1235070 九、發明說明： 【發明所屬之技術領域】 本發明係涉及一種可利用應用軟體編缉香味的數位嗅覺摸 擬機，藉由其可利用應用軟體改變不同香基釋放量的特殊設計， 而能準確的調節出配合不同情境各種香味，以滿足使用者不同的 需求’並能提升其經濟效益。 【先前技術】 按，由於不同的氣味確實可對人的腦部或身體產生不同的反 應，諸如提神、安神、舒緩、減壓及舒解情緒等，甚至進一步利 用不同氣味刺激人體產生自療的機制，因此有越來越多的芳香設 備及器具被發展出來，但現行大部的芳香器具或設備大都係屬釋 出單種固定香味為主，由使用者事先選購喜歡的香味香基（例如 天然精油或合成香料等），然後再置於該芳香器具中，以風扇或 加熱的方式來釋放香味，而這類的芳香器具並無法改變釋出的氣 味，而最多也僅利用改變其風扇或熱源的強弱來調節其味道的濃 淡’並無法需足使用者不同心情或環境的需求。 然現有資訊科技的發展神速，其已能完成眾多以往人們所無 法達成的工作，類如利用資訊科技的顯示器及音響設備，對於人 類感官的視覺與聽覺上的滿足，已經發展到了及其細微的程度， 甚至人類的感官已無法感知，因此如能發展出一種運用數位資訊 的嗅覺模擬設備，利用資訊設備的細微化，使氣味更能貼近人體 所需，甚至可供調節人們不同心情或情境之需求，將可滿足使用 者的不同需求。 惟就吾人所知，於現有的芳香器具或設備中，從未教示我們 有一種利用數位資訊設備的嗅覺模擬設備被發展出來，換言之， 1235070 一種可調節不同香味的數位嗅覺模擬機確實有其開發之必要。 有鑑於此，本發明人基於提供人類各高品質的嗅覺模擬，以 提升人體自療的作用，提高生活品質，乃積極尋求解決之方案， 經長期努力之研究與開發，終於成功的開發出一種數位嗅覺模擬 機，藉以調節模擬出不同的香味，以滿足使用者因應不同情境的 需求。 【發明内容】 為此，本發明之主要目的係在於提供一種數位嗅覺模擬機， 以供配合使用者調節模擬出不同的香基，可供提高生活品質。 而本發明主要係藉由下列的技術手段，來具體實現上述之目 的及效能，本發明主要係在於：其至少包含有一電子控制元件、 生化元件及一資訊處理設備，其中資訊處理設備可透過電子控制 元件操控生化元件模擬各種嗅覺香味； 其中電子控制元件係設於一殼座内，而該電子控制元件係於 殼座内設有一控制電路板； 而生化元件則係於殼座内至少設有一個以上之嵌座，每一嵌 座頂面並設有一連接控制電路板的導熱晶片，又各嵌座上並分別 設有一可供容置不同香基的導熱瓶，各導熱瓶並與導熱晶片接 觸，又資訊處理設備可供使用者操控選擇不同的情境及需求； 藉此，可以資訊處理設備内的軟體透過控制電路板操控導熱 晶片的加熱狀況，以調節各導熱瓶内香基的釋出量，進而達到改 變模擬不同香味的目的，以滿足使用者依不同情境所需的嗅覺。 接下來列舉一較佳實施例，並配合圖式及圖號，對本發明的 其他目的及效能作進一步的說明，期能使貴審查委員對本發明 有更詳細的瞭解，並使熟悉該項技術者能據以實施，以下所述者 1235070 僅在於解釋較佳實施例，而非在於限制本發明之範圍，故凡有以 本^明之創作精神為基礎’而為本發明任何形式的變更或修飾， 皆仍屬於本發明意圖保護之範疇。 【實施方式】 本發明係一種用於進行遠距操控的數位嗅覺模擬機，請參看 第一、二圖所不，該數位嗅覺模擬機（i)至少包含有一電子控 制元件（3)、生化元件（4)及一資訊處理設備（6 0)，其 中資訊處理設備（6 〇)可透過電子控制元件 )操控生化元 件（4)板擬各種嗅覺香味； 而關於本發明之詳細構成，則仍請參照第一、二及三圖所揭 不者’該數位嗅覺模擬機（1 )之電子控制元件（3 )係設於一 呈開口向上的杯狀殼座（2 〇)内，該殼座（2 〇)周緣形成有 若干貫穿内部的氣孔（2 1 )，以供香味釋出，又殼座（2 〇) 開口周緣一側樞設有一具氣孔（2 6)的殼蓋（2 5 )，以供保 護及增進美觀’而該電子控制元件（3)係於殼座（2 0)内設 有一控制電路板（3 〇)，該控制電路板（3 〇)具有一連接線 (3 1 )’連接線（3 1 )上並設有可供插設於資訊處理設備（6 0 )的接頭（3 5 )，例如USB接頭或RS232連接線等，且該控 制電路板（3 0 )並與生化元件（4)連接，以便於操控； 而生化元件（4)則係於殼座（2 0 )内至少設有一個以上 之後座（4 0)，每一嵌座（4 〇 )頂面並設有一連接控制電路 板（3 0 )的導熱晶片（4 5 )，以利用控制電路板（3 0)傳 遞的信號及電流產生不同的加熱效果，又各嵌座（4 〇 )上並分 別設有一可供容置不同香基的導熱瓶（5〇)，各導熱瓶（50) 並與導熱晶片（4 5)接觸，如此可利用各導電晶片（4 5)對 1235070 各導熱瓶（5 0 )不同的加熱程度，使導熱瓶（5 0 )内的不同 香基能受熱揮發後，並混合成不同的模擬香味； 又連接電子控制元件（3 )之控制電路板（3 0)的資訊處 理設備（6 0)可為一般電腦或處理器，其内部安裝有事先撰寫 的程式軟體，該程式軟體可供使用者操控選擇不同的情境及需 求’並利用程式軟體解編碼後由資訊處理設備（6 〇)傳遞至電 子控制元件（3 )的控制電路板（3 0 )，並利用控制電路板（3 0)調節生化元件（4)中各導熱晶片（45)的加熱程度，讓 導熱瓶（5 0 )内的不同香基能受熱揮發，進而混合成不同的模 擬香味，而組構成一可利用電腦軟體調節散發不同氣味、且滿足 使用者各種需求的數位嗅覺模擬機者。 而本發明之運用，則請參閱第二、三圖所顯示者，使用者於 運用本系統時，事先將容置不同香基的導熱瓶（5 〇)置於具導 熱晶片（45)的嵌座（40)上，並將數位嗅覺模擬機（1〇) 連接線（3 1 )的接頭（3 5 )插設於資訊處理設備（6 〇 )上， 接^使用者將各生化元件（4)上所置之香基種類及位置事先輸 入資訊處理設備（6 〇)中，然後透過資訊處理設備（6 〇)内 的内建程式軟體進行選擇及調節，而利用程式軟體的運算，將此 結果傳遞至電子控制元件（3)的控制電路板（3 〇)，並利用 控制電路板（3 ◦)調控生化元件（4)中各導熱晶片（4 5) 的加熱條件（如溫度、時間或間續性），使對應的各導熱瓶（5 〇)内之香基叉熱而釋出氣味，並經混合而達到調節模擬嗅覺香 未的目的’以滿足使用者的需求。 ^再者，本發明另有一實施例，其係如第四圖所揭示者，控制 電路板j 3 0)上設置CPU處理晶片（圖中未示），並於殼座（2 〇)上设置若干選擇按鈕（80)，而由使用者事先將經程式軟 1235070 體傳輸輸入或燒錄於該CPU處理晶片中，讓使用者可透過選 鈕（8 0)不同的情境及需求，而其一樣可藉由内建的資料 模擬所需的嗅覺香味，以方便使用者於不同場所運用。 °即 歸納上述的說明，本發明同時具有上述眾多的效能與實用 價值，並可有效提升整體的經濟效益，因此本發明確實為一創立 極佳的發明，且在相同的技術領域中未見相同或近似的產品公$ 使用，故本發明已符合發明專利的要件，乃依法提出申請， 請賜准本發明專利。 、 【圖式簡單說明】 第圖·係本發明之分解示意圖，其揭示本發明之構成及其相 對關係。 ^ 第二圖：係本發明之外觀示意圖。 第二圖：係本發明運用時之外觀示意圖。 第四圖：係本發明另一實施之外觀示意圖。 【主要元件符號說明】 (10)嗅覺模擬機 (21)氣孔 (2 6 )氣孔 (3 〇)控制電路板 (3 5 )接頭 (4 0 )嵌座 (5 〇)導熱瓶 (8 0 )選擇按鈕 (2 0)殼座 (2 5 )殼蓋 (3) 電子控制元件 (3 1 )連接線 (4) 生化元件 (4 5)導熱晶片 (6 0)資訊處理設備1235070 IX. Description of the invention: [Technical field to which the invention belongs] The present invention relates to a digital olfactory simulator that can use application software to edit fragrances. By using the application software to change the special design of different scent release amounts, Can accurately adjust a variety of fragrances in different situations to meet the different needs of users' and can improve its economic benefits. [Previous technology] Press, because different odors can indeed have different responses to the human brain or body, such as refreshing, soothing, soothing, decompression, and emotional relief, and even further using different odors to stimulate the body to produce self-treatment As a result, more and more fragrance devices and appliances have been developed. However, most of the existing fragrance appliances or devices are mainly based on the release of a single fixed fragrance. (Such as natural essential oils or synthetic fragrances), and then placed in the aroma appliance, using a fan or heating to release the fragrance, and this type of aroma appliances can not change the released odor, and at most only change its fan Or the intensity of the heat source to adjust the intensity of its taste does not need to meet the needs of the user in different moods or environments. However, the rapid development of existing information technology has been able to complete many tasks that people could not achieve in the past, such as the use of information technology displays and audio equipment, and the visual and auditory satisfaction of human senses has developed to a subtle level. Degree, even human senses can no longer be sensed, so if we can develop an olfactory simulation device that uses digital information, and use the miniaturization of information equipment, the smell can be closer to the human body, and it can even be used to adjust people's different moods or situations. Needs, will meet the different needs of users. But as far as I know, in the existing aroma appliances or equipment, we have never been taught that we have developed an olfactory simulation device that uses digital information equipment. In other words, 1235070 a digital olfactory simulator that can adjust different fragrances does have its development. Necessary. In view of this, based on providing high-quality olfactory simulations of humans to enhance the role of human self-treatment and improve the quality of life, the inventors have actively sought a solution. After long-term research and development, they have finally successfully developed a The digital olfactory simulator simulates different fragrances to meet the needs of users in different situations. [Summary] To this end, the main object of the present invention is to provide a digital olfactory simulator for cooperating with users to adjust and simulate different fragrance bases, which can improve the quality of life. The present invention mainly achieves the above-mentioned objects and performances through the following technical means. The present invention mainly consists of: it includes at least an electronic control element, a biochemical element, and an information processing device, wherein the information processing device can pass the electronic The control element controls the biochemical element to simulate various olfactory fragrances; among them, the electronic control element is arranged in a shell base, and the electronic control element is equipped with a control circuit board in the shell base; and the biochemical element is arranged in the shell base at least More than one insert, the top surface of each insert is provided with a heat conducting chip connected to the control circuit board, and each insert is provided with a heat conducting bottle for receiving different fragrance bases, and each heat conducting bottle is connected with the heat conducting chip. The contact and information processing equipment can be used by users to control and select different scenarios and needs; thereby, the software in the information processing equipment can control the heating status of the thermal conductive chip through the control circuit board to adjust the release of the fragrance base in each thermal bottle. Quantity, and then achieve the purpose of changing the simulation of different fragrances to meet the user's sense of smell required in different situations. Next, a preferred embodiment will be enumerated, and other objects and effects of the present invention will be further explained in conjunction with the drawings and numbers, in order to enable your reviewing committee to have a more detailed understanding of the present invention and to familiarize those skilled in the art It can be implemented on the basis that the following 1235070 is only for explaining the preferred embodiments, and not for limiting the scope of the present invention. Therefore, any form of change or modification based on the creative spirit of the present invention, All still belong to the scope of the present invention. [Embodiment] The present invention is a digital olfactory simulator for remote control. Please refer to the first and second figures. The digital olfactory simulator (i) includes at least an electronic control element (3) and a biochemical element. (4) and an information processing device (60), wherein the information processing device (60) can control the biochemical element (4) through the electronic control element), and (4) the board can prepare various olfactory flavors; and regarding the detailed composition of the present invention, please With reference to the first, second and third figures, the electronic control element (3) of the digital olfactory simulator (1) is set in a cup-shaped shell base (20) with an upward opening. 2 0) a plurality of air holes (2 1) are formed at the periphery to penetrate the inside for fragrance release, and a shell cover (2 5) with air holes (2 6) is pivotally arranged on one side of the opening edge of the shell seat (20), For protection and to improve the beauty 'and the electronic control element (3) is provided in the housing (20) with a control circuit board (30), the control circuit board (30) has a connecting wire (3 1) 'The connection line (3 1) is provided with a connector (3) which can be inserted in the information processing equipment (60). 5), such as a USB connector or an RS232 connection line, and the control circuit board (30) is connected to the biochemical component (4) for easy manipulation; and the biochemical component (4) is housed in the housing (20) At least one rear seat (40) is provided, and the top surface of each insert (40) is provided with a thermal conductive chip (4 5) connected to the control circuit board (30) to utilize the control circuit board (30) The transmitted signals and currents produce different heating effects, and each inlay (40) is provided with a thermal flask (50) for receiving different fragrance bases, each thermal flask (50) and a thermal conductive wafer ( 4 5) Contact. In this way, different conductive degrees (4 5) can be used to heat the 1235070 heat transfer bottles (50) differently, so that different scent groups in the heat transfer bottle (50) can be heated and volatilized, and mixed into different The simulated fragrance; and the information processing equipment (60) connected to the control circuit board (30) of the electronic control element (3) can be a general computer or processor, and a pre-written program software is installed inside the program software. Allow users to control and select different scenarios and needs' and use programming software to decompile The information processing equipment (60) is then passed to the control circuit board (30) of the electronic control element (3), and the control circuit board (30) is used to adjust the heating of each thermal conductive wafer (45) in the biochemical element (4). Degree, so that different fragrance bases in the thermal flask (50) can be heated and volatilized, and then mixed into different simulated fragrances, and the group constitutes a digital olfactory simulator that can use computer software to regulate and emit different odors and meet various needs of users By. For the application of the present invention, please refer to those shown in the second and third figures. When the user uses the system, the heat transfer bottle (50) containing different fragrance bases is placed in the embedded heat transfer chip (45) in advance. The base (40), and the connector (3 5) of the digital olfactory simulator (10) connecting line (3 1) is inserted into the information processing device (60), and the user connects each biochemical component (4 The type and position of the incense base placed on the) are input into the information processing device (60) in advance, and then selected and adjusted by the built-in program software in the information processing device (60). The result is transmitted to the control circuit board (30) of the electronic control element (3), and the control circuit board (3 ◦) is used to regulate the heating conditions (such as temperature, time or temperature) of each thermally conductive wafer (4 5) in the biochemical element (4). Intermittent), so that the fragrant fork in the corresponding heat transfer bottle (50) is heated to release the odor, and after mixing to achieve the purpose of adjusting the simulated olfactory fragrance to meet the needs of users. ^ Furthermore, there is another embodiment of the present invention, as disclosed in the fourth figure, a CPU processing chip (not shown) is disposed on the control circuit board j 3 0), and is disposed on the housing (20). Several selection buttons (80), and the user inputs or burns the program software 1235070 into the CPU processing chip in advance, so that the user can use the selection button (80) to have different situations and requirements, and the same The built-in data can be used to simulate the required scent and smell, which is convenient for users to use in different places. To sum up the above description, the present invention has the above-mentioned numerous effects and practical values at the same time, and can effectively improve the overall economic benefits. Therefore, the present invention is indeed an excellent invention, and it is not the same in the same technical field. Or similar products are used publicly, so the present invention has met the requirements of the invention patent, and the application has been made in accordance with the law. Please grant the invention patent. [Brief Description of the Drawings] FIG. · Is an exploded view of the present invention, which reveals the structure of the present invention and its relative relationship. ^ Second figure: a schematic diagram of the appearance of the present invention. The second figure is a schematic diagram of the appearance of the present invention when it is used. The fourth figure is a schematic diagram of another embodiment of the present invention. [Description of main component symbols] (10) Olfactory simulator (21) Stomatal (2 6) Stomatal (30) Control circuit board (3 5) Connector (40) Insert (50) Heat transfer bottle (80) Button (2 0) Housing (2 5) Housing cover (3) Electronic control element (3 1) Connecting wire (4) Biochemical element (4 5) Thermal conductive chip (6 0) Information processing equipment