201200074 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種判斷座壓舒適度的方法與系統。 【先前技術】 由於座椅是每個人每天都要使用的日常家具，因此^ 個良好設計的座椅可提供使者更舒適的休息；然若是設計 不良，亦有可能導致使用者喪失健康。 目前市面上充斥著各式各樣的座椅，然而，卻沒有一 個可評估座椅舒適度並提供座椅建議的系統或方法。有鑒 於此’本案發明人提出此一發明，以獲得對於人體舒適性 的評估，並對此進行座椅修改的建議。 【發明内容】 本發明之主要目的係在提供一種可提供座椅建議的判 斷座壓舒適度的方法與系統。 本發明之另一主要目的係在提供一種可提供舒適度資 料的判斷座壓舒適度的方法與系統。 為達成上述之目的，本發明提供一種判斷座壓舒適度 的方法。本方法是用在當使用者坐在一待測座椅上時，進 行判斷該待測座椅對於使用者之一舒適度。本發明之方法 包括以下步驟： 接收一第一壓力值與一第二壓力值； 依據第一壓力值與第二壓力值，提供待測座椅之一座 椅建議； 201200074 提供一介面，以接收至少一參數資訊； 依據第一壓力值與第二壓力值，判斷該待測座椅之舒 適度；以及 依據該至少一參數資訊判斷一座椅資訊，並判斷該座 椅資訊是否符合該座椅建議。 若在上述判斷步驟結果為「否」，則顯示一警訊，通知 使用者需重新匯入資料或重新測量。 較佳者，舒適度C實質係依據下列公式計算之：當3.5 S P S7 時，C = -P2 + 10.1P-21.51，其中 P 為第一壓力 值除以第二壓力值。 本發明之方法還可將參數資訊傳送至一比對資料庫， 並存取該比對資料庫，以更新該些公式。換言之，受測者 愈多，本發明可收集到的參數資訊愈多，因此可依據所收 集的參數資訊之數量，調整公式。 在本實施例中，該座椅建議包括一座椅高度、一座椅 深度、一椅背傾斜度、或一腰靠高度。另外，該至少一參 數資訊則包括該使用者之身高及體重、該待測座椅之一實 際高度、一實際深度、一實際椅背傾斜度、或一實際腰靠 高度。 此外，本發明還提供一種判斷座壓舒適度的系統，其 包括一座壓墊及一電腦主機。座壓墊包括複數感應器，複 數感應器係與電腦主機電性相連。複數感應器分佈在該座 壓塾，且該座壓塾包括一第一區域及一第二區域。當一使 用者坐在座壓墊上，第一區域及第二區域分別產生一第一 壓力值與一第二壓力值。 201200074 器與儲 ’其中 度的方 【實施方式】201200074 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a method and system for judging seat comfort. [Prior Art] Since the seat is a daily furniture that everyone uses every day, a well-designed seat can provide a more comfortable rest for the rider; if it is poorly designed, it may cause the user to lose health. There are currently a wide variety of seats on the market, however, there is no system or method to evaluate seat comfort and provide seat recommendations. It is to be noted that the inventor of the present invention has proposed this invention to obtain an evaluation of the comfort of the human body and to make suggestions for seat modification. SUMMARY OF THE INVENTION A primary object of the present invention is to provide a method and system for providing seat seat comfort determination comfort. Another primary object of the present invention is to provide a method and system for determining comfort of a seat that provides comfort information. In order to achieve the above object, the present invention provides a method of determining seat comfort. The method is used to judge the comfort of the seat to be tested for the user when the user sits on a seat to be tested. The method of the present invention comprises the steps of: receiving a first pressure value and a second pressure value; providing a seat suggestion for the seat to be tested according to the first pressure value and the second pressure value; 201200074 providing an interface to receive At least one parameter information; determining a comfort level of the seat to be tested according to the first pressure value and the second pressure value; and determining a seat information according to the at least one parameter information, and determining whether the seat information conforms to the seat Suggest. If the result of the above judgment step is "No", a warning message is displayed to inform the user that the data needs to be re-introduced or re-measured. Preferably, the comfort C is calculated according to the following formula: when 3.5 S P S7, C = -P2 + 10.1P-21.51, where P is the first pressure value divided by the second pressure value. The method of the present invention can also transmit parameter information to a comparison database and access the comparison database to update the formulas. In other words, the more the subjects are, the more parameter information can be collected by the present invention, so the formula can be adjusted according to the amount of parameter information collected. In this embodiment, the seat proposal includes a seat height, a seat depth, a seat back inclination, or a waist height. In addition, the at least one parameter information includes the height and weight of the user, the actual height of the seat to be tested, an actual depth, an actual back tilt, or an actual lumbar height. In addition, the present invention also provides a system for determining seat comfort, which includes a pressure pad and a computer mainframe. The seat pad includes a plurality of sensors, and the plurality of sensors are electrically connected to the host computer. A plurality of sensors are distributed in the seat block, and the seat block includes a first area and a second area. When a user sits on the seat pad, the first region and the second region respectively generate a first pressure value and a second pressure value. 201200074 The device and the storage unit of the degree [Embodiment]
具體二委。員嶋 0月同時參考圖1，本發明提 ==:複佈數在感=係與一 1刀佈在座壓墊2,且座壓墊2包括一 域22及-第二區域24。 第〜區 2，=者’賴數錢H 21實質係平均分布錢 且忑第一區域22及該第二區域24實質相箄 芝墊 鄰。=一區域22為大腿區，第二區域24為臀部區。此相The specific second commission. Referring to FIG. 1 at the same time, in the present invention, the present invention provides a ==: a plurality of cloths in the sense of a system and a blade in the seat pad 2, and the seat pad 2 includes a field 22 and a second region 24. The first area 2, the = person's number of money H 21 is the average distribution of money, and the first area 22 and the second area 24 are substantially opposite to each other. = one area 22 is the thigh area and the second area 24 is the hip area. This phase
請同時參考圖2,本發明之系統主要是提供使用者訝於 ，、坐的座椅提供建議及舒適度的評估。當使用者100坐在 具有座壓墊2的座椅1上，座壓墊2的第一區域22及第二 區域24分別產生一第一壓力值與一第二壓力值(也就是使 用者的大腿區與臀部區的壓力）傳送到電腦主機3。 本發明之電腦主機3包括一處理器31及一儲存裝置 32。儲存裝置32儲存有一電腦程式321與一比對資料庫 322。處理器31執行電腦程式321以達成各種功能（以下將 以圖3做詳細說明）。 201200074 請接著參考圖3之流程圖，其顯示本發明之判斷座壓 舒適度的方法，詳如下說明： 步驟S301 :接收一第一壓力值與一第二壓力值。 如上所述，當使用者100坐在具有座壓墊2的座椅1 上，座壓墊2的第一區域22及第二區域24分別產生一第 一壓力值與一第二壓力值（也就是使用者的大腿區與臀部 區的壓力）傳送到電腦主機3。 步驟S302 :依據第一壓力值與第二壓力值，提供待測座椅 之一座椅建議。 處理器31執行電腦程式321，計算第一壓力值與第二 壓力值之比。例如，圖4所示者，座壓塾2的第一區域22 及第二區域24，其第一壓力值與第二壓力值之比為1:5.1。 然而，依照通常的適當標準應為1:4,因此可初步判斷認定 其座椅過矮，而提供座椅建議給予使用者100。 步驟S303 :提供一介面，以接收至少一參數資訊。 處理器31執行電腦程式321，提供介面4 (如圖5所 示），以供輸入參數資訊，例如使用者之身高、該待測座椅 之一實際高度(座面高度）、一實際深度(座面深度）、一實際 椅背傾斜度（椅背傾斜度）、或一實際腰靠高度（腰靠高度) 等等。 步驟S304 :依據第一壓力值與第二壓力值，判斷該待測座 201200074 椅之舒適度。 例如，圖6A所示為適當標準座壓分布，其舒適度平均 為3.6分。若使用者所坐的座壓墊2，其座壓分布如圖6B 所示，有三格出現過度壓力，其舒適度則為3.57 = 3.6-(0.01X3)。 較佳者，舒適度C實質係依據下列公式計算之：當3.5 S P S7時，C = -P2+10.1P-21.5卜其中P為第一壓力 值除以第二壓力值。當P>7或1<P<3.5,則C為固定值0.1。 步驟S305 :依據該至少一參數資訊判斷一座椅資訊，並判 斷該座椅資訊是否符合該座椅建議。 依據使用者輸入之參數資訊，電腦主機即可運算出一 座椅資訊。依照使用者之身高即可推算出小腿長度，並依 據其小腿長度估計所需坐椅高度，並依據使用者輸入之參 數資訊中的座面高度，即可獲知所測的座椅1是否過高或 過低。例如依照圖5的參數資訊，身高165公分的使用者， 其平均膝窩至地面的高度為37公分，則圖5的座椅高度(40 公分）就過高。在步驟S305就是判斷此結果與前述以第一 壓力值與第二壓力值計算出的座椅建議是否相符。 步驟S306 :若在上述判斷步驟結果為「否」，則顯示一警 訊’通知使用者需重新匯入資料或重新測量。 若在步驟S305的判斷為「否」，則可能是受測時，使 用者100的坐姿偏離，測試不準。因此，在步驟S306顯示 警訊，通知使用者需重新匯入資料或重新測量。 ， 201200074 步驟S307 :傳送參數資訊至一比對資料庫。 如圖1所示’儲存裝置32還包括一比對資料庫322。 雖然圖示的比對資料庫322與電腦程式321是位於相同的 儲存裝置32，然此非用以限制本發明，比對資料庫322與 電腦程式321亦可分別位於不同之儲存裝置32。步驟S303 所輸入的參數資訊可傳送至比對資料庫322。 步驟S308 :存取該比對資料庫，以更新公式。 受測者愈多，傳送至比對資料庫322的參數資訊愈多， 故本發明可收集到的參數資訊愈多，因此可依據所收集的 參數資訊之數莖，調整上述C的計算公式，例如依照統計 學的不同分配曲線加以調整。 上述的步驟301-308並未限制其順序，例如步驟s3〇3 亦可先於步驟S3(H執行，因此，上述實施例並非用以限制 本發明。 此外，雖然上述實施例是以座椅高度為例，然其並非 限制本發明，測量的部位亦可以是其他例如腰靠、椅背等。 =外，座椅建s義還可包括（請參考圖丨)座椅高度讯也就是 7面11至地面的高度）、座椅深度〇、椅背12的傾斜度㊀、 或腰靠高度h。 紅上所陳，本發明無論就目的、手段及功效，在在均 j示其週異於習知技術之特徵，懇請貴審查委員明察， 曰賜准專利’俾嘉惠社會，實感德便。惟應注意的是， 上述諸多實_僅係為了便於朗碎例而已，本發明所 201200074 主張之權利範圍自應以申請專利範圍所述為準，而非僅限 於上述實施例。 【圖式簡單說明】 圖1係本發明，顯示判斷座壓舒適度的系統之方塊示意圖。 圖2係依據本發明，顯示使用者測試座椅的立體示意圖。 圖3係本發明，顯示判斷座壓舒適度的方法之方塊示意圖。 圖4顯示座壓墊的測試結果，第一區域與第二區域的壓力分 布示意圖。 圖5顯示輸入參數資訊的介面示意圖。 圖6A標準舒適的座壓墊壓力分布示意圖。 圖6B為座壓墊的測試結果的壓力分布示意圖。 【主要元件符號說明】 判斷座壓舒適度的系統99 電腦主機3 第一區域22 處理器31 介面4 椅背12 比對資料庫322 座壓墊2 感應器21 φ 第二區域24 儲存裝置32 椅面11 電腦程式321Referring to FIG. 2 at the same time, the system of the present invention mainly provides an evaluation of the user's surprise, sitting seat providing advice and comfort. When the user 100 sits on the seat 1 having the seat pad 2, the first region 22 and the second region 24 of the seat pad 2 respectively generate a first pressure value and a second pressure value (ie, the user's The pressure in the thigh area and the hip area is transmitted to the host computer 3. The computer host 3 of the present invention includes a processor 31 and a storage device 32. The storage device 32 stores a computer program 321 and a comparison database 322. The processor 31 executes the computer program 321 to achieve various functions (described in detail below with reference to Fig. 3). 201200074 Please refer to the flowchart of FIG. 3, which shows the method for judging the seat pressure comfort of the present invention, as follows: Step S301: Receive a first pressure value and a second pressure value. As described above, when the user 100 sits on the seat 1 having the seat pad 2, the first region 22 and the second region 24 of the seat pad 2 respectively generate a first pressure value and a second pressure value (also It is the pressure of the user's thigh area and hip area) transmitted to the host computer 3. Step S302: providing a seat suggestion of the seat to be tested according to the first pressure value and the second pressure value. The processor 31 executes a computer program 321 to calculate a ratio of the first pressure value to the second pressure value. For example, in the first region 22 and the second region 24 of the seat block 2, the ratio of the first pressure value to the second pressure value is 1:5.1. However, it should be 1:4 according to the usual appropriate standard, so it can be preliminarily judged that the seat is too short, and the seat is recommended to be given to the user 100. Step S303: Provide an interface to receive at least one parameter information. The processor 31 executes a computer program 321 to provide an interface 4 (shown in FIG. 5) for inputting parameter information such as the height of the user, the actual height of one of the seats to be tested (seat height), and an actual depth ( Seat depth), an actual back tilt (backrest tilt), or an actual lumbar height (waist height), and so on. Step S304: Determine the comfort of the seat to be tested 201200074 according to the first pressure value and the second pressure value. For example, Figure 6A shows an appropriate standard seat pressure distribution with an average comfort of 3.6 points. If the seat cushion 2 of the user is seated, the seat pressure distribution is as shown in Fig. 6B, and there are three grids with excessive pressure, and the comfort is 3.57 = 3.6-(0.01X3). Preferably, the comfort C is calculated according to the following formula: when 3.5 S P S7, C = -P2 + 10.1P - 21.5, where P is the first pressure value divided by the second pressure value. When P > 7 or 1 < P < 3.5, then C is a fixed value of 0.1. Step S305: Determine a seat information according to the at least one parameter information, and determine whether the seat information meets the seat recommendation. Based on the parameter information input by the user, the host computer can calculate a seat information. According to the height of the user, the length of the lower leg can be calculated, and the height of the required seat can be estimated according to the length of the lower leg. According to the height of the seat in the parameter information input by the user, it can be known whether the seat 1 is too high. Or too low. For example, according to the parameter information of Fig. 5, the height of the average knee pocket to the ground is 37 cm for a user with a height of 165 cm, and the seat height (40 cm) of Fig. 5 is too high. In step S305, it is judged whether or not the result coincides with the aforementioned seat suggestion calculated by the first pressure value and the second pressure value. Step S306: If the result of the determining step is "No", a warning is displayed to notify the user that the data needs to be re-imported or re-measured. If the determination in the step S305 is "NO", the seated posture of the user 100 may be deviated and the test may be inaccurate. Therefore, a warning is displayed in step S306 to inform the user that the data needs to be re-introduced or re-measured. , 201200074 Step S307: Transfer the parameter information to a comparison database. The storage device 32 also includes a comparison database 322 as shown in FIG. Although the illustrated comparison database 322 and the computer program 321 are located in the same storage device 32, the comparison database 322 and the computer program 321 may be located in different storage devices 32, respectively. The parameter information input in step S303 can be transmitted to the comparison database 322. Step S308: Access the comparison database to update the formula. The more the testees, the more parameter information is transmitted to the comparison database 322, so the more parameter information that can be collected by the present invention, the adjustment formula of the above C can be adjusted according to the number of collected parameter information. For example, it is adjusted according to different distribution curves of statistics. The above steps 301-308 do not limit the order. For example, step s3〇3 may also be performed prior to step S3 (H). Therefore, the above embodiment is not intended to limit the present invention. Further, although the above embodiment is based on the seat height For example, it does not limit the present invention, and the measured part may also be other such as lumbar support, seat back, etc. = Outside, the seat construction may also include (please refer to the figure 座椅) seat height signal is 7 sides 11 to the height of the ground), the seat depth 〇, the inclination of the seat back 12, or the waist height h. In the case of the red, the present invention, regardless of its purpose, means and efficacy, shows its characteristics different from the conventional technology in the meantime, and asks the reviewing committee to inspect the patent, and the patent is granted to the company. It should be noted that the above-mentioned many aspects are only for the purpose of facilitating the simplification of the invention, and the scope of the claims of the present invention is based on the scope of the patent application, and is not limited to the above embodiments. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram showing a system for judging seat comfort. 2 is a perspective view showing a user test seat in accordance with the present invention. Figure 3 is a block diagram showing a method of determining seat comfort in accordance with the present invention. Figure 4 shows the test results of the seat pad, the pressure distribution of the first zone and the second zone. Figure 5 shows an interface diagram of input parameter information. Figure 6A is a schematic diagram of the pressure distribution of a standard comfortable seat pad. Fig. 6B is a schematic view showing the pressure distribution of the test results of the seat pad. [Main component symbol description] System for judging seat comfort 99 Mainframe 3 First area 22 Processor 31 Interface 4 Back 12 Comparison database 322 Seat pad 2 Sensor 21 φ Second area 24 Storage device 32 Chair Face 11 computer program 321