五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係為一種變溫風扇，係藉由加熱單元及感溫 單元，經控制單元之作動，調節室内溫度之風扇。 【先前技術】 [0002] 目前市面上之電風扇之暖風罩結構多為針對加熱通 過風扇之氣流功能設計作考量，屬於定溫式加熱結構， 缺乏具高度實用溫度可調整性之彈性附加功能，無法因 應現代多功可溫度調節之電風扇結構應用市場所要求高 實用價值之商業需求。 中華民國專利公告第M 3 8 3 0 5 2號之「家用電 風扇之暖風罩結構」，係在一電風扇前網罩，裝設有一 組蛛網型電熱氣柵，該前網罩中央設有一承座，該承座 造有數個穿孔，並由該承座輻射狀造設等距之網肋；該 蛛網型電熱氣柵係由一基座、複數個連結於該基座之幅 片，及繞設於該幅片上之發熱體所構成；該基座輻射狀 延設有複數個等角排列之連結臂，該些連結臂用以連結 幅片之一端，並使該幅片恰可對應一網肋；利用螺絲透 過穿孔及螺合孔使承座與基座相為螺合，及數個固定片 ，令該蛛網型電熱氣栅整體穩定固定在前網罩内面。 上述習用電風扇之暖風罩結構之技術缺點如下： 1 ·結構上較複雜，設計與生產成本較高，且組裝 不易。 2 ·加熱結構設計無法針對溫度作調節.，實用性受 限制。 表單編號A0101 第3頁/共12頁 M422604 3 ·電熱氣栅結構，易對通過氣流產生阻力，降低 效率。 综上所述，所提及關於電風扇之暖風罩結構技術， 儘管能夠達成在風扇氣流加熱輔助方面所具備之基本功 能要求，但存在使用時不具備實用溫度調變之彈性附加 功能，無法發揮作為電風扇之暖風罩結構所能產生之具 體產業應用效果。 由於習用電風扇之暖風罩結構技術，存在上述之缺 失與不足，基於產業進步之未來趨勢前提下，實在有必 要提出具體的改善方案，以符合產業進步之所需，更進 一步提供業界更多的技術性選擇。 【新型内容】 [0003] 故，習用電風扇之暖風罩結構技術在使用時不具備 實用溫度調變之彈性附加功能、整體結構簡單性以便於 使用維護與商業耐用強度強化效能性等附加實用功能之 缺點與不足的情況下，仍具有相當大的改善空間，可加 以改進以符合實用之進步性。 本創作係以解決習用電風扇之暖風罩結構僅具備在 風扇氣流加熱輔助方面所具備之基本功能要求，但實際 使用時不具備實用溫度調變之彈性附加功能，.以及存在 實用化技術等方面受到限制之問題，一方面在達成利用 簡單結構與溫控架構即可在單純風扇氣流加熱輔助功能 外延伸實用氣流溫度調整變化之附加功能/同時兼具使 用便利性實用效能，以因應實際之多樣化商業實用功能 為目的，另一方面，在強化整體構造之設計簡單性以提 升製程之生產彈性，以不增加成本之前提下，同時增進 表單编號A0101 第4頁/共12頁 耐用壽命與使用實用性，以達成所具備在風扇氣流加熱 輔助方面之實用附加性所應具備之基本功能要求外，並 使其兼具氣流溫度調整變化之附加功能設計、與風扇搭 載之一般通用性、簡化製程、高度強度構造設計與提升 整體質感與使用便利效能之具體商業化效益。 所以不論由主客觀條件觀之，本創作之變溫風扇， 在目前國内外專利中，確實無相關可與本創作既具備風 扇氣流加熱輔助之基本功能外，同時兼具氣流溫度調整 變化之附加運作彈性實用功能、整體結構簡單性以便於 使用操作與具備商業耐用強度強化效能性之具體商業化 .球益，且有效應用於新一代變溫風扇領域相並論者，具 備市場無可取代之技術優勢，極適合應用於新一代變溫 風扇產業等設備市場，勢必可以帶來變溫風扇相關產業 設備生產與製造產業關鍵市場之莫大商機。 為了達成上述目的及功能，一種變溫風扇，係包含 有一本體、一葉片單元、一加熱單元、一感溫單元、一 控制單元及一供電單元，其中： 葉片單元，係設於該本體，該葉片單元具複數葉片 加熱單元，係設於該本體，且該加熱單元設於葉片 單元之複數葉片相鄰之一側。 感溫單元，係設於該本體。 控制單元，係設於該本體，該控制單元分別電性連 接加熱單元及感溫單元。 供電單元，係設於該本體，該供電單元分別電性連 接加熱單元及控制單元。 表單編號A0101 第5頁/共12頁 M422604 上述加熱單元係加熱線圈或加熱燈管之任一。 上述加熱單元係位在葉片單元之複數葉片之前側或 後側之任一。 上述感溫單元係溫度感測器。 本創作變溫風扇之優點及特點在於： 1 ·經由感溫單元之偵測，且透過控制單元控制加 熱元件之開啟、關閉或進行溫度調整。 2 ·利用葉片單元之複數葉片，將加熱單元釋出之 熱氣溫度，可以均勻擴散於室内空間。 3 .結構簡單，生產成本低且便於組裝，搭配現有 之電風扇，可升級成為可調變溫風扇。 - 4 ·不影響電風扇之外型結構，使得整體外觀與質 感得以維持，同時提升其附加功能性。 【實施方式】 [0004] 請參閱第一圖，為本創作一實施例整體結構連結架 構示意圖，本創作係一種變溫風扇，係包含有一本體（ 1)、一葉片單元（2)、一加熱單元（3)、一感溫 單元（4)、一控制單元（5)及一供電單元（6)， 其中： 葉片單元（2)，係設於該本體（1)，該葉片單 元（2)具複數葉片（2 1 )。 加熱單元（3)，係設於該本體（1)，且該加熱 單元（3)設於葉片單元（2)之複數葉片（2 1 )相 鄰之一側；該加熱單元（3)係加熱線圈或加熱燈管之 任一，且該加熱單元（3)係位在葉片單元（2)之複 數葉片（2 1 )之前側或後側之任一。 表單編號A0101 第6頁/共12頁 感溫單元（4)，係設於該本體（i )，該感溫單 元（4)係溫度感測器。 控制單元（5) ’係設於該本體（1)，該控制單 兀（5)分別電性連接加熱單元（3)及感溫單元（4 )° 供電單元（6)，係設於該本體（1)，該供電單 兀（β)分別電性連接加熱單元（3)及控制單元（5 )0 清參閱第二、三圖’分別為本創作一實施例整體結 構外觀前視示意圖及整體結構本體底部示意圖，藉由設 於本體（1 )之感溫單元（4)感測室内之溫度，透過 與供電單元（6)電性連接之控制單元（5)，控制加 熱單元（3)之開啟、關閉或進行溫度高低之調整，並 經由葉片單元（2)之複數葉片（2丄）將熱氣均勻吹 散於至内，達到以調整自複數葉片（2 1 )及加熱單元 (3)通過之氣流溫度之變溫效果，調節一定空間範圍 内之室内溫度，而加熱單元（3)可設於葉片單元（2 )之複數葉片（2 1)之前侧〔如第二圖之實施例〕或 後側〔未繪示之另一實施例〕，且均以供電單元 供電，差別僅在於前者是先以複數葉片（2 1 )引進氣 流後再予以加熱，後者則是先將空氣加熱後再經複數葉 片（21 )以氣流方式導入室内空間，但兩者均能達成 針對氣流溫度作調整改變之具體功能性。 综合上述，本創作係針對變溫風扇之應用技術，特 指一種藉由包含有本體（1)、葉片單元（2)、加熱 單元（3)、感溫單元（4)、控制單元及供電 表單蹁號A0101 第7頁/共12頁 M422604 單元（6)之可調變溫度風扇結構，係以感溫單元（4 )感測室内之溫度，再經由與供電單元（6)電性連接 之控制單元（5)，控制加熱單元（3)作開啟、關閉 或進行溫度高低之調整，將熱氣以葉片單元（2)之複 數葉片（21)均勻導入室内空間，達到調整氣流溫度 之變溫效果，以調節一定空間範圍内之室内溫度，作一 最佳之改良與設計，為本創作對於變溫風扇所作最具體 之改良。 【圖式簡單說明】 [0005] 第一圖：本創作一實施例整體結構連結架構示意圖。 第二圖：本創作一實施例整體結構外觀前視示意圖。 第三圖：本創作一實施例整體結構本體底部示意圖。 【主要元件符號說明】 [0006] ( 1 )本體 (2) 葉片單元 (21)葉片 (3) 加熱單元 (4) 感溫單元 (5) 控制單元 (6) 供電單元 表單編號A0101 第8頁/共12頁V. New description: [New technical field] [0001] This creation is a variable temperature fan, which is a fan that adjusts the indoor temperature by the heating unit and the temperature sensing unit through the operation of the control unit. [Prior Art] [0002] At present, the structure of the heating hood of the electric fan on the market is mostly for the design of the airflow function of heating through the fan, belonging to the fixed temperature heating structure, and lacking the elastic additional function with high practical temperature adjustability. It is not possible to respond to the commercial needs of the high practical value required by the market for the application of modern multi-function temperature-regulated electric fan structures. The Republic of China Patent Notice No. M 3 8 3 0 5 2 "The heating hood structure of a household electric fan" is a net front grille equipped with a set of spider-type electric heating grilles, the front grille centrally located The socket has a plurality of perforations, and the socket is radially formed with equidistant mesh ribs; the spider-type electric grille comprises a base and a plurality of webs connected to the base. And a heating element disposed on the web; the base is radially provided with a plurality of equiangularly arranged connecting arms for connecting one end of the web, and the corresponding piece is corresponding a mesh rib; the screw is passed through the through hole and the screw hole to screw the socket and the base, and a plurality of fixing pieces, so that the spider wire type electric heating grille is stably fixed on the inner surface of the front grille. The technical disadvantages of the above-mentioned conventional electric fan hood structure are as follows: 1. The structure is complicated, the design and production cost are high, and the assembly is not easy. 2 · The heating structure design cannot be adjusted for temperature. The practicality is limited. Form No. A0101 Page 3 of 12 M422604 3 · Electric grille structure, easy to generate resistance through the airflow, reducing efficiency. In summary, the structure of the warm hood structure of the electric fan mentioned above, although the basic functional requirements of the fan airflow heating assistance can be achieved, there is a flexible additional function that does not have a practical temperature modulation when used, and cannot The specific industrial application effect that can be produced by the warm hood structure of the electric fan is exerted. Due to the above-mentioned shortcomings and shortcomings of the warm hood structure technology of the conventional electric fan, it is necessary to propose specific improvement plans based on the future trend of industrial progress, in order to meet the needs of industrial progress, and further provide the industry more More technical options. [New content] [0003] Therefore, the heating hood structure technology of the conventional electric fan does not have the flexible additional function of the practical temperature modulation, and the overall structural simplicity is convenient for the use of maintenance and commercial durability to enhance the performance and the like. In the case of shortcomings and deficiencies of practical functions, there is still considerable room for improvement, which can be improved to meet practical advancement. The creation of the heating hood structure for the conventional electric fan only has the basic functional requirements for the fan airflow heating assistance, but the actual use does not have the elastic additional function of the practical temperature modulation, and the practical technology exists. On the one hand, the problem of limited access, on the one hand, the use of a simple structure and temperature control architecture can extend the additional function of the airflow temperature adjustment and change in the simple fan airflow heating auxiliary function / at the same time, it has the convenience of practical use, in order to respond to the actual situation. For the purpose of diversifying commercial and practical functions, on the other hand, it is to enhance the design simplicity of the overall structure to enhance the production flexibility of the process, and to increase the cost without increasing the cost, while enhancing the form number A0101 Page 4 / Total 12 pages Lifetime and practicality to achieve the basic functional requirements of the practical add-on of the fan airflow heating assistance, and the additional functional design of the airflow temperature adjustment and the general versatility of the fan mounting Simplify process, high-strength structural design and enhance overall texture and use Lee effectiveness of specific commercial benefits. Therefore, regardless of the subjective and objective conditions, the variable temperature fan of this creation has no correlation between the current domestic and foreign patents, and it has the basic functions of fan airflow heating assistance, and also has the additional operation of airflow temperature adjustment and change. The flexible practical function and the simple structural simplicity make it easy to use the operation and the commercialization of the commercial endurance strength to enhance the effectiveness of the specific benefits, and effectively applied to the new generation of variable temperature fan field, with the irreplaceable technical advantages of the market, It is very suitable for the equipment market of the new generation of variable temperature fan industry, and it is bound to bring great business opportunities in the key markets of variable temperature fan related industrial equipment production and manufacturing industries. In order to achieve the above object and function, a variable temperature fan includes a body, a blade unit, a heating unit, a temperature sensing unit, a control unit and a power supply unit, wherein: a blade unit is disposed on the body, the blade The unit has a plurality of blade heating units disposed on the body, and the heating unit is disposed on one side of the plurality of blades of the blade unit. The temperature sensing unit is disposed on the body. The control unit is disposed on the body, and the control unit is electrically connected to the heating unit and the temperature sensing unit, respectively. The power supply unit is disposed on the body, and the power supply unit is electrically connected to the heating unit and the control unit respectively. Form No. A0101 Page 5 of 12 M422604 The above heating unit is either a heating coil or a heating tube. The heating unit is located at either the front side or the rear side of the plurality of blades of the blade unit. The above temperature sensing unit is a temperature sensor. The advantages and features of the variable temperature fan of the present invention are as follows: 1) The detection of the temperature sensing unit and the control unit control the opening, closing or temperature adjustment of the heating element. 2 • Using the plurality of blades of the blade unit, the temperature of the hot gas released from the heating unit can be uniformly diffused into the indoor space. 3. Simple structure, low production cost and easy assembly. With the existing electric fan, it can be upgraded to an adjustable temperature change fan. - 4 · Does not affect the external structure of the electric fan, so that the overall appearance and texture can be maintained, while enhancing its additional functionality. [Embodiment] [0004] Please refer to the first figure, which is a schematic diagram of an overall structure connection structure according to an embodiment of the present invention. The present invention is a variable temperature fan comprising a body (1), a blade unit (2), and a heating unit. (3) a temperature sensing unit (4), a control unit (5) and a power supply unit (6), wherein: the blade unit (2) is disposed on the body (1), the blade unit (2) Multiple blades (2 1 ). a heating unit (3) is disposed on the body (1), and the heating unit (3) is disposed on an adjacent side of the plurality of blades (2 1 ) of the blade unit (2); the heating unit (3) is heated Any one of a coil or a heating tube, and the heating unit (3) is located at either the front side or the rear side of the plurality of blades (2 1 ) of the blade unit (2). Form No. A0101 Page 6 of 12 The temperature sensing unit (4) is provided on the body (i), and the temperature sensing unit (4) is a temperature sensor. The control unit (5) is disposed on the body (1), and the control unit (5) is electrically connected to the heating unit (3) and the temperature sensing unit (4). The power supply unit (6) is disposed on the body. (1) The power supply unit (β) is electrically connected to the heating unit (3) and the control unit (5) 0, respectively. Referring to the second and third figures, respectively, a front view and an overall appearance of the overall structure of an embodiment of the present invention. The bottom view of the structure body is controlled by the temperature sensing unit (4) provided in the body (1), and the control unit (5) electrically connected to the power supply unit (6) controls the heating unit (3). Turning on, off, or adjusting the temperature, and uniformly blowing the hot air through the plurality of blades (2丄) of the blade unit (2) to achieve the adjustment of the self-complex blade (2 1 ) and the heating unit (3) The temperature change effect of the airflow temperature adjusts the indoor temperature in a certain spatial range, and the heating unit (3) can be disposed on the front side of the plurality of blades (2 1) of the blade unit (2) (as in the embodiment of the second figure) or after Side (another embodiment not shown), and all powered by a power supply unit The only difference is that the former first introduces the airflow after the plurality of blades (2 1 ) and then heats the air, and the latter heats the air and then introduces the airflow into the indoor space through the plurality of blades (21), but both can achieve the airflow. The temperature is adjusted to change the specific functionality. In summary, the present application is directed to the application technology of a variable temperature fan, specifically including a body (1), a blade unit (2), a heating unit (3), a temperature sensing unit (4), a control unit, and a power supply form. No. A0101 Page 7 of 12 M422604 The adjustable temperature fan structure of the unit (6) is a temperature sensing unit (4) that senses the temperature in the room and then is electrically connected to the power supply unit (6). (5), control the heating unit (3) to open, close or adjust the temperature, and the hot air is evenly introduced into the indoor space by the plurality of blades (21) of the blade unit (2) to adjust the temperature change effect of the airflow temperature to adjust The indoor temperature in a certain space area is the best improvement and design, which is the most specific improvement for the variable temperature fan. BRIEF DESCRIPTION OF THE DRAWINGS [0005] The first figure is a schematic diagram of the overall structure connection structure of an embodiment of the present invention. Second figure: a front view of the overall structure of an embodiment of the present invention. The third figure is a schematic diagram of the bottom of the whole structure body of an embodiment of the present invention. [Main component symbol description] [0006] (1) Body (2) Blade unit (21) Blade (3) Heating unit (4) Temperature sensing unit (5) Control unit (6) Power supply unit form No. A0101 Page 8/ Total 12 pages