation method of the prior art. [Inventive content] and the city continuous analysis device for the comfort of the clothing. The present invention provides a dynamic continuous analysis of the comfort of the garment, the investigation of the basin t - The subject is comfortable when wearing - the clothing to be tested _ dynamic continuous sub- (four) set including - silk module, - objective ^ ^ and - read analysis module. The interactive module is suitable for inspecting the comfort of the garment to be tested according to the _questionnaire mode, wherein, the interactive mode is input by the subject, and the objective condition module is suitable for comfort. Shooting_objective conditions, objective conditions, measuring the degree of comfort-related objective conditions output - the second data. = The analysis module is connected with the silk module and the objective condition measurement group. The basin receives the tt"4 and the second data, and the data analysis module determines whether to change the questionnaire mode according to the poor material and/or the first data. . In the embodiment of the present invention, the foregoing interactive module includes a prompting 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 aforementioned input unit comprises a voice input module or a manual input module. In one embodiment of the present invention, the objective condition measurement module of the above-mentioned objective condition measurement module 201142737 098Q052 34020twf.doc/n measures the objective conditions related to comfort, including the subject's nuclear temperature, the subject's skin temperature, The heartbeat of the examiner and/or the microclimate conditions in which the subject is located. In one embodiment of the invention, the aforementioned microclimate conditions of the subject include humidity and/or temperature. In the embodiment of the present invention, the data analysis module includes a computer equipped with a software program. The present invention further provides a moderate dynamic continuous analysis of the garments, which is suitable for investigating the comfort of the fork test when wearing a garment to be tested. The secret of the comfort of the shock _ analysis branches include the next fiscal. First, the volume mode 51 guide 4 tester performs the comfort survey of the garment to be tested, so that the interactive module inputs - subjective assessment, wherein the interactive module rotates a first data according to the subjective assessment. Then, using the 杈 里 杈 量 量 量 量 量 量 量 量 量 量 量 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一 之一Mf material and second capital mode. η叶汉' is - Bessie immediately decides whether to change the questionnaire or hand-to-small voice input. In the embodiment of the present invention, the measurement of the objective condition measurement module of Jin Zhan Zong, Xing Zong The objective conditions related to the Shu box include the temperature of the measured phase, the skin temperature of the subject's 201142737 098Q052 34020twf.doc/n, the heartbeat of the subject, and/or the microclimate conditions of the subject. In one 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 clothing 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 dynamics of the clothing comfort of the present invention The continuous analysis device and the dynamic continuous analysis method can more effectively and quickly evaluate the comfort of the garment to be smashed. The above-described features and advantages of the present invention will become more apparent and understood from the following detailed description. [Embodiment] FIG. 1 is a schematic diagram of a garment comfort level _ continuous analysis according to the present invention. FIG. 2 is a schematic flow chart of a garment comfort method according to the present invention. First, please refer to the dynamic continuous analysis device (10) of the U-shaped garment comfort level for investigating the comfort when wearing a garment to be tested. The garment dynamic continuous analysis device 100 of the embodiment includes an interaction module TM, a component measurement camera 12G, and a material analysis module=, the subject is subjected to the test, and the η is rotated through the interactive module 110. A subjective assessment of the first - under 4" fruit group 110 according to the subjective assessment input by the subject 〇 output - 适 客观 objective condition measurement module i2G is suitable for measuring the comfort of the measured traits related to the objective condition s output a second Information D2. 201142737 098Q052 34020twf.doc/nj module 13〇 is connected with the interaction module 110 and the objective condition measurement module i2〇, wherein the data analysis module 130 receives the first data m and the second data D2, and the data analysis module 13G According to the first data and / or the second capital, whether to change the questionnaire mode. In the present embodiment, the data cutter group yo is, for example, a computer equipped with a software program, and through the computer and the questionnaire mode design, this embodiment can quickly change the questionnaire model to the best test system. The interaction, which in turn improves the accuracy of the comfort assessment, can be produced. In the present embodiment 1, the foregoing interactive module includes a prompting unit, 130', wherein the prompting unit 112 inputs a subjective rating of 0 through the input unit 114 according to the questionnaire mode t. In the middle, the prompting unit 112 is, for example, a voice prompting module, and the reminder and the t-type reminder are used to input the test subject to lose the age of 0. When the display is early, it can be - the visual cue module, such as by displaying the Q° through the voice prompt or the visual cue, which can reduce the subjective assessment of the X tester by the microclimate conditions (such as warm production, Wen Yu, 廿 &; 」 被 = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = Input subjective assessment 0 疋 through the display key, touch, etc. The subjective assessment of the money input as shown in Figure 1 7F 'objective conditional module (four) measured comfort ^ 201142737 098Q052 34020twf.doc / n related objective conditions s include The subject's nuclear temperature, the heartbeat of the subject's a^ and/or the microclimate conditions of the subject (eg, Wensheng II, the above-mentioned subject's nuclear temperature, and the subject's skin temperature) , or the subject's microclimate conditions are only used to give an example, 'jump and / have ordinary knowledge can be different from the questionnaire mode for the sore, the field with the condition S content appropriate The change of the present invention is not limited to the content of the objective condition S. A detailed description of the garment continuous analysis method of the present embodiment will be made in conjunction with Fig. 2. The dynamics of the k degree will be described next with reference to Fig. 2, and the method for fabricating the clothing in this embodiment is suitable for investigation - the subject is wearing - waiting资料 广 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 , =j people's heartbeat party tester's branch: four, for,, the purpose, drowning, 俅仟c such as coffee, humidity). The foregoing is only used to exemplify the singer, and in this field, it is generally known that 201142737 098Q052 34020twf.doc/n can use different questionnaire modes to make appropriate changes for the content of comfort-related objective conditions §, and the present invention does not The content of the objective condition S related to the comfort is defined. 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 11 and the first condition measurement module 12 Second, the data D2, and according to the first data 〇 1 and / or the second data D2 instant decision ^ whether to change the question. Volume mode. In detail, after receiving the first asset = D1, the data analysis module 13 will record the first data representing the subjective rating, and the tribute analysis module 130 will receive the second data D2. Will = table comfort level condition s (four) two = Μ Μ 起来 :: ^ ^ analysis module (10) will _ record the first - (four) D1 and the second data 〇 2, end of the test (S1G), then the clothing comfort evaluation oblique Before the end of the test (S10), the data analysis module will receive the second data D2 for immediate analysis, and the real-time analysis will include whether the temperature change of the tester is greater than 2 °C/min. The tester's turn is. No greater than W, the microclimate temperature change of the subject is 5 points, whether the microclimate humidity change of the subject is greater than the change θ = and so on. In other words, this analysis is mainly based on the objective conditions of the lin. The change in the condition of the material will not be too much in the questionnaire mode; on the other hand, if the objective condition changes, the sound is *^3, then the physiological state of the subject is judged to be abnormal (S40), and the application can be borrowed. The subject's heartbeat or other representative "quotes" determine whether the subject's physiological state is abnormal. Cheng 201142737 098Q052 34020twf.d〇c/nn: If there is no abnormality in the physiological state of the tester, then the I ° formula is changed, and if the physiological state of the subject is abnormal, the test is now tested. The warning notice (10) is issued to ensure the dynamic continuous analysis device of the clothing comfort of the present invention, and the gp2 analysis method can submit the subsequent questionnaire mode according to the subjective assessment of the subject (4), thus the clothing comfort of the present invention And the dynamic continuous analysis method can be more efficient and moderately dynamic. The clothing of the present invention ensures that the subject is performing the test == continued analysis, although the present invention has been disclosed by the above embodiments, lacking the present invention, In any technical field, there is a general definition of == within the circumference, when some changes and refinements can be made, as defined in the scope of the patent application. [Simple description of the device] Dynamic connection of clothing comfort in the device embodiment, method ==: embodiment, moderate dynamics ~ [Main component symbol description] (10): _ rhyme analysis device 201142737 098Q052 34020twf.doc/ n 110 : interactive module 112 : prompting unit 114 : input unit 120 : objective condition measuring module 130 : data analysis module D1 : first data D2 : second data Ο : subjective assessment S : comfort related objective conditions S10: End of test S20: Apparel comfort evaluation S30: Determine whether the change in objective conditions is too severe S40: Determine whether the physiological state of the subject is abnormal S50: Issue a warning notice
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