200941394 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種用以收集一般使用者對特定空間之使 用狀況的資料的資料處理系統。 【先前技術】 當前，為掌握一般使用者之動向而執行各種資料收集， 例如提出有一種銷售管理聯合系統，其係為了對商品銷售 進行管理，而對進行預算時所作成之表單之資料庫的内 容，甚至於接受訂貨、銷售額、需求方面進行統—管理並 統合性地建立聯繫。 此種系統係以預算時之資料庫為基礎，並且自接受訂貨 直至銷售額、需求都聯合地對資料進行統—管理。而且， 根據顧客投資於商品之準確度、不直接銷售商品而是進行 商品銷售之匯總的中間商的接受訂貨競爭優勢度、及表示 與競爭對手相比本銷售公司之優勢的競爭準確纟等複數種 準確度，並依據已制^之規則來算出該商品之接受訂貨銷 售額準確度，且依照企業之事業内容來按月或按期進行接 受訂貨銷售額預測及預算管理(例如參照專利文獻 而且，亦提出有-種銷售業績資料收集系統，其能夠針 對各個店鋪及各個商品供給礙商來f握商品的銷售4， 並對有益之銷售業績資訊進行資料 w貝τ叶收集。此種系統係將銷 售業績資料登錄於資料庫中，該敍隹 r这銷售業績資料中包含有例 如表示代理店擁有之各店鋪所銷 神叮翊售之商品的銷售台數之資 料、用以識別店鋪之店鋪代碼、 用从識別表示商品供給方 136303.doc 200941394 的商品供給廠商之廠商代碼等。 而且根據由客戶終端指明之資料擷取條件而自該資料 庫中擷取銷售業績資料，並作成基礎資料標案該基礎資 料槽案係作為作成報告之基礎。客戶終端根據所接收到之 基礎資料棺案，作成按商品供給廠商來對商品銷售台數進 订資料收集而成之銷售業績報告（例如參照專利文獻2)。 另外，有如下提議，即，預先將RFID(Radi〇 Frequency ⑷ntification，無線射頻辨識系統）晶片安裝於紙煙之前端 附近及慮嘴部分，並以搭載於打火機上之RFm標籤讀取器 來進行通訊，藉此，斜竹盔—&、企典& 作為一般蝻費者之消費舉動即開始 ㈣進行㈣收集（例如參照專利文獻3)。 [專利文獻1]日本專利特開2005-301396號公報 [專利文獻2]日本專利特開2006-139594號公報 [專利文獻3]曰本專利特開2〇〇5 198538號公報 【發明内容】 參 如上所述，係有為了用於產品之研究開發等而對接受訂 貨狀況、生產狀況、發貨狀況、銷售狀況等進行資料收集 並加以管理的各種提議。然而，所述之資料處理系統係僅 收集如下資料’即’一般消費者或銷售店鋪向中間商或製 造廠商之訂貨業績、製造廠商之生產業績、製造廢商向中 間商或銷售店鋪之發貨業績、及銷售店鋪向一般消費者之 銷售業績。 當前，因料之㈣㈣有償或無償之方式提供各種特 定空間。例如，為便於吸煙而提供有吸煙空間，為便於吃 136303.doc 200941394 便餐而提供有便餐空間。 如此，為改善消費香煙等特定消費商品之特定空間，重 點是掌握其一般使用者的使用狀況。然而，如上所述，先 前之資料處理系統所進行之資料收集係以製造廠商或銷售 店鋪為主體’而難以掌握一般使用者對特定空間之使用狀 況等。 進而，亦存在上述之特定空間設置於室外之情形。此 時，難以確保電源及通訊網路，為此更加難以構築資料收 集系統。 本發明係鑒於上述問題而完成者，提供一種能夠收集一 般使用者對特定空間之使用狀況的資料的資料處理系統。 本發明之資料處理系統係一種用以收集一般使用者對特 疋空間之使用狀況的資料的資料處理系統，其包括：複數 個IR感測器，其等係分散配置於特定空間内，且個別檢測 出藉由一般使用者而產生之特定溫度；至少一個位置檢測 感測器，其係檢測一般使用者在特定空間内之使用者位 置；位置發送部，其係無線發送所檢測出之使用者位置. 各舰感測器之位置接收部’其等係無線接收經無線發送 之使用者位置；溫度獲取部，其係對應於使用者位置之無 線接收而使IR感測器檢測特定溫度；資料發送部，其係: 少對藉由ΠΙ感測器檢測出特定溫度之使用者位置進行益線 發送；資料接收部，其係無線接收經無線發送之使用:位 置；以及消費記錄部，其係將經無線接收到之使用者位置 作為特定空間之使用狀況而進行記錄。 136303.doc 200941394 因此，本發明之資料處理系統令，係由分散配置於特定 空間内之複數個IR感測器而個別檢測出由一般使用者而產 生之特定溫度。其中，當位置檢測感測器檢測出一般使用 者在特定空間内之使用者位置時，位置發送部係無線發送 該經檢測出之該使用者位置。於是，各個感測器之位置 • 接收部係無線接收經無線發送之該使用者位置，因此，溫 、度獲取部對應於該使用者位置之無線接收而使^感測器對 特定溫度進行檢測。資料發送部係無線發送經汛感測器檢 © 冑出之該特定溫度，因此，資料接收部係無線接收經無線 發送之該使用者位置。消費記錄部將無線接收到之該使用 者位置作為特定空間之使用狀況而進行記錄，因此，可藉 由例如讀出所記錄之該使用者位置而掌握特定空間之使用200941394 IX. Description of the Invention: [Technical Field] The present invention relates to a data processing system for collecting data of a general user's use of a specific space. [Prior Art] At present, various data collection is performed to grasp the general user's movements, for example, a sales management joint system is proposed, which is a database for forming a form for budget management in order to manage sales of goods. Content, even in terms of ordering, sales, and demand, to manage and integrate contacts. Such systems are based on a database of budgets and are managed and managed jointly from order to sales and demand. Moreover, according to the accuracy of the customer's investment in the product, the direct sales of the goods, the acceptance of the sales of the goods, the acceptance of the competition, and the competition of the advantages of the sales company compared with the competitors are accurate. Accuracy, and based on the rules of the established system, calculate the accuracy of the order-selling sales of the product, and perform the order-based sales forecast and budget management on a monthly or scheduled basis according to the business content of the enterprise (for example, refer to the patent document and It is also proposed to have a sales performance data collection system that can provide sales of goods for each store and each product, and to collect information on useful sales performance information. The sales performance data is registered in the database, and the sales performance data includes, for example, information indicating the number of sales of the products sold by each store owned by the agent, and the shop code for identifying the store. The manufacturer code of the product supplier that identifies the product supplier 136303.doc 200941394 from the identification. According to the data retrieval conditions specified by the client terminal, the sales performance data is obtained from the database, and the basic data is prepared as the basis of the report. The client terminal is based on the received basic data. In the case of the sales report of the product sales by the product supplier, the sales performance report (for example, refer to Patent Document 2). In addition, there is a proposal that RFID (Radi〇Frequency (4) ntification, radio frequency Identification system) The wafer is mounted near the front end of the cigarette and the nozzle part, and communicates with the RFm tag reader mounted on the lighter, whereby the inclined bamboo helmet-&, 典典& In the case of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the singularity of the sth.曰本专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利专利Various proposals for data collection and management, such as production status, delivery status, sales status, etc. However, the data processing system described only collects the following information 'ie' general consumers or sales stores to intermediaries or manufacturers. The results of the order, the production performance of the manufacturer, the shipment performance of the manufacturing waste business to the middleman or the sales shop, and the sales performance of the sales shop to the general consumer. Currently, (4) (4) provide various specific spaces in a paid or unpaid manner. For example, there is a smoking space for smoking, and a light meal space is provided for the convenience of eating 136303.doc 200941394 light meals. Thus, in order to improve the specific space for consumption of specific consumer goods such as cigarettes, the focus is on grasping the usage status of its general users. . However, as described above, the data collection by the prior data processing system is mainly based on the manufacturer or the sales shop, and it is difficult to grasp the general user's use of the specific space. Further, there is a case where the above-described specific space is installed outdoors. At this time, it is difficult to secure the power supply and communication network, making it more difficult to construct a data collection system. The present invention has been made in view of the above problems, and provides a data processing system capable of collecting data of a general user's use of a specific space. The data processing system of the present invention is a data processing system for collecting data of a general user's usage status of a feature space, comprising: a plurality of IR sensors, which are distributed in a specific space and individually Detecting a specific temperature generated by a general user; at least one position detecting sensor detecting a user position of a general user in a specific space; and a position transmitting unit wirelessly transmitting the detected user Position. The position receiving unit of each ship sensor 'is wirelessly receiving the wirelessly transmitted user position; the temperature acquiring unit is configured to cause the IR sensor to detect a specific temperature corresponding to the wireless reception of the user position; a transmitting unit, which is configured to: perform a benefit line transmission on a user position at which a specific temperature is detected by the ΠΙ sensor; a data receiving unit that wirelessly transmits the use: a location; and a consumption recording unit The location of the user received via the wireless is recorded as the usage status of the specific space. 136303.doc 200941394 Therefore, the data processing system of the present invention individually detects a specific temperature generated by a general user by a plurality of IR sensors dispersed in a specific space. Wherein, when the position detecting sensor detects the user position of the general user in a specific space, the position transmitting unit wirelessly transmits the detected user position. Therefore, the position of each sensor • the receiving unit wirelessly receives the user position wirelessly transmitted, and therefore, the temperature acquiring unit detects the specific temperature corresponding to the wireless reception of the user position. . The data transmission unit wirelessly transmits the specific temperature detected by the 汛 sensor detection ©, and therefore, the data receiving unit wirelessly receives the user position wirelessly transmitted. The consumption recording unit records the user's position received wirelessly as the usage status of the specific space, so that the use of the specific space can be grasped by, for example, reading the recorded user position.
狀況C 又，IR感測器係可檢測一般使用者於特定空間内消費特 定消費商品時所產生之特定溫度。 ❹ X ’本發明之資料處理系統係可構《為：特定消費商品 係由香煙構成’特定空間係由吸煙空間構成，瓜感測器係 至：>、將香煙之燃燒溫度作為特定溫度而進行檢測。 。又，本發明之資料處理系統係可構成為：位置檢測感測 器係由超音波感測器構成，該超音波感測器係向特定空間 發射超音波，並接受由一般使用者加以反射之超音波者。 又，本發明之資料處理线係可構成為：資料發送部亦 無線發送各個IR感測器之感測請資料，且消費記錄部係 對特定溫度與感測器ID資料一併進行記錄。 136303.doc 200941394 又，本發明之資料處理系統係可包括：資料讀出部，其 係讀出所記錄之使用者位置；圖像生成部其係根據所讀 出之使用者位置’而生成與特定空間對應之使用狀況的示 意圖像’以及資料輸出部，其係對所生成之示意圖像進行 顯示輸出。 又’本發明之資料處理系統係可構成為：特定空間係設 置於至外’且該資料處理系統進而包括二次電池及太陽電 池該一次電池係向IR感測器、位置檢測感測器、位置發 送部位置接收部、溫度獲取部、及資料發送部中之至少 一部分供給電力，且前述太陽電池係利用室外之太陽光而 產生電力，並將該電力儲存於二次電池中。 又，本發明之資料處理系統係可構成為：特定空間係設 置於至外’且該-貝料處理系統進而包括二次電池及風力發 電機’該二次電池係向IR感測器、位置檢測感測器、位置 發送邛、位置接收部、溫度獲取部、及資料發送部中之至 少一部分供給電力，且該風力發電機係利用室外之風力而 產生電力，並將該電力儲存於二次電池中。 又本發明之資料處理系統可進而包括火災判定部，該 火災判定部係根據IR感測器所檢測之特定溫度，而判定特 定空間内是否有火災產生。 再者’纟發明之各種構成要素只要以能實現其功能之方 式形成即可，可以例如發揮既定之功能之專用硬體、藉由 電腦程式而賦予既定之功能之資料處理系統、藉由電腦程 式而於資料處理系統執行之既定之功能、及其等之任意組 136303.doc 200941394 合等。 又，本發明之各種構成要素並非必須為各自獨立地存 在，亦可為複數個構成要素形成為一個構件、一個構成要 素係由複數個構件形成、某一構成要素為其它構成要素之 一部分、及某一構成要素之一部分與其它構成要素之一部 分重複等。 本發明之資料處理系統中，係由分散配置於特定空間内 之複數個IR感測器而個別檢測出由一般使用者所產生之特 ® 定溫度。其中，當位置檢測感測器檢測出一般使用者在特 定空間内之使用者位置時，位置發送部係無線發送檢測出 之該使用者位置。於是，各個IR感測器之位置接收部係無 線接收經無線發送之該使用者位置，因此，溫度獲取部對 應於該使用者位置之無線接收而使J R感測器對特定溫度進 行檢測。資料發送部係無線發送經IR感測器檢測出之該特 定溫度，因此，資料接收部係無線接收經無線發送之該使 _ 用者位置。消費記錄部將無線接收到之該使用者位置作為 特定空間之使用狀況而進行記錄，故而，可藉由讀出例如 所記錄之該使用者位置而掌握特定空間之使用狀況。因 此，於例如在作為特定空間之吸煙空間内抽吸作為特定消 費商品之香煙時’係可掌握該吸煙空間之使用狀況，且能 夠用於更舒適之吸煙空間的開發。 【實施方式】 以下’參照圖式對本發明之一實施形態進行說明。本實 施形態之資料處理系統1〇〇係用以收集一般使用者對作為 136303.doc -11 - 200941394 特定空間之吸煙空間ss之使用狀況的資料。 因此，如圖1所示，本實施形態之資料處理系統100具 有複數個IR感測器121，其等分散配置於吸煙空間ss 中，來分別-般使用者而產纟之特定溫度進行檢 2;至少一個超音波感測器lu，其對一般使用者在吸煙 二門S S之使用者位置進行檢測；位置發送部112，其無線 發送經檢測出之使用者位置；各個IR感測器之位置接 收邓122’其等無線接收經無線發送來之使用者位置；溫 度獲取》卩123，其對應於㈣者位置之無線接收而使成感 測器⑵對特定溫度進行檢測；f料發送部124，其無線發 送由至少m感測器121檢測出特定溫度之使用者位置；資 料接收部131，其無線接收經無線發送來之使用者位置； 消費記錄部141，其將無線接收到之使用者位置作為吸煙 空間ss之使用狀況而進行記錄；資料讀出部142，其讀出 所記錄之使用者位置；圖像生成部143,其根據所讀出之 使用者位置及特定溫度之檢測時間，而生成與吸煙空間Μ 對應之使用狀況的示意圖像；以及資料輸出部144，其將 所生成之示意圖像進行顯示輸出。 更詳細而言，本實施形態之資料處理系統ι〇〇中超音 波感測器m係由用於所謂的人感感測器等中之被動類型 的現存元件而構成。 作為此種超音波感測器，有以下等類型：透過類型’超 音波振盡器與超音波接收器相向，且超音波被阻斷，藉此 而感測-般使用者·，反射類型，發射具有指向性之超音 136303.doc •12· 200941394 波’且接收由一般使用者反射之超音波’並根據差分時間 來檢測使用者位置；以及多普勒類型，同樣接收由一般使 用者反射之超音波，並根據頻率變化來檢測一般使用者之 移動。 其中，本實施形態之超音波感測器111係，自上方以非 . 接觸之方式對位於吸煙空間ss之一般使用者進行感測，因 此利用的是上述反射類型。該超音波感測器丨11係由在整 個吸煙空間SS之區域内對一般使用者之位置進行檢測之全 ® 方位類型的超音波感測器構成。 該超音波感測器111與位置發送部112—併單元化而形成 為感測單元110。該使用者感測單元11 〇中亦搭載有二次電 池（未圖示）’自該二次電池向超音波感測器1丨丨與位置發送 部112供給電力。 IR感測器121將一般使用者於吸煙空間sS内抽吸紙煙PT 時所產生之燃燒溫度作為特定溫度來進行檢測。該IR感測 • 器121係形成為熱像儀之一部分。該熱像儀除了具有爪感 測器121之外’還具有驅動電路、圖像處理部、及光學遽 波器等（未圖示）。 IR感測器121包含例如檢測靈敏度為2〜5 μιη之短波長用 之PtSi類型或InSb類型、0.9〜1.7 4„!之近紅外線用之Condition C In addition, the IR sensor detects the specific temperature generated by a typical user when consuming a particular consumer item in a particular space. ❹ X 'The data processing system of the present invention is constructed such that: a specific consumer product is composed of cigarettes, a specific space is composed of a smoking space, a melon sensor is connected to: >, and a burning temperature of the cigarette is used as a specific temperature. Test. . Moreover, the data processing system of the present invention may be configured such that the position detecting sensor is constituted by an ultrasonic sensor that emits ultrasonic waves into a specific space and is reflected by a general user. Ultrasonic. Further, the data processing line of the present invention may be configured such that the data transmitting unit wirelessly transmits the sensing information of each of the IR sensors, and the consumption recording unit records the specific temperature and the sensor ID data together. 136303.doc 200941394 Further, the data processing system of the present invention may include: a data reading unit that reads the recorded user position; and an image generating unit that generates and generates the user position based on the read A schematic image of the usage status corresponding to the specific space and a data output unit display and output the generated schematic image. Further, the data processing system of the present invention may be configured such that a specific space system is disposed outside and the data processing system further includes a secondary battery and a solar cell, the primary battery is directed to the IR sensor, the position detecting sensor, At least a part of the position transmitting unit position receiving unit, the temperature acquiring unit, and the data transmitting unit supplies electric power, and the solar battery generates electric power by using sunlight outside the room, and stores the electric power in the secondary battery. Moreover, the data processing system of the present invention may be configured such that a specific space system is disposed outside and the bead material processing system further includes a secondary battery and a wind power generator. The secondary battery is directed to the IR sensor and the position. At least a part of the detection sensor, the position transmission port, the position receiving unit, the temperature acquisition unit, and the data transmission unit supplies electric power, and the wind power generator generates electric power by using wind power outside, and stores the electric power twice. In the battery. Further, the data processing system of the present invention may further include a fire determining unit that determines whether or not a fire is generated in a specific space based on the specific temperature detected by the IR sensor. Furthermore, the various components of the invention may be formed in such a manner as to realize the functions of the invention, for example, a dedicated hardware that functions as a predetermined function, a data processing system that provides a predetermined function by a computer program, and a computer program. And the set of functions performed by the data processing system, and any of its groups 136303.doc 200941394. Further, the various constituent elements of the present invention are not necessarily required to be independent of each other, and a plurality of constituent elements may be formed as one member, one constituent element may be formed of a plurality of members, and one constituent element may be one of other constituent elements, and One of the constituent elements is partially overlapped with one of the other constituent elements. In the data processing system of the present invention, the specific temperature generated by the general user is individually detected by a plurality of IR sensors distributed in a specific space. Wherein, when the position detecting sensor detects the user position of the general user in a specific space, the position transmitting unit wirelessly transmits the detected user position. Then, the position receiving unit of each of the IR sensors wirelessly receives the user position wirelessly transmitted. Therefore, the temperature acquiring unit causes the JR sensor to detect the specific temperature in response to wireless reception of the user position. The data transmitting unit wirelessly transmits the specific temperature detected by the IR sensor, and therefore, the data receiving unit wirelessly receives the user position wirelessly transmitted. The consumer recording unit records the user's position received wirelessly as the usage status of the specific space. Therefore, it is possible to grasp the use status of the specific space by reading, for example, the recorded user position. Therefore, for example, when smoking a cigarette as a specific consumer in a smoking space of a specific space, the use of the smoking space can be grasped, and it can be used for the development of a more comfortable smoking space. [Embodiment] Hereinafter, an embodiment of the present invention will be described with reference to the drawings. The data processing system 1 of the present embodiment is used to collect information on the use status of the smoking space ss of a specific space of 136303.doc -11 - 200941394 by a general user. Therefore, as shown in FIG. 1, the data processing system 100 of the present embodiment has a plurality of IR sensors 121, which are distributed in the smoking space ss, and are respectively detected by a specific temperature of the user. At least one ultrasonic sensor lu is detected by a general user at a user position of the smoking two-door SS; the position transmitting unit 112 wirelessly transmits the detected user position; and the position of each IR sensor is received. Deng 122's wirelessly receives the user's position transmitted wirelessly; temperature acquisition 卩123, which causes the sensor (2) to detect a specific temperature corresponding to the wireless reception of the (four) position; the f-send transmitting unit 124, The wirelessly transmits a user position at which the specific temperature is detected by at least the m sensor 121; the data receiving unit 131 wirelessly receives the wirelessly transmitted user position; and the consumption recording unit 141, which wirelessly receives the user's position. Recording is performed as the usage status of the smoking space ss; the data reading unit 142 reads the recorded user position; and the image generating unit 143 is based on the read user position and A detection image of a specific temperature is generated to generate a schematic image of the use condition corresponding to the smoking space ;; and a data output unit 144 that displays and outputs the generated schematic image. More specifically, the ultrasonic sensor m in the data processing system ι of the present embodiment is constituted by a passive type of existing element used in a so-called human sensor or the like. As such an ultrasonic sensor, there are the following types: the transmission type 'ultrasonic vibrator opposes the ultrasonic receiver, and the ultrasonic wave is blocked, thereby sensing the general user, the type of reflection, Transmitting the directional supersonic 136303.doc •12· 200941394 wave 'and receiving the ultrasonic wave reflected by the general user' and detecting the user position according to the differential time; and the Doppler type, also receiving the reflection by the general user The supersonic wave detects the movement of the general user based on the frequency change. In the ultrasonic sensor 111 of the present embodiment, the general user located in the smoking space ss is sensed from above by contact, and thus the above-mentioned reflection type is utilized. The ultrasonic sensor 丨11 is composed of a full ® orientation type ultrasonic sensor that detects the position of a general user in the area of the entire smoking space SS. The ultrasonic sensor 111 and the position transmitting unit 112 are unitized to form the sensing unit 110. A secondary battery (not shown) is mounted on the user sensing unit 11 to supply electric power from the secondary battery to the ultrasonic sensor 1 and the position transmitting unit 112. The IR sensor 121 detects the combustion temperature generated when a general user sucks the cigarette PT in the smoking space sS as a specific temperature. The IR sensor 121 is formed as part of a thermal imager. The thermal imager has a drive circuit, an image processing unit, an optical chopper, and the like (not shown) in addition to the claw sensor 121. The IR sensor 121 includes, for example, a PtSi type or an InSb type for short wavelengths having a detection sensitivity of 2 to 5 μm, and a near infrared ray of 0.9 to 1.7 4 „!
InGaAs類型、8〜14 μιη之長波長用之MCT(Mercury Cadmium Telluride，汞鎘碲）類型、8〜9·2 μπι之長波長用之 QWIP(Quantum Well Infrared Photondet，量子井紅外探測 器）類型、8~14 μιη之長波長用之微輻射熱測定器類型或鐵 136303.doc 13- 200941394 電體類型等。 其中，該IR感測器121之檢測靈敏度係藉由安裝有既定 特性之光學濾波器而對應於已點燃之紙煙PT的燃燒溫度。 驅動電路係根據爪感測器121之輸出信號而生成與紙煙ρτ 之燃燒溫度相對應的溫度分布圖像。 圖像處理部係根據驅動電路所輸出之溫度分布圖像而對 特定溫度進行檢測。該驅動電路及圖像處理部係例如將一 部分或全部安裝於溫度獲取部123或資料庫伺服器14〇中 (未圖示）。 IR感測器121亦與上述之各部分122〜124 —併單元化而形 成為溫度感測單元120。該溫度感測單元12〇中亦搭載有二 次電池（未圖示），來對各部分121〜124供給電力。 再者’本實施形態之資料處理系統1 00中，溫度感測單 元120之溫度獲取部123將特定溫度之檢測時間作為吸煙時 間來進行測定’資料發送部124無線發送該吸煙時間及使 用者位置。 適用本實施形態之資料處理系統10〇的吸煙空間ss，如 圖3所示，係由室外之開放空間構成。作為該吸煙空間 SS ’例如係於路面上設置有複數個煙灰缸ΑΤ，且於上方 設置有屋頂SR。 而且’於該屋頂SR之下表面中央配置有一個使用者感測 單元110。又’溫度感測單元12〇於屋頂SR之下表面、以一 對來分別對應於四個煙灰缸AT之位置上分散配置有八個。 使用者感測單元110之位置發送部112及溫度感測單元 136303.doc -14- 200941394 120之位置接收部122與資料發送部124係利用例如 PHS(Personal Handy-phone System(個人手持式電話系 統）：註冊商標）等來進行無線通訊。 因此，如圖2所示，本實施形態之資料處理系統100中， 例如利用現存之無線基地台132等作為上述之資料接收 .部131。進而，資料庫伺服器14〇係透過有線或無線之通訊 網路130而與該無線基地台132連接。 該資料庫飼服器140中安裝有既定之中間軟體_來作為 ❹ 電腦程式。資料庫伺服II 14G依照該中間軟體娜而執行各 種處理動作，藉此，在邏輯上實現上述之各部分 141〜144 〇 消費記錄部141相當於資料庫伺服器14〇對應於中間軟體 MW而進行識別之記憶區等。資料讀出部142相當於讀出資 料庫祠服器140對應於中間軟想㈣而進行記憶之資料之功 能等。 圖像生成部143相當於資料庫伺服器14〇對應於中間軟體 廳而執行既定之資料處理的功能等。資料輸出部…相當 於輸出資料庫伺服器l40對應於中間軟體1^|而使顯示元件 (未圖示）輸出處理資料之功能等。 上述之資料庫伺服器ΐ4θ中之中間軟體MW之記述内容為 使資料處理系統100執行以下等處理，例如：消費記錄處 理，將接收到之使用者位置與特定溫度之檢測時間作為吸 煙空間SS之使用狀況而進行記錄；資料讀出處理，讀出所 記錄之使用者位置；圖像生成處理，根據所讀出之使用者 136303.doc -15- 200941394 位置與特定溫度之檢測時間，而生成與吸煙空間ss對應之 使用狀況之示意圖像；以及資料輸出處理，對所生成之示 意圖像進行顯示輸出。 上述之構成中，本實施形態之資料處理系統1〇〇，藉由 例如對抽吸紙煙pt之一般使用者提供吸煙空間ss，而收集 該吸煙空間SS之使用狀況的資料。 更詳細而言，本實施形態之資料處理系統100中，如上 所述，準備吸煙空間SS來作為開放空間，使例如以吸煙為 目的之一般使用者能自各種方向自由地出入。 然而’本實施形態之資料處理系統10〇，如圖4所示，進 入吸煙空間S S内之一般使用者的位置係藉由使用者感測單 元110之超音波感測器111而進行檢測（步驟S 1 _γ)。 然後’該使用者感測單元11 0將該使用者位置無線發送 至周圍之溫度感測單元120(步驟S2)。溫度感測單元120判 定其自身是否最接近無線接收到之使用者位置（步驟丁1_ Υ、Τ2-Υ)，且當判定出其自身最接近之情形時開始進行特 定溫度之檢測動作（步驟Τ3)。 於如此之狀態下進入吸煙空間SS内之一般使用者點燃紙 煙ΡΤ後，由上方之溫度感測單元120檢測出此時之紙煙ρΤ 的溫度來作為特定溫度（步驟S3-Y)。 此時，在如上所述完成對已點燃之紙煙ΡΤ之特定溫度的 檢測（步驟S5-Y)之前，測定出該吸煙時間（步驟Τ4)。再 者，該吸煙空間SS内，由於並未於煙灰缸AT之周圍準備 有座位，故而一般使用者會自由地位於煙灰缸AT之周圍。 136303.doc -16· 200941394 因此，吸煙時使用者位置有時亦會出現一些移位。然 而’本實施形態之資料處理系統100中，上述之一般使用 者之移位亦會被超音波感測器111檢測出，並由所對應之 位置上的IR感測器121來檢測出特定溫度。 而且，當該一般使用者熄滅紙煙ΡΤ而完成吸煙（步驟Τ5_ . Υ)後，自溫度感測單元120無線發送該吸煙時間及使用者 位置（步驟Τ6) » 於是，該經無線發送之使用者位置及吸煙時間，係如上 ® 所述般由無線基地台132無線接收，並經由通訊網路13〇而 由資料庫伺服器140獲取。 因此’該資料庫伺服器140，如圖6所示，當如上所述自 吸煙空間SS之溫度感測單元12〇接收到使用者位置及吸煙 時間之資料（步驟Ε1-Υ)後，對該使用者位置及吸煙時間進 行記錄（步驟Ε2)。如此之資料庫伺服器14〇之記錄資料， 例如圖7所示，係包括特定溫度之檢測時間、使用者位 置、特定溫度之檢測狀態等。 在如上所述將吸煙空間88之使用者位置及吸煙時間儲存 於資料庫伺服器14〇中之狀態下（步驟El、Ε2)，例如，於 想要確認該吸煙空間ss之使用狀況之情形時，管理者（未 圖不）將圖像輸出指示輸入至資料庫伺服器14〇(步驟e3)。 此時作為圖像輸出指示，亦輸入例如作為處理對象之 記錄資料的期間、或圖像類別等。於是，資料庫伺服器 140對應於所輸入之圖像輸出指示而讀出記錄資料（步驟 E4) ’並利用該記錄資料而生成示意圖像且進行顯示輸出 136303.doc -17· 200941394 (步驟 E5，E6)。 以上述方式生成資料並進行顯示輸出之示意圖像，例如 圖8所不，係包括在四個煙灰缸AT所處之吸煙空間ss之平 面圖上緣製使用者位置而成的二維圖像等。 該情形時’可—眼確認出在煙灰缸Ατ周圍吸煙之一般使 用者之累計位置，即吸煙空間ss之使用狀況。進而，亦可 對每個上述之使用者位置加入特定溫度之檢測時間而進行 密集度顯示。 又，-貝料發送部124亦無線發送各個IR感測器i 2丨之感測 器ID資料，消費記錄部141一併對特定溫度及感測器⑴資 料進行記錄（未圖示），如圖9所示，可針對八個溫度感測單 70 120而分別將特定溫度之檢測時間加以累計並進行三維 顯示。又，如圖10所示，亦可以圖表來表示所使用之煙灰 缸AT與吸煙時間之相關關係。 本實施形態之資料處理系統100，係如上所述由分散配 置於吸煙空間SS中之複數個IR感測器！ 2丨分別對藉由一般 使用者而產生之特定溫度進行檢測。 其中’當超音波感測器111檢測出一般使用者在吸煙空 間S S内之使用者位置時，位置發送部J丨2無線發送所檢測 出之該使用者位置。於是，各個IR感測器121之位置接收 部122無線接收經無線發送來之使用者位置，因此，溫度 獲取部123對應於該使用者位置之無線接收而使IR感測器 121對特定溫度進行檢測。 資料發送部124無線發送由該ir感測器ι21檢測出特定溫 136303.doc •18- 200941394 度之使用者位置，因此，資料接收部131無線接收經無線 發送來之該使用者位置。 用者位置作為吸煙 可藉由讀出所記錄 消費記錄部141將無線接收到之該使 空間S S之使用狀況而進行記錄，因此， 之該使用者位置而掌握吸煙空間ss之使用狀況 ❿Type of MCT (Mercury Cadmium Telluride) type for long wavelength of InGaAs type, 8 to 14 μm, QWIP (Quantum Well Infrared Photondet) type for long wavelength of 8 to 9·2 μπι, Microwave bolometer type for long wavelength of 8~14 μιη or iron type 136303.doc 13- 200941394. The detection sensitivity of the IR sensor 121 corresponds to the combustion temperature of the ignited cigarette PT by an optical filter having a predetermined characteristic. The drive circuit generates a temperature distribution image corresponding to the combustion temperature of the paper smoke ρτ based on the output signal of the claw sensor 121. The image processing unit detects a specific temperature based on the temperature distribution image output from the drive circuit. The drive circuit and the image processing unit are, for example, partially or entirely mounted in the temperature acquisition unit 123 or the library server 14A (not shown). The IR sensor 121 is also unitized with the above-described respective portions 122 to 124 to form the temperature sensing unit 120. A secondary battery (not shown) is also mounted in the temperature sensing unit 12 to supply electric power to the respective sections 121 to 124. In the data processing system 100 of the present embodiment, the temperature acquisition unit 123 of the temperature sensing unit 120 measures the detection time of the specific temperature as the smoking time. The data transmission unit 124 wirelessly transmits the smoking time and the user position. . As shown in Fig. 3, the smoking space ss to which the data processing system 10 of the present embodiment is applied is constituted by an open space outside. As the smoking space SS', for example, a plurality of ashtrays are provided on the road surface, and a roof SR is provided above. Further, a user sensing unit 110 is disposed at the center of the lower surface of the roof SR. Further, the temperature sensing unit 12 is disposed on the lower surface of the roof SR, and is disposed in a plurality of positions corresponding to the four ashtrays AT in a pair. The position transmitting unit 112 and the data transmitting unit 124 of the position transmitting unit 112 and the temperature sensing unit 136303.doc -14 - 200941394 120 of the user sensing unit 110 utilize, for example, a PHS (Personal Handy-phone System). ): Registered trademarks, etc. for wireless communication. Therefore, as shown in FIG. 2, in the data processing system 100 of the present embodiment, for example, the existing wireless base station 132 or the like is used as the above-described data receiving unit 131. Further, the database server 14 is connected to the wireless base station 132 via a wired or wireless communication network 130. The database feeder 140 is provided with a predetermined intermediate software _ as a computer program. The database servo II 14G performs various processing operations in accordance with the intermediate software, thereby logically implementing the above-described respective portions 141 to 144. The consumption recording unit 141 corresponds to the database server 14A corresponding to the intermediate software MW. Identify the memory area, etc. The data reading unit 142 corresponds to the function of reading the data stored by the library 140 corresponding to the intermediate soft (4). The image generating unit 143 corresponds to a function or the like for executing the predetermined material processing corresponding to the intermediate software hall by the database server 14A. The data output unit ... corresponds to the output library server l40 corresponding to the intermediate software 1^|, and the display element (not shown) outputs a function of processing data and the like. The description of the intermediate software MW in the database server ΐ4θ is such that the data processing system 100 performs the following processing, for example, the consumption recording processing, and the detected time of the received user position and the specific temperature is used as the smoking space SS. Recording by use; data reading processing, reading the recorded user position; image generation processing, based on the read position of the user 136303.doc -15-200941394 and the detection time of the specific temperature A schematic image of the use condition corresponding to the smoking space ss; and a data output process for displaying and outputting the generated schematic image. In the above configuration, the data processing system 1 of the present embodiment collects the information on the use status of the smoking space SS by, for example, providing the smoking space ss to the general user who smokes the cigarette pt. More specifically, in the data processing system 100 of the present embodiment, as described above, the smoking space SS is prepared as an open space, and a general user who is smoking, for example, can freely enter and exit from various directions. However, in the data processing system 10 of the present embodiment, as shown in FIG. 4, the position of the general user entering the smoking space SS is detected by the ultrasonic sensor 111 of the user sensing unit 110 (steps). S 1 _γ). Then, the user sensing unit 110 wirelessly transmits the user position to the surrounding temperature sensing unit 120 (step S2). The temperature sensing unit 120 determines whether it is closest to the wirelessly received user position (steps 1_Υ, Τ2-Υ), and starts a specific temperature detection action when it determines that it is closest to itself (step Τ3) ). After the general user who has entered the smoking space SS in this state ignites the paper soot, the temperature sensing unit 120 at the upper side detects the temperature of the paper cigarette Τ at that time as a specific temperature (step S3-Y). At this time, the smoking time is measured (step Τ 4) before the detection of the specific temperature of the ignited paper soot is completed as described above (step S5-Y). Further, in the smoking space SS, since no seat is prepared around the ashtray AT, the general user is freely located around the ashtray AT. 136303.doc -16· 200941394 Therefore, there are occasional shifts in the user's position during smoking. However, in the data processing system 100 of the present embodiment, the shift of the above-mentioned general user is also detected by the ultrasonic sensor 111, and the specific temperature is detected by the IR sensor 121 at the corresponding position. . Moreover, after the general user extinguishes the cigarette butts to complete the smoking (step _5_. Υ), the smoking time and the user position are wirelessly transmitted from the temperature sensing unit 120 (step Τ6) » Then, the wirelessly transmitted user The location and smoking time are wirelessly received by the wireless base station 132 as described above, and are acquired by the database server 140 via the communication network 13〇. Therefore, the database server 140, as shown in FIG. 6, after receiving the data of the user's location and the smoking time from the temperature sensing unit 12 of the smoking space SS as described above (step Ε1-Υ), Record the user's location and smoking time (step Ε 2). The record data of the database server 14 such as shown in Fig. 7 includes the detection time of a specific temperature, the position of the user, the detection state of the specific temperature, and the like. When the user position and the smoking time of the smoking space 88 are stored in the database server 14A as described above (steps El, Ε 2), for example, when it is desired to confirm the use condition of the smoking space ss The manager (not shown) inputs an image output instruction to the database server 14 (step e3). At this time, as an image output instruction, for example, a period of recording data to be processed, an image type, and the like are input. Then, the database server 140 reads the recorded data corresponding to the input image output instruction (step E4)' and generates a schematic image using the recorded data and performs display output 136303.doc -17·200941394 (step E5, E6). A schematic image in which data is generated and outputted in the above-described manner, for example, as shown in Fig. 8, includes a two-dimensional image in which the user's position is formed on the plane of the smoking space ss where the four ashtrays AT are located. In this case, the cumulative position of the general user who smokes around the ashtray Ατ, that is, the use condition of the smoking space ss, is confirmed. Further, it is also possible to perform a density display by adding a detection time of a specific temperature to each of the above-mentioned user positions. Further, the bedding material transmitting unit 124 wirelessly transmits the sensor ID data of each of the IR sensors i 2 , and the consumption recording unit 141 records the specific temperature and the sensor ( 1 ) data (not shown), such as As shown in FIG. 9, the detection time of the specific temperature can be accumulated and displayed three-dimensionally for each of the eight temperature sensing sheets 70 120. Further, as shown in Fig. 10, the correlation between the used ashtray AT and the smoking time can also be graphically shown. The data processing system 100 of the present embodiment is a plurality of IR sensors that are dispersedly disposed in the smoking space SS as described above! 2丨Detect the specific temperature generated by the general user. Wherein, when the ultrasonic sensor 111 detects the user position of the general user in the smoking space S S , the position transmitting unit J 丨 2 wirelessly transmits the detected user position. Then, the position receiving unit 122 of each IR sensor 121 wirelessly receives the wirelessly transmitted user position. Therefore, the temperature acquiring unit 123 causes the IR sensor 121 to perform a specific temperature corresponding to the wireless reception of the user position. Detection. The data transmitting unit 124 wirelessly transmits the user position at which the specific temperature 136303.doc • 18 - 200941394 is detected by the ir sensor ι 21, and therefore, the data receiving unit 131 wirelessly receives the user position wirelessly transmitted. The user's position as the smoking can be recorded by reading the recorded usage history of the space S S received by the recorded recording unit 141. Therefore, the user's position is used to grasp the use condition of the smoking space ss.
因此，利用一般使用者抽吸紙煙PT時該抽吸紙煙ρτ會 產生特定溫度之現象，對紙煙ΡΤ在接受訂貨時間點、生產 時間點、發貨時間點、銷售時間點等時無法進行資料收集 之、吸煙空間SS之使用狀況進行資料收集，可用於例如更 舒適之吸煙空間SS的開發。 而且，如上所述，吸煙空間SS設置於室外。因此難以確 保通訊網路。然而，本實施形態之資料處理系統100係如 上所述使使用者感測單元110與溫度感測單元12〇進行無線 通訊’且使溫度感測單元120與無線基地台132等進行無線 通訊。因此，可將由超音波感測器i丨丨檢測出且由IR感測 器121確認了特定溫度的使用者位置切實地發送至資料庫 伺服器140。 又，本實施形態之資料處理系統1〇〇中，當經位置檢測 出之一般使用者並未點燃紙煙PT而由IR感測器121檢測出 特定溫度時’並不§己錄該使用者位置。因此，例如不會徒 勞地記錄通過由開放空間構成之吸煙空間SS的並未吸煙的 一般使用者。 又，如上所述，在設置於室外之吸煙空間ss中，難以確 保電源。為此’於使用者感測單元11 〇與溫度感測單元120 136303.doc •19· 200941394 中搭載有二次電池。 而且，本實施形態之資料處理系統1〇〇中，以超音波感 測器111對一般使用者進行之位置檢測為契機，由最接近 之溫度感測單元120檢測出特定溫度。因此，無須使複數 個溫度感測單元120—直運行，從而可將二次電池之電力 消耗抑制為必要之最小限度。 而且，如上所述之超音波感測器i丨丨或IR感測器！ 21與二 次電池或必要之最小限度之無線元件一併單元化，而形成 為使用者感測單元1 10及溫度感測單元12〇。 ❹ 因此，可於室外之各種形狀之吸煙空間ss内自由地分布 超音波感測器nutrn感測器121。進而，即便於暴露在風 雨中之至外吸煙空間SS内，亦可使超音波感測器i丨丨或IR 感測器121穩定地運作。 進而，本實施形態之資料處理系統1〇〇中，熱像儀藉由 IR感測器121而對紙煙PT之燃燒溫度進行檢測。因此，不 會誤對#景輻射等進行檢測，而可準確地檢測出一般使用 者之吸煙行為。 ❹ 而且，熱像儀中，將光學特性分別對應於各種特定溫度 之濾波器114安裝於IR感測器121中。因此，作為上述之檢 、 測靈敏度之IR感測器121，如上所述可利用各種類型之元 件’無須對其方式作出限定。 進而，本實施形態之資料處理系統ι〇〇中藉由在資料 庫飼服器U0中安裝適當之中間軟體麗，而根據如上所述 所》己錄之使用者位置而生成與吸煙空間§§對應之使用狀況 136303.doc -20· 200941394 的示意圓像，並進行顯示輸出。因此，可直觀地一眼確認 出吸煙空間ss之使用狀況。 再者，本發明並未限定於本實施形態，可於不脫離其主 旨之範圍内進行各種變形。例如，上述形態中例示了藉由 消費而產生特定溫度之特定消費商品係由紙煙ρτ構成之情 -形。然而，如此之特定消費商品亦可為經加熱或冷卻之飲 料或食品等（未圖示）。 又，上述形態中為了明確與香煙盒之差異，將實際上所 Ο ㈣之香煙稱作紙煙ρτ。然而，所抽吸之該㈣消費商品 亦可為所謂之雪茄煙（未圖示）。 進而，上述形態中進例示了超音波感測器丨丨丨之使用者 感測單元110與111感測器121之溫度感測單元12〇中搭載有 二次電池之情形。 然而，於如上所述吸煙空間ss設置於室外之情形時，資 料處理系統100中亦可具有例如利用室外太陽光來產生電 ⑩ 力並將該電力儲存於二次電、池中之太陽電池、或利用室外 風力來產生電力並將該電力儲存於二次電池中之風力發電 機。該情形_，於室外之吸煙空間SS内，無須進行電池之 更換等，能夠使資料處理系統100長久運行。 又，上述形態中例示了為了檢測一般使用者對吸煙空間 SS之使用狀況而於吸煙空間ss内預先設置有IR感測器 之隋形然而’如此之資料處理系統亦可根據IR感測器 121所檢測出之特定溫度來判定吸煙空間ss内是否有火災 產生（未圖示）。 136303.doc -21· 200941394 當然，吸煙空間ss内必須具有火災通知系統。即，上述 之資料處理系統能夠利用火災通知系統之IR感測器ι21來 準確地檢測出一般使用者對吸煙空間ss之使用狀況。 進而，上述形態中例示了吸煙空間ss係由室外所準備之 開放空間構成的情形。然而’吸煙空間s s亦可為建築物中 所準備之一個房間、餐館中所準備之吸煙席等（未圖示）。 又’上述形態中例示了室外之吸煙空間SS之屋頂SR上 設置有超音波感測器UbtIR感測器121之情形。然而，亦 可將超曰波感測器111設置於牆面上、或將IR感測器i 2〗設❹ 置於支柱上等（未圖示）。 再者，^然，上述之實施形態及複數個變形例，可於其 等之内容不相互矛盾之範圍内加以組合。又，上述之實施 形〜、及變形例中’具體說明了各部分之結構等，但該結構 等可於滿足本申請發明之範圍内進行各種變更。 【圖式簡單說明】 上述目的、及其它目的、特徵及優點可藉由以上所述之 較佳實施形態、及隨附於其後之以下圖式而進一步明確。0 圖1 一係表示本發明之實施形態之資料處理系統的邏輯結 構的示意性方塊圖。 圖2係表示資料處理系統之物理結構的示意性方塊圖。 圖3係表示作為特定空間之吸煙空間的結構的示意立體 團0 :4係表示使用者感測單元之處理動作的流程圖。 表不溫度感測單元之處理動作的流程圖。 136303.doc -22· 200941394 圖6係表示資料庫伺服器之處理動作的流程圖。 圖7係表示記錄資料之資料結構的模式圖。 圖8係表示吸煙空間之使用狀況的示意圖像之正視圖。 圖9係表示吸煙空間之使用狀況的示意圖像之正視圖。 圖1 〇係表示吸煙空間之使用狀況的示意圖像之正視圖 【主要元件符號說明】Therefore, when the general user smokes the cigarette PT, the suctioned cigarette ρτ will generate a specific temperature, and the data collection cannot be performed when the paper cigarette is at the time of ordering, the production time, the delivery time, the sales time, and the like. The use of the smoking space SS for data collection can be used, for example, for the development of a more comfortable smoking space SS. Moreover, as described above, the smoking space SS is installed outdoors. It is therefore difficult to ensure a communication network. However, the data processing system 100 of the present embodiment wirelessly communicates the user sensing unit 110 with the temperature sensing unit 12 as described above, and causes the temperature sensing unit 120 to wirelessly communicate with the wireless base station 132 and the like. Therefore, the position of the user detected by the ultrasonic sensor i 且 and confirmed by the IR sensor 121 to the specific temperature can be reliably transmitted to the database server 140. Further, in the data processing system 1 of the present embodiment, when the general user does not ignite the cigarette PT by the position and the specific temperature is detected by the IR sensor 121, the user position is not recorded. . Therefore, for example, a general user who does not smoke through the smoking space SS constituted by the open space is not vainly recorded. Further, as described above, it is difficult to secure the power source in the smoking space ss installed outdoors. For this purpose, a secondary battery is mounted in the user sensing unit 11 〇 and the temperature sensing unit 120 136303.doc • 19· 200941394. Further, in the data processing system 1 of the present embodiment, the ultrasonic sensor 111 detects the position of the general user, and the temperature sensing unit 120 detects the specific temperature. Therefore, it is not necessary to operate the plurality of temperature sensing units 120 straight, so that the power consumption of the secondary battery can be suppressed to the minimum necessary. Moreover, the ultrasonic sensor i丨丨 or IR sensor as described above! The 21 and the secondary battery or the necessary minimum wireless components are unitized to form the user sensing unit 110 and the temperature sensing unit 12A. ❹ Therefore, the ultrasonic sensor nutrn sensor 121 can be freely distributed in the smoking space ss of various shapes outdoors. Further, the ultrasonic sensor i or the IR sensor 121 can be stably operated even in the outer smoking space SS exposed to the wind and rain. Further, in the data processing system 1 of the present embodiment, the thermal imager detects the combustion temperature of the cigarette PT by the IR sensor 121. Therefore, it is not possible to detect the radiation of the scene, and it is possible to accurately detect the smoking behavior of the general user. Further, in the thermal imager, the filter 114 having optical characteristics corresponding to various specific temperatures is mounted in the IR sensor 121. Therefore, as the above-described IR sensor 121 for detecting and measuring sensitivity, various types of elements can be utilized as described above, and the manner is not limited. Further, in the data processing system of the present embodiment, the appropriate intermediate software is installed in the database feeder U0, and the smoking space is generated according to the user position recorded as described above. A corresponding circular image of the usage status 136303.doc -20·200941394 is displayed, and display output is performed. Therefore, it is possible to visually confirm the use of the smoking space ss at a glance. The present invention is not limited to the embodiment, and various modifications can be made without departing from the spirit and scope of the invention. For example, in the above embodiment, a specific consumer product in which a specific temperature is generated by consumption is exemplified by the paper smoke ρτ. However, such specific consumer goods may also be heated or cooled beverages or foods (not shown). Further, in the above embodiment, in order to clarify the difference from the cigarette pack, the cigarette of the actual (four) is referred to as paper smoke ρτ. However, the (four) consumer goods that are drawn may also be so-called cigars (not shown). Further, in the above-described embodiment, the case where the secondary battery is mounted in the temperature sensing unit 12 of the user sensor unit 110 and the 111 sensor 121 of the ultrasonic sensor is exemplified. However, in the case where the smoking space ss is set outdoors as described above, the data processing system 100 may have, for example, a solar cell that uses the outdoor sunlight to generate electric power and stores the electric power in the secondary electricity or the pool. Or a wind power generator that uses outdoor wind power to generate electricity and store the power in a secondary battery. In this case, the data processing system 100 can be operated for a long time without having to replace the battery in the outdoor smoking space SS. Further, in the above-described embodiment, the shape of the IR sensor is set in advance in the smoking space ss in order to detect the use condition of the smoking space SS by the general user. However, the data processing system may be based on the IR sensor 121. The detected specific temperature determines whether or not a fire has occurred in the smoking space ss (not shown). 136303.doc -21· 200941394 Of course, there must be a fire notification system in the smoking space ss. That is, the above-described data processing system can accurately detect the use condition of the smoking space ss by the general user by using the IR sensor ι 21 of the fire notification system. Further, in the above aspect, the case where the smoking space ss is constituted by an open space prepared outdoors is exemplified. However, the smoking space s can also be a room prepared in a building, a smoking seat prepared in a restaurant, etc. (not shown). Further, in the above-described embodiment, the case where the ultrasonic sensor UbtIR sensor 121 is provided on the roof SR of the outdoor smoking space SS is exemplified. However, the super chopper sensor 111 may be placed on a wall surface, or the IR sensor i 2 may be placed on a pillar or the like (not shown). Further, the above-described embodiments and the plurality of modifications may be combined within a range in which the contents do not contradict each other. Further, in the above-described embodiments, and in the modified examples, the configuration of each portion is specifically described, but the configuration and the like can be variously modified within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become more apparent from 0 is a schematic block diagram showing the logical structure of a data processing system according to an embodiment of the present invention. Figure 2 is a schematic block diagram showing the physical structure of a data processing system. Fig. 3 is a schematic perspective view showing the structure of a smoking space as a specific space. Fig. 3 is a flow chart showing the processing operation of the user sensing unit. A flow chart showing the processing action of the temperature sensing unit. 136303.doc -22· 200941394 Figure 6 is a flow chart showing the processing operation of the database server. Fig. 7 is a schematic view showing the structure of the data of the recorded data. Fig. 8 is a front elevational view showing a schematic image of the use condition of the smoking space. Fig. 9 is a front elevational view showing a schematic image of the use condition of the smoking space. Figure 1 is a front view showing a schematic image of the use of the smoking space. [Main component symbol description]
100 資料處理系統 110 使用者感測單元 111 超音波感測器 112 位置發送部 120 溫度感測單元 121 IR感測器 122 位置接收部 123 溫度獲取部 124 資料發送部 130 通訊網路 131 資料接收部 132 無線基地台 140 資料庫伺服器 141 消費記錄部 142 資料讀出部 143 圖像生成部 144 資料輸出部 AT 煙灰虹 136303.doc -23- 200941394 MW 中間軟體 PT 紙煙 SI 、 S2 、 T1〜T6 、 El〜E8 步驟 SR 屋頂 ss 吸煙空間 136303.doc -24-100 data processing system 110 user sensing unit 111 ultrasonic sensor 112 position transmitting unit 120 temperature sensing unit 121 IR sensor 122 position receiving unit 123 temperature acquiring unit 124 data transmitting unit 130 communication network 131 data receiving unit 132 Radio base station 140 database server 141 consumption recording unit 142 data reading unit 143 image generation unit 144 data output unit AT ash 136303.doc -23- 200941394 MW intermediate software PT paper cigarettes SI, S2, T1 to T6, El ~E8 step SR roof ss smoking space 136303.doc -24-