M327456 八、新型說明： 【新型所屬之技術領域】 本新型關於一種加熱設備，尤指一種室溫加熱設備。 【先前技術】 習知用以加熱室溫的室溫加熱設備可概分為兩種：一種 是利用電阻值大的材料（如石英管、陶瓷）將電能轉換成熱 能，藉此散發熱量來達到加熱空氣的目的；惟因該種設備並 無強制對流空氣的裝置，導致其無法將熱空氣吹送至空間各 處，因而熱空氣易滯留於輩^ ^ L刃π y於早區域，且該種設備加熱的同 時，也會蒸發水分，導致空間内 、 守双二间Μ座度低而呈乾燥，應用性較 差。 另-種則是將上述構造再輔助一風扇來吹送熱空氣，但 是’因為該種設備的熱氣行程較短，意即發熱區域與風扇距 離接近’㈣熱區域内熱空氣將無法均U合即被風 送’此將導致送熱不均的問題’並且，該種設備也有 乾燥的缺失。 ^ 【新型内容】 緣是，本新型之目的在於提供一種可吹送均等 空氣的室溫加熱設備。 …、 本新型之另-目的在於提供一種可保持熱空 加室内舒適度之室溫加熱設備。 曰 5 M327456 為達上述目的，本新型提供一種室溫加熱設備，包含 一殼體單元、一加熱裝置、一導流裝置，以及一強制對流 置。該殼體單元包括一外殼組與一内殼組，該外殼組界定 容置空間，並具有分別設置於其前側與其後側的一進氣口 一出氣口；該内殼組容設於該容置空間内，並將該容置空 分隔成一連通該進氣口的進氣室、與一連通該出氣口的對 室，且該内殼組具有一貫穿且連通該進氣室及該對流室的 孔。該加熱裝置設置於該對流室的底側，用以加熱位於該 流室的冷空氣使成熱空氣。該導流裝置裝設於該對流室的 側，並具有多數條相間隔且分別連通該對流室與該出氣口 以供空氣流設的導流岐管。該強制對流裝置組設於該進氣 内並鄰接該通孔，用以強制冷空氣由該進氣口經該進氣室 該通孔而流入該對流室，以及強制對流上升的熱空氣由該 流室流經該等導流岐管而排出該出氣口外。 【實施方式】 根據上述之目的，茲舉較佳實施例並配合圖式加以說 本新型所採用的技術手段及其功效。 參見第1圖、第2圖、第3圖。如圖所示，為本新型室 加熱設備的一較佳實施例。該室溫加熱設備包含：一殼體 元1、一加熱裝置2、一導流裝置3，以及一強制對流裝置/ 殼體單元1包括一外殼組11與一内殼組12。外殼組11 一前側及頂側呈開放的底框111、一前側呈開放且框組於 裝 與 間 流 通 對 頂 用 室 及 對 明 溫 單 [° 由 底 6 M327456 ‘框111外侧的外框11 2，以及一封閉底框111及外框i丨2前側的 前蓋板11 3所組成。藉由上述元件，可共同界定一位於内側 的容置空間114。其中，前蓋板11 3具有一由前朝後貫穿形成 的進氣口 11 5 ;底框111及外框11 2相對應地各具有一貫通其 後面的出氣口 11 6、11 7。在本實施例中，進氣口 11 5、出氣 口 11 6、11 7皆是與容置空間11 4相通；此外，本實施例的室 -溫加熱設備還在進氣口 11 5及出氣口 11 6、11 7中各對應地裝 _ 組網窗11 8 ’以避免使用者手指誤伸入，以及防止灰塵蚊繩 等異物侵入本加熱設備的内部。 内殼組12容設於容置空間114，並由一頂側呈開放的裝 置殼體1 21、一螺鎖於裝置殼體丨21上方以封閉其頂側的頂板 122 ’以及一組設在裝置殼體ι21及頂板122之間的隔板i23 所組成。其中’裝置殼體1 2 1具有一形成於其前側的凹部 124，和一沿前後方向貫穿凹部124的通孔125 ;藉由裝置殼 體1 21的機構設計，可將容置空間1丨4分隔成一連通進氣口 Φ 115的進氣室126、與一連通出氣口 in 117的對流室127。 隔板1 2 3具有二間隔凸設於其頂面的間隔塊丨2 8，用以增加一 緩衝間距，以避免高熱由頂板傳導出殼體單元1外側，而防 止燙傷。 在本實施例中，加熱裝置2由四個用以發散熱量的燈泡 21與其組件，包含供燈泡套設以固定燈泡2 1位置的燈座2 2、 . 與燈泡21形成電連接用以供給電能的電源單元（圖未示）、 塾圈2 3、及保險絲（圖未示）等所組成。加熱裝置2組設於 7 M327456 裝置殼體1 21上且位於對流室1 27底側’其藉該等燈泡21加熱 位於對流室127的冷空氣，使形成為熱空氣。必須注意的是 在本實施例中，燈泡21數量為四，然其亦可因設計^求而7^更 改數量’非以所揭露者為限。 導流裝置3裝設於隔板123下方，亦即位於對流室127的 頂側。該導流裝置3具有多數條相間隔且分別連通對流室工27 與出氣口 116、117的導流岐管31 (見第3圖），用以供1空氣流 設。該導流岐管31至少具有下列兩個優點：其一，可以延長 熱空氣在對流室127内的時間，而具有聚熱效果；其二，^ 下述將熱空氣向外吹送時，可以使吹送行程加長，而均勻空 氣溫度。 在本實施例中，強制對流裝置4是由風扇41、驅動風扇 41運轉的馬達42、與馬達42電性連接用以供給馬達42電能的 電源單元（圖未示）、以及電連接馬達42用以控制馬達42運 轉與否的控制開關43。強制對流裝置4係組設於進氣室J 26 内並鄰接通孔125，用以強制冷空氣由進氣口 115經進氣室 1 26及通孔1 25而流入對流室丨27，以及強制對流上升的熱空 氣由對/爪至1 2 7流經導流岐管3 1而排出於出氣口 11 6、11 7外。 藉由上述的機構設計，當使用者欲加熱室溫時，可開啟 強制對流裝置4的控制開關43，以驅動馬達42連同風扇41運 轉’位於殼體單元1外的冷空氣將會受強制對流裝置4的驅 使，而由外部流經進氣口 115及進氣室126，進而流入對流室 127。位於對流室127内的冷空氣將受燈泡21加熱而成熱空 8 M327456 氣’熱空氣會於對流室127對流上升同時受風扇41的強制驅 使上升、進而流入導流岐管31、再流於出於出氣口 116、117 外；如此，即可增加室内溫度。M327456 VIII. New description: [New technical field] The present invention relates to a heating device, especially a room temperature heating device. [Prior Art] It is known that a room temperature heating device for heating a room temperature can be roughly classified into two types: one is to convert electric energy into heat energy by using a material having a large electric resistance value (such as a quartz tube or a ceramic), thereby dissipating heat to achieve The purpose of heating the air; however, because the device does not have a device for forcing convective air, so that it cannot blow hot air to all parts of the space, so the hot air is liable to stay in the early area, and the species When the equipment is heated, it will also evaporate water, resulting in a low degree of squatting in the space, and the drying is poor, and the applicability is poor. Another type is to use the above structure to assist a fan to blow hot air, but 'because the hot air stroke of the device is short, meaning that the heating area is close to the fan'. (4) The hot air in the hot area will not be U It is sent by the wind 'this will cause the problem of uneven heat transfer' and the equipment is also lacking in drying. ^ [New content] The reason is that this new type of object is to provide a room temperature heating device that can blow equal air. ..., another of the present invention - the object is to provide a room temperature heating device that maintains the comfort of the air and the interior.曰 5 M327456 To achieve the above object, the present invention provides a room temperature heating apparatus comprising a housing unit, a heating device, a flow guiding device, and a forced pair flow. The housing unit includes an outer casing group and an inner casing group, the outer casing group defining an accommodation space, and having an air inlet and an air outlet respectively disposed on the front side and the rear side thereof; the inner casing group is accommodated in the outer casing Separating the space into an air inlet chamber communicating with the air inlet and a pair of chambers communicating with the air outlet, and the inner casing group has a through and communicating air inlet chamber and the convection The hole in the room. The heating device is disposed on a bottom side of the convection chamber for heating the cold air located in the flow chamber to be heated air. The flow guiding device is disposed on the side of the convection chamber, and has a plurality of guiding tubes which are spaced apart and respectively communicate with the convection chamber and the air outlet for air flow. The forced convection device is disposed in the intake air and adjacent to the through hole for forcibly cooling the air from the air inlet through the through hole of the air inlet chamber into the convection chamber, and forcing the convection to rise hot air by the The flow chamber flows through the guide tubes and is discharged outside the gas outlet. [Embodiment] In light of the above, the preferred embodiments and the drawings are used to illustrate the technical means and the effects thereof. See Figure 1, Figure 2, and Figure 3. As shown, a preferred embodiment of the present invention is a room heating apparatus. The room temperature heating apparatus comprises: a housing member 1, a heating device 2, a flow guiding device 3, and a forced convection device/housing unit 1 including an outer casing group 11 and an inner casing group 12. The outer casing group 11 has an open bottom frame 111 on the front side and the top side, a front side open, and a frame group in the space between the top and the bottom, and the outer frame 11 on the outer side of the frame 111 from the bottom 6 M327456. 2, and a closed bottom frame 111 and a front cover 11 3 on the front side of the outer frame i丨2. With the above elements, a housing space 114 located on the inner side can be collectively defined. The front cover plate 13 has an air inlet 11 5 formed through the front and the rear. The bottom frame 111 and the outer frame 11 2 respectively have an air outlets 116, 11 7 extending through the rear. In this embodiment, the air inlet 11 5 and the air outlets 11 6 and 11 7 are all in communication with the accommodating space 11 4; further, the chamber-temperature heating device of the embodiment is also at the air inlet 11 5 and the air outlet. 11 6 and 11 7 are respectively equipped with _ group net window 11 8 'to prevent the user's fingers from being accidentally inserted, and to prevent foreign matter such as dust and mosquito cord from intruding into the interior of the heating device. The inner casing group 12 is disposed in the accommodating space 114, and is formed by a top side open device housing 21, a screwed over the device housing 丨21 to close the top side of the top plate 122', and a set of A partition i23 between the device casing ι21 and the top plate 122 is formed. The device housing 112 has a recess 124 formed on the front side thereof and a through hole 125 extending through the recess 124 in the front-rear direction. The housing of the device housing 21 can accommodate the receiving space 1丨4. It is divided into an inlet chamber 126 that communicates with the inlet port Φ 115, and a convection chamber 127 that communicates with the outlet port in 117. The partition plate 121 has two spacer blocks 2.82 spaced apart from the top surface thereof to increase a buffering pitch to prevent high heat from being conducted from the top plate to the outside of the casing unit 1 to prevent burns. In the present embodiment, the heating device 2 is composed of four bulbs 21 for dissipating heat and a component thereof, and includes a lamp holder 2 for fixing the position of the bulb 21, and an electrical connection with the bulb 21 for supplying electric energy. The power unit (not shown), the ring 2 3, and the fuse (not shown) are used. The heating device 2 is disposed on the 7 M327456 device housing 1 21 and is located on the bottom side of the convection chamber 127. The cold bulbs in the convection chamber 127 are heated by the bulbs 21 to form hot air. It must be noted that in the present embodiment, the number of the bulbs 21 is four, but it may be changed by the design and the number is not limited to those disclosed. The flow guiding device 3 is mounted below the partition 123, i.e., on the top side of the convection chamber 127. The flow guiding device 3 has a plurality of guide tubes 31 (see Fig. 3) spaced apart from each other and communicating with the convection chambers 27 and the outlets 116, 117, respectively, for supplying 1 air. The guiding manifold 31 has at least the following two advantages: one can extend the time of the hot air in the convection chamber 127, and has a heat collecting effect; and second, when the hot air is blown outward, the following can be made The blowing stroke is lengthened while the air temperature is uniform. In the present embodiment, the forced convection device 4 is a fan 41, a motor 42 that drives the fan 41, a power supply unit (not shown) that is electrically connected to the motor 42 for supplying electric power to the motor 42, and an electric connection motor 42. The control switch 43 controls whether the motor 42 is operated or not. The forced convection device 4 is disposed in the intake chamber J 26 and adjoins the through hole 125 for forcibly cooling the air from the intake port 115 through the intake chamber 1 26 and the through hole 1 25 into the convection chamber , 27, and forcing The convectively rising hot air is discharged from the air outlets 161, 11 7 from the pair/claw to 127 through the weir pipe 3 1 . With the above mechanism design, when the user wants to heat the room temperature, the control switch 43 of the forced convection device 4 can be turned on to drive the motor 42 together with the fan 41. The cold air outside the housing unit 1 will be forced to convective. The device 4 is driven to flow from the outside through the intake port 115 and the intake chamber 126, and further flows into the convection chamber 127. The cold air in the convection chamber 127 will be heated by the bulb 21 to form a hot air. 8 M327456 The air will rise in the convection chamber 127 while being forced to rise by the fan 41, and then flow into the diversion tube 31 and re-flow. Out of the air outlets 116, 117; thus, the indoor temperature can be increased.
本實施例透過風扇41、對流室127、導流岐管31的共同 設置’拉長空氣流動行程’將可更有效混合、均等冷空氣所 增加的溫度’並且可強力朝外排出熱空氣，以吹送至室内各 處，應用性佳；同時’由於本實施例是利用燈泡2ι加熱空氣， 不會蒸發空氣中水分，如此可令熱空氣溼度適宜，增加使用 者使用時的舒適度。以上 '確實達到本新型之創作目的。 在此值得一提的是，本實施例還可增設一與加蓺裝置2 形成電連接並可控制加熱裝置2之燈泡21所發散熱量的溫度 控制器5,以利使用者調節欲加熱溫度；或者 侧=滑輪（圖未示），以方便使用者移動該設備；藉此& 將可杧加本實施例的應用性與設計靈活度。 本新型雖已藉上述較佳實施例加Μ細說明，惟以上所 述者、，僅用以說明本新型使熟知本技藝者可更易於了解本新 型，並非用來限；t本新型實施的範圍。故而，凡依本新型申 請專利範圍所述之形狀構造特徵及精神所為的均等變化與 修飾，均應包含於本新型的申請專利範圍内。 【圖式簡單說明】 一較佳實施例的立 第1圖是繪示本新型室溫加熱設備之 體爆炸圖。 9 M327456 第2圖是繪示該較佳實施例的j 第3圖是繪示該較佳實施例的^ 空氣可經該室溫加熱設備加熱而成 【主要元件符號說明】 1.殼體單元 11. 外殼組In the present embodiment, by the common arrangement of the fan 41, the convection chamber 127, and the guiding manifold 31, the 'elongating air flow stroke' can more effectively mix and equalize the increased temperature of the cold air and can strongly discharge the hot air outward. Blowing it indoors, it has good applicability; at the same time, 'Because this embodiment is to use the bulb 2 to heat the air, it will not evaporate the moisture in the air, so that the humidity of the hot air is suitable, and the comfort of the user is increased. The above 'really achieves the creative purpose of this new type. It is worth mentioning that, in this embodiment, a temperature controller 5 which is electrically connected with the twisting device 2 and can control the heat dissipation amount of the bulb 21 of the heating device 2 can be added to facilitate the user to adjust the temperature to be heated. Or side = pulley (not shown) to facilitate the user to move the device; thereby & will be able to add the applicability and design flexibility of this embodiment. The present invention has been described in detail by the above-described preferred embodiments, but the above description is only for explaining the present invention, and the present invention can be more easily understood by the skilled person, and is not intended to be limited; range. Therefore, all changes and modifications to the shapes and spirits described in the scope of the present invention should be included in the scope of the present patent application. BRIEF DESCRIPTION OF THE DRAWINGS A first embodiment of the present invention is an exploded view of the present invention. 9 M327456 FIG. 2 is a diagram showing the preferred embodiment. FIG. 3 is a diagram showing that the air of the preferred embodiment can be heated by the room temperature heating device. [Main component symbol description] 1. Housing unit 11. Shell group
:體組合圖。 P分組合示意圖，說明冷 熱空氣。 111. 底框 112. 外框 113. 前蓋板 114. 容置空間 11 5.進氣口 11 6.出氣口 117.出氣口 11 8.網窗 12. 内殼組 1 21.裝置殼體 122.頂板 1 2 3.隔板 1 2 4.凹部 1 2 5.通孔 126. 進氣室 127. 對流室 10 M327456 128.間隔塊 2. 加熱裝置 21. 燈泡 22. 燈座 23. 墊圈 3. 導流裝置 31.導流岐管 4. 強制對流裝置 41. 風扇 42. 馬達 43. 控制開關 5. 温度控制器: Body combination chart. P sub-combination diagram, indicating hot and cold air. 111. The bottom frame 112. The outer frame 113. The front cover 114. The accommodation space 11 5. The air inlet 11 6. The air outlet 117. The air outlet 11 8. The mesh window 12. The inner casing group 1 21. The device housing 122 Top plate 1 2 3. Partition 1 2 4. Recess 1 2 5. Through hole 126. Inlet 127. Convection chamber 10 M327456 128. Spacer 2. Heating device 21. Lamp 22. Lamp holder 23. Washer 3. Diversion device 31. Diversion manifold 4. Forced convection device 41. Fan 42. Motor 43. Control switch 5. Temperature controller