200902833 九、發明說明： 【發明所屬之技術領域】 5 15 置之ΐίΪ係與百葉窗有關，特別是關於一種具有加熱裝 【先前技術】 用者窗光遍窗戶射入樓房内，使 有效地降低陽光的輕射熱自= 以 的結構安裝於窗戶的内側 最早係以垂吊式 界後來也推出可以安^吏用者不同的需求，業 ^ 7乂文虞於囪戶外側的百葉窗結構。 及；!ί 主要具有一外框、數個長片狀的葉板以 雜、麵顧設射卜框，並且可則目對於外框 此，# 則連接於各葉板之一端，能帶動各葉板擺動， ‘荦柄由連動桿來控制各葉板的開啟或閉合，則 田各葉板閉合時，各葉板即可阻隔陽光的輕射熱。 阳眩2 ’該百葉窗結構係裝設於窗戶外側，雖然其可以 此陆出、’的輕射熱，但在陽光的直接照射下，各葉板將吸 的輕射熱而提高本身的溫度，則各葉板仍將因對流 ”、、的傳導而影響到室内溫度’因此，若能使用該百葉窗結 構來接收陽光的熱能’並且再轉化使用，則不僅可降低室 内溫度，也能符合現今節省能源的潮流。 - 【發明内容】 本發明之主要目的在於提供一種具有加熱裝置之百葉 20 200902833 窗，其應用百葉窗之結構來加熱用水，而能降低能源的損 耗，且能加強百葉窗隔熱的效果。 、 是以，為達成本發明之目的，本發明所提供一種具有 加熱裝置之百葉窗，係包含有：一外框；一受熱管組係由 5金屬材質製成，且裝設於該外框之内面，該受熱管組設有 數個受熱管，各該受熱管係間隔地排列；數個加敎板^由 金f材質製成，且呈長片狀，其各設於該受熱管组之各受 熱管，各該加熱板設有一連動部；以及一連動件係連接於 各該加熱板之連動部，用以使各該加熱板以各該 . 10 Z心而來回地擺動；藉此，當水流入該受熱管組之:受教 二中，則各該加熱板伽收陽光且轉化成減，而加 該文熱管中的水，進而可達到節省能源的目的。 【實施方式】 15 ，了詳細說明本發明之構造及特點所在，_以下之 車乂佳貫施例並配合圖式說明如后，其中： 圖係本發明第-較佳實關之局部立體示意圖。 第一圖係第一圖之局部分解圖。 第三_本發明第—較之局部平面示音圖， 顯f本發明之循環系統與受熱管組的連結。、 第四圖係本發明第一較佔眘 圖。 毕乂佳實^例之-使用狀態剖視 第五圖係本發明第一較佳警 圖。 實知例之另一使用狀態剖視 20 200902833 ^六圖係本發日二健#_之外觀示意圖。 七圖係本發明第二較佳實施狀局部平面示意圖。 、八圖係本發0料四較佳實施例之局部分解圖。 5 15 且有Π ^參㈣―81至第三圖所示’本發明所提供一 rt加熱裝置之百葉窗1，其包含有-外框H)、-受教管 、、且20、數個加熱板3G以及—連動件4G，其中·· 材質戶^^係呈Ί邊形之抠體狀。受熱管組2G係由金屬 ，且裝设於外框10的内侧面，受熱管組20形 兩端2直立式賴㈣結構，其設#數個受鮮2卜且 兩々> 處各形成一入水ο 23坊？山L·- η 係間隔地排列。23與—出水口 &而各受熱管21 盘-板3G係呈長片形，其設有—金屬材質之板體31 犯而^33 ’ M 31之中間形成一半圓柱狀之貼合部 膠咬、、包棉層33係由導熱性差的材f所構成，如發泡塑 ^=^熱^3^關獅成—半_狀之貼合 各隔熱層;;t:C5;藉此’將各板體31與 職坊貼覆^受1 包Λ各21，並以其貼合部 如之連連tt4r核鱗孔41，祕㈣連齡各加熱板 加熱？=:=:移動時，_各 1省艰珣53以及一埶士 ss ρ , ‘、、、水1555，溫控器51係接於受熱管組 20 200902833 20之出水口 25,當受熱管組2〇200902833 IX. Invention: [Technical field of invention] 5 15 置 Ϊ Ϊ 有关 有关 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The structure of the light-fired heat from the inside of the window was first installed on the inside of the window, and the hang-up type was later introduced to meet the different needs of the users, and the louver structure on the outdoor side of the chimney. And; ί mainly has a frame, a number of long-leaf louvers to make a miscellaneous, face-to-face frame, and can be used for the outer frame, # is connected to one of the lobes, which can drive each The leaf plate swings, 'The handle is controlled by the linkage rod to control the opening or closing of each leaf plate. When the leaf plates are closed, each leaf plate can block the light heat of sunlight. Yangxuan 2 'The louver structure is installed on the outside of the window. Although it can be used for the land, 'light radiation heat, under the direct illumination of the sunlight, each leaf plate will absorb the light and heat it to increase its temperature. Then the louvers will still affect the indoor temperature due to the conduction of convection. Therefore, if the louver structure can be used to receive the heat energy of the sunlight' and then re-converted, it can not only reduce the indoor temperature, but also meet the current saving. [Inventive] The main object of the present invention is to provide a louver 20 200902833 window with a heating device, which uses the structure of the louver to heat water, thereby reducing energy loss and enhancing the heat insulation effect of the louver. In order to achieve the object of the present invention, the present invention provides a louver having a heating device, comprising: an outer frame; a heat receiving tube set made of 5 metal material and mounted on the outer frame The inner surface of the heat-receiving tube is provided with a plurality of heat-receiving tubes, and the heat-receiving tubes are arranged at intervals; a plurality of twisting plates are made of gold f material and are long-shaped, Each of the heat-receiving tubes of the heat-receiving tube group, each of the heating plates is provided with a linking portion; and a linking member is connected to the linking portion of each of the heating plates, so that each of the heating plates is formed by each of the heating plates. Swinging back and forth; thereby, when water flows into the heated tube group: in the second teaching, each of the heating plates collects sunlight and converts into a minus, and the water in the heat pipe is added to achieve energy saving. [Embodiment] 15 is a detailed description of the structure and characteristics of the present invention, _ the following 乂 乂 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳 佳The first figure is a partial exploded view of the first figure. The third embodiment of the present invention is compared with the partial planar sound map, which shows the connection between the circulation system of the present invention and the heated tube group. The first comparison is based on the example of the use of the state of the fifth diagram is the first preferred alarm diagram of the present invention. Another use of the actual example of the cross-sectional view 20 200902833 ^ six maps of the hair A schematic diagram of the appearance of Rijijian #_. The seventh diagram is the second preferred embodiment of the present invention. A partial plan view of the preferred embodiment of the present invention. 5 15 and Π ^ (4) - 81 to the third figure shown in the present invention, the louver 1 of the rt heating device provided by the present invention , which includes a - frame H), - a tube, 20, a plurality of heating plates 3G, and a linkage member 4G, wherein the material is a body-shaped body. The 2G system is made of metal and is mounted on the inner side of the outer frame 10. The heat-receiving tube group 20 has two ends and two upright type (four) structures, and the number of the two received fresh and two sides is formed into a water. 23 Fang? Mountain L·- η is arranged at intervals. 23 and - outlets & and each heated tube 21 disc-plate 3G is in the form of a long piece, which is provided with a metal plate 31 and ^33' In the middle of M 31, a semi-cylindrical bonding portion is formed, and the covering layer 33 is composed of a material f having poor thermal conductivity, such as a foaming plastic ^^^^^^^^^^^^^^^^ Insulation layer; t: C5; by this, 'each board 31 and the workshop are covered ^ by a pack of 21, and with its fitting part, such as tt4r nuclear scale hole 41, secret (four) company Heating each heating plate? =:=: When moving, _ 1 province hard 53 and a gentleman ss ρ , ', ,, water 1555, thermostat 51 is connected to the water outlet 25 of the heat pipe group 20 200902833 20, when the heat pipe group 2〇
藉此，茲說明本發明之使用與功能如下： 首先，冷水管P將冷水由受熱管組2〇之入水口幻送 熱管21中’則各加熱板％可視陽光的強弱調整其 省文或閉合(如第四圖與第五圖所示），當陽光持續地照射於 各加熱板30時，各加熱板3〇之溫度將逐漸地上升，並且 ^熱傳導至各受熱管2卜進崎各受熱管21巾之冷水加 熱，接著循環系統50之溫控器51偵測水溫到達預定溫度 Μ後則將熱水引至儲水筒53中儲存；因此，當使用者欲使 5用熱水時，即可由儲水筒53之主流管531中引用，並且可 依照個人需求，由熱水器55提高熱水溫度。 則循環系統50 熱管級20之入 另外’若陽光較弱時，各加熱板30產生之熱能有限， 匕50可將水由儲水筒53之副流管533引導至受 之入水口 23再次地加熱，而可逐次地提面水溫 20至預定溫度。 再者，各加熱板30之隔熱層33能有效地將熱能封鎖 =各加熱板30中，藉此，除了能讓受熱管組20之各受熱 B 得到較好的加熱效果外，也避免讓熱能傳導至室内， 而能進一步地加強百葉窗丨的隔熱效果；當然，各加熱板 200902833 3〇亦可僅由金屬材質之板體31構成，且包覆各 進而能節省成本。 又.，，、eU， 除了前述之實施例外，本發明亦可應用如下： 本發明可加裝一電控組(圖上未示），電控組設有一光檢 5 =器智能電路以及-驅動單元，其係由光檢知器檢^ 陽光之強度與照射角度，並將資料交由智能電路處理，智 旎電路係連接於驅動單元，且能控制驅動單元之動能輸 出，而驅動單元則連接於連動件40，因此，智能電路可由 驅動單元來控制連動件40擺動，使各加熱板3〇位於預定 10的角度，藉此，當陽光強烈或下雨時，電控纽可使各加熱 板30閉合(如第四圖所示），以防止陽光射入或雨水流入室 内，而陽光微弱時，則各加熱板3〇開啟(如第五圖所示）， 此時由於各加熱板30之板體31係金屬材質製成，所以各 加熱板30可折射陽光進入室内，讓室内之亮度提高。 15 另外，如第六圖所示，受熱管組20亦可應用成橫式架 構，亦即各加熱板3〇係橫向地設置，而同樣可達到本發明 之功效；或如第七圖所示，受熱管組20A係形成連續S狀 的架構，其各受熱管21A間隔地設置，而讓冷水可循環地 加溫；當然，本發明亦可應用成多個受熱管組20串接或並 2〇接’讓水可多次循環且快速地受熱。 此外，如第八圖所示，各加熱板30B之板體31B於兩 長側邊分別形成一樞接部314B，與一突起狀之卡合部 316B’而各隔熱層33B之兩長側邊亦分別形成一樞接部 334B，係對應樞接於板體3ib之樞接部314B，與一凹狀之 200902833 口B P IT ’係可對應卡合或分離於板體31B之卡合部 別設有^請各板體31與各隔制33可於其兩長側邊分 埶4應之卡合部（圖上未示），則各板體31與各隔 ^板30、可對應卡合或分離；11此，將可更方便地組裝各 ^鮮組2G之各受熱管21亦可與各加熱板30 體成型製成，即將各受熱管21製作成扁平狀(圖 上^不），而各加熱板30之隔熱層33同樣可以黏言免於内面， 以得到同樣的效果，並且降低成本。 1〇 *，由上述實施例之說明，應用本發明具有加熱裝置之 百=窗時，其利用太陽能來提供所需之熱水，能節省能源， 讓室内有良好的隔熱效果，以降低室溫，且再配合循環系 統50，使熱水之溫度可以符合使用者需求；當然，本發明 之加熱結構亦可應用於屋頂上，即利用各加熱板3〇鋪設於 15屋頂，則各加熱板30同樣可視陽光的強弱調整角度。 綜上所陳，本發明於前揭實施例中所揭露的構成元 件’僅為舉例說明’並非用來限制本案之範圍，其他等效 元件的替代或變化’亦應為本案之申請專利範圍所涵蓋。 200902833 【圖式簡單說明】 第一圖係本發明第一較佳實施例之立體示意圖。 第二圖係第一圖之局部分解圖。 第三圖係本發明第一較佳實施例之局部平面示意圖， 5係顯示本發明之受熱管組與循環系統的連結。 第四圖係本發明第一較佳實施例之一使用狀態剖視 圖。 第五圖係本發明第一較佳實施例之另一使用狀態剖視 圖。 10 第六圖係本發明第二較佳實施例之外觀示意圖。 第七圖係本發明第三較佳實施例之局部平面示意圖。 第八圖係本發明第四較佳實施例之局部分解圖。 10 200902833 【主要元件符號說明】 百葉窗1 外框10 受熱管組20&20A 受熱管21&21A 入水口 23 5 出水口 25 加熱板30&30B 板體31&31B 貼合部312 樞接部314B 卡合部316B 隔熱層33&33B 貼合部332 枢接部334B 卡合部336B 10 連動部35 連動件40 接孔41 循環系統50 溫控器51 儲水筒53 主流管531 熱水器55 副流管533Therefore, the use and function of the present invention are as follows: First, the cold water pipe P will be cooled by the heat pipe group 2 into the water inlet phantom heat pipe 21', then each heating plate% can be adjusted according to the strength of the sunlight to save the province or close (As shown in the fourth and fifth figures), when the sunlight is continuously irradiated to each of the heating plates 30, the temperature of each of the heating plates 3 will gradually rise, and the heat is transmitted to the respective heat receiving tubes 2 The cold water of the heat pipe 21 is heated, and then the temperature controller 51 of the circulation system 50 detects that the water temperature reaches the predetermined temperature, and then the hot water is led to the storage tank 53 for storage; therefore, when the user wants to use 5 hot water, It can be referred to by the main flow tube 531 of the water storage tank 53, and the hot water temperature can be raised by the water heater 55 according to individual needs. Then, the circulation system 50 enters the heat pipe stage 20. If the sunlight is weak, the heat energy generated by each of the heating plates 30 is limited, and the water 50 can guide the water from the auxiliary flow pipe 533 of the water storage cylinder 53 to the water inlet 23 to be heated again. , the surface water temperature can be raised 20 times to a predetermined temperature. Moreover, the heat insulating layer 33 of each of the heating plates 30 can effectively block the heat energy = in each of the heating plates 30, thereby avoiding the better heating effect of the heat receiving B of the heat receiving tube group 20, and avoiding The heat energy is transmitted to the room, and the heat insulation effect of the louver can be further enhanced. Of course, each of the heating plates 200902833 3 can also be composed only of the metal plate 31, and each of the heating plates can save cost. In addition to the foregoing implementations, the present invention can also be applied as follows: The present invention can be retrofitted with an electronic control group (not shown), and the electronic control group is provided with a photodetector 5 = intelligent circuit and - The driving unit is configured to detect the intensity and the illumination angle of the sunlight by the light detecting device, and the data is processed by the intelligent circuit, the smart circuit is connected to the driving unit, and can control the kinetic energy output of the driving unit, and the driving unit is Connected to the linking member 40, the smart circuit can be controlled by the driving unit to control the linkage 40 to swing, so that the heating plates 3 are at an angle of a predetermined ten, whereby the electric control can heat each time when the sunlight is strong or raining. The plate 30 is closed (as shown in the fourth figure) to prevent sunlight from entering or rainwater from flowing into the room, and when the sunlight is weak, the heating plates 3 are turned on (as shown in FIG. 5), at this time, due to the heating plates 30. The plate body 31 is made of a metal material, so that each of the heating plates 30 can refract sunlight into the room to increase the brightness of the room. In addition, as shown in the sixth figure, the heat-receiving tube group 20 can also be applied in a horizontal structure, that is, each heating plate 3 is disposed laterally, and the effect of the present invention can also be achieved; or as shown in the seventh figure. The heat-receiving tube group 20A forms a continuous S-shaped structure, and each of the heat-receiving tubes 21A is disposed at intervals, so that the cold water can be heated cyclically; of course, the present invention can also be applied to a plurality of heat-receiving tube groups 20 in series or in combination. Docking 'allows water to circulate multiple times and heat quickly. In addition, as shown in the eighth figure, the plate body 31B of each heating plate 30B forms a pivoting portion 314B on each of the two long sides, and a protruding contact portion 316B' and two long sides of each heat insulating layer 33B. A pivoting portion 334B is also formed on the side, and is correspondingly pivotally connected to the pivoting portion 314B of the plate body 3ib, and can be correspondingly engaged with or separated from the plate body 31B by a concave shaped 200902833 BP IT ' Each of the plate body 31 and each of the partitions 33 can be divided into four engaging portions (not shown) on the two long sides thereof, and the respective plate body 31 and each of the partition plates 30 can be correspondingly provided. In this case, the heat-receiving tubes 21 of the respective fresh-keeping groups 2G can be assembled more easily, and the heat-receiving tubes 30 can be formed into a flat shape (not shown). The heat insulating layer 33 of each of the heating plates 30 can also be adhered to the inner surface to obtain the same effect and reduce the cost. 1〇*, as explained in the above embodiment, when the present invention has a heating device, the solar energy is used to provide the required hot water, which can save energy and have a good heat insulation effect in the room to reduce the room. Warm, and then cooperate with the circulation system 50, so that the temperature of the hot water can meet the needs of the user; of course, the heating structure of the present invention can also be applied to the roof, that is, using the heating plates 3 to lay on the 15 roof, then the heating plates 30 can also adjust the angle according to the strength of the sun. In summary, the constituent elements disclosed in the foregoing embodiments are merely illustrative and are not intended to limit the scope of the present invention, and alternative or variations of other equivalent elements are also intended to be within the scope of the patent application of the present application. Covered. 200902833 [Simplified description of the drawings] The first figure is a perspective view of a first preferred embodiment of the present invention. The second figure is a partial exploded view of the first figure. The third drawing is a partial plan view of a first preferred embodiment of the present invention, and the fifth series shows the connection of the heat pipe group of the present invention to the circulation system. Figure 4 is a cross-sectional view showing the state of use of a first preferred embodiment of the present invention. Fig. 5 is a cross-sectional view showing another use state of the first preferred embodiment of the present invention. 10 is a schematic view showing the appearance of a second preferred embodiment of the present invention. Figure 7 is a partial plan view showing a third preferred embodiment of the present invention. Figure 8 is a partially exploded view of a fourth preferred embodiment of the present invention. 10 200902833 [Description of main components] Louver 1 Frame 10 Heat pipe group 20 & 20A Heat pipe 21 & 21A Water inlet 23 5 Water outlet 25 Heating plate 30 & 30B Plate 31 & 31B Bonding portion 312 Pivot part 314B Card Joint portion 316B heat insulation layer 33 & 33B bonding portion 332 pivot portion 334B engagement portion 336B 10 linkage portion 35 linkage 40 connection hole 41 circulation system 50 thermostat 51 water storage cylinder 53 main flow tube 531 water heater 55 secondary flow tube 533
15 冷水管P 1115 cold water pipe P 11